public void ChCBTExec(ManagedObjectReference vm, bool cbtbool)
{
VirtualMachineConfigSpec spec = new VirtualMachineConfigSpec();
spec.changeTrackingEnabledSpecified = true;
spec.changeTrackingEnabled = cbtbool;
ManagedObjectReference taskMor = vimservice.ReconfigVM_Task(vm, spec);
String res = cb.getServiceUtil().WaitForTask(taskMor);
if (res.Equals("sucess"))
{
VirtualMachineConfigInfo realcfg = (VirtualMachineConfigInfo)cb.getServiceUtil().GetDynamicProperty(vm, "config");
if (realcfg != null)
{
if (realcfg.changeTrackingEnabled != cbtbool)
{
throw new Exception("Changeblocktracking updated but config does not reflect it");
}
}
else
{
throw new Exception("Executed CBT change to " + cbtbool + " but did not succeed in asking update");
}
}
else
{
throw new Exception("Not Succesful cbt" + res);
}
}
public async Task <Dictionary <string, string> > GetVMConfiguration(VirtualMachine machine, Feature feature)
{
VirtualDevice[] devices = machine.Devices;
VirtualMachineConfigSpec vmcs = new VirtualMachineConfigSpec();
Dictionary <string, string> names = new Dictionary <string, string>();
switch (feature)
{
case Feature.iso:
IEnumerable <Description> cdroms = devices.OfType <VirtualCdrom>().Select(c => c.deviceInfo);
foreach (Description d in cdroms)
{
if (d != null)
{
names.Add(d.label, d.summary);
}
}
break;
case Feature.net:
case Feature.eth:
IEnumerable <VirtualEthernetCard> cards = devices.OfType <VirtualEthernetCard>();
foreach (VirtualEthernetCard c in cards)
{
var backingInfo = c.backing;
var deviceInfo = c.deviceInfo;
if (backingInfo != null && deviceInfo != null)
{
if (backingInfo.GetType() == typeof(VirtualEthernetCardDistributedVirtualPortBackingInfo))
{
var card = backingInfo as VirtualEthernetCardDistributedVirtualPortBackingInfo; var portGroupKey = card?.port?.portgroupKey;
if (!string.IsNullOrEmpty(portGroupKey))
{
var network = _connectionService.GetNetworkByReference(portGroupKey);
string cardName = network?.Name;
if (!string.IsNullOrEmpty(cardName))
{
names.Add(deviceInfo.label, cardName);
}
}
}
else if (backingInfo.GetType() == typeof(VirtualEthernetCardNetworkBackingInfo))
{
var card = backingInfo as VirtualEthernetCardNetworkBackingInfo;
names.Add(deviceInfo.label, card.deviceName);
}
//
}
}
break;
default:
throw new Exception("Invalid request.");
//break;
}
return(names);
}
public static void MergeGuestInfo(this VirtualMachineConfigSpec vmcs, string settings)
{
//constitue options dictionary
//constitute settings array
//foreach setting add/update options
//persist result in annotation
}
public void ChangeVMNetworkAdapterPortGroup(string vmName, string oldNetworkName, string newNetworkName)
{
try {
VirtualMachine vm = this.GetVirtualMachines().Where(_vm => _vm.Name == vmName).FirstOrDefault();
if (vm != null)
{
VirtualMachineConfigSpec vmConfigSpec = new VirtualMachineConfigSpec();
VirtualDeviceConfigSpec nicSpec = new VirtualDeviceConfigSpec();
VirtualEthernetCard nic = null;
VirtualDevice[] nics = vm.Config.Hardware.Device.Where(device => device is VMware.Vim.VirtualEthernetCard).Select(vnic => vnic as VirtualEthernetCard).ToArray();
nicSpec.Operation = VirtualDeviceConfigSpecOperation.edit;
nic = (VirtualEthernetCard)nics.Where(vnic => vnic.DeviceInfo.Summary.Equals(oldNetworkName)).FirstOrDefault();
VirtualEthernetCardNetworkBackingInfo nicBacking = new VirtualEthernetCardNetworkBackingInfo();
Network vNic = new Network(vSphereClient, vm.Runtime.Host);
nicBacking.Network = vNic.MoRef;
nicBacking.DeviceName = newNetworkName;
if (nic != null)
{
nic.Backing = nicBacking;
nicSpec.Device = nic;
}
VirtualDeviceConfigSpec[] nicSpecArray = { nicSpec };
vmConfigSpec.DeviceChange = nicSpecArray;
vm.ReconfigVM_Task(vmConfigSpec);
}
}
catch (VimException e) {
lock (m_lock) {
WriteLogText(logWriter, e.Message.ToString());
}
}
}
public void RemoveNetworkAdapterFromVM(string vmName, string networkName)
{
try {
VirtualMachine vm = this.GetVirtualMachines().Where(_vm => _vm.Name == vmName).FirstOrDefault();
if (vm != null)
{
VirtualMachineConfigSpec vmConfigSpec = new VirtualMachineConfigSpec();
VirtualDeviceConfigSpec nicSpec = new VirtualDeviceConfigSpec();
VirtualEthernetCard nic = null;
VirtualDevice[] nics = vm.Config.Hardware.Device.Where(device => device is VMware.Vim.VirtualEthernetCard).Select(vnic => vnic as VirtualEthernetCard).ToArray();
nicSpec.Operation = VirtualDeviceConfigSpecOperation.remove;
nic = (VirtualEthernetCard)nics.Where(vnic => vnic.DeviceInfo.Summary.Equals(networkName)).FirstOrDefault();
if (nic != null)
{
nicSpec.Device = nic;
}
VirtualDeviceConfigSpec[] nicSpecArray = { nicSpec };
vmConfigSpec.DeviceChange = nicSpecArray;
vm.ReconfigVM_Task(vmConfigSpec);
}
} catch (VimException e) {
lock (m_lock) {
WriteLogText(logWriter, e.Message.ToString());
}
}
}
internal static VirtualMachineConfigSpec CreateVmConfigSpec(VirtualMachineConfigInfo srcVmCfgInfo, string targetDatastore, string replicaDisplayName)
{
VirtualMachineConfigSpec machineConfigSpec = new VirtualMachineConfigSpec();
machineConfigSpec.alternateGuestName = srcVmCfgInfo.alternateGuestName;
machineConfigSpec.annotation = srcVmCfgInfo.annotation;
machineConfigSpec.bootOptions = srcVmCfgInfo.bootOptions;
machineConfigSpec.changeTrackingEnabled = false;
machineConfigSpec.changeTrackingEnabledSpecified = true;
machineConfigSpec.consolePreferences = srcVmCfgInfo.consolePreferences;
machineConfigSpec.cpuAffinity = srcVmCfgInfo.cpuAffinity;
machineConfigSpec.cpuFeatureMask = VmHelper.GetCpuFeatureMask(srcVmCfgInfo.cpuFeatureMask);
machineConfigSpec.extraConfig = VmHelper.GetExtraConfig(srcVmCfgInfo.extraConfig);
machineConfigSpec.files = new VirtualMachineFileInfo()
{
vmPathName = VmHelper.GetBracketedName(targetDatastore),
snapshotDirectory = VmHelper.GetBracketedName(targetDatastore)
};
machineConfigSpec.flags = srcVmCfgInfo.flags;
machineConfigSpec.ftInfo = srcVmCfgInfo.ftInfo;
machineConfigSpec.guestId = srcVmCfgInfo.guestId;
machineConfigSpec.memoryAffinity = srcVmCfgInfo.memoryAffinity;
machineConfigSpec.memoryMB = (long)srcVmCfgInfo.hardware.memoryMB;
machineConfigSpec.memoryMBSpecified = true;
machineConfigSpec.name = replicaDisplayName;
machineConfigSpec.networkShaper = srcVmCfgInfo.networkShaper;
machineConfigSpec.npivWorldWideNameType = srcVmCfgInfo.npivWorldWideNameType;
machineConfigSpec.numCPUs = srcVmCfgInfo.hardware.numCPU;
machineConfigSpec.numCPUsSpecified = true;
machineConfigSpec.powerOpInfo = srcVmCfgInfo.defaultPowerOps;
machineConfigSpec.swapPlacement = srcVmCfgInfo.swapPlacement;
machineConfigSpec.tools = srcVmCfgInfo.tools;
machineConfigSpec.vAppConfig = VmHelper.VmConfigInfoToVmConfigSpec(srcVmCfgInfo.vAppConfig);
machineConfigSpec.vAssertsEnabled = srcVmCfgInfo.vAssertsEnabled;
machineConfigSpec.vAssertsEnabledSpecified = true;
machineConfigSpec.version = srcVmCfgInfo.version;
machineConfigSpec.deviceChange = VmHelper.CreateVmDeviceSpecs(srcVmCfgInfo.hardware);
if (srcVmCfgInfo.version != "vmx-04")
{
machineConfigSpec.cpuHotAddEnabled = srcVmCfgInfo.cpuHotAddEnabled;
machineConfigSpec.cpuHotAddEnabledSpecified = true;
machineConfigSpec.cpuHotRemoveEnabled = srcVmCfgInfo.cpuHotRemoveEnabled;
machineConfigSpec.cpuHotRemoveEnabledSpecified = true;
machineConfigSpec.memoryHotAddEnabled = srcVmCfgInfo.memoryHotAddEnabled;
machineConfigSpec.memoryHotAddEnabledSpecified = true;
machineConfigSpec.npivDesiredNodeWwns = srcVmCfgInfo.npivDesiredNodeWwns;
machineConfigSpec.npivDesiredNodeWwnsSpecified = true;
machineConfigSpec.npivDesiredPortWwns = srcVmCfgInfo.npivDesiredPortWwns;
machineConfigSpec.npivDesiredPortWwnsSpecified = true;
machineConfigSpec.npivNodeWorldWideName = srcVmCfgInfo.npivNodeWorldWideName;
machineConfigSpec.npivOnNonRdmDisks = srcVmCfgInfo.npivOnNonRdmDisks;
machineConfigSpec.npivOnNonRdmDisksSpecified = true;
machineConfigSpec.npivPortWorldWideName = srcVmCfgInfo.npivPortWorldWideName;
machineConfigSpec.npivTemporaryDisabled = srcVmCfgInfo.npivTemporaryDisabled;
machineConfigSpec.npivTemporaryDisabledSpecified = true;
}
return(machineConfigSpec);
}
public TaskInfoState ReconfigVM(VirtualMachineConfigSpec spec)
{
ManagedObjectReference morTask = _vimService.ReconfigVM_Task(_morThis, spec);
MyVMTask myTask = new MyVMTask(_vimService, _pc, morTask);
TaskInfo ti = null;
TaskInfoState state = myTask.Wait(3000, -1, out ti);
return(state);
}
public async Task <Vm> Deploy(VmTemplate template)
{
Vm vm = null;
await Connect();
_logger.LogDebug("deploy: validate portgroups...");
await _netman.Provision(template);
_logger.LogDebug("deploy: transform template...");
//var transformer = new VCenterTransformer { DVSuuid = _dvsuuid };
VirtualMachineConfigSpec vmcs = Transform.TemplateToVmSpec(
template,
_config.VmStore.Replace("{host}", _hostPrefix),
_dvsuuid
);
_logger.LogDebug("deploy: create vm...");
ManagedObjectReference task = await _vim.CreateVM_TaskAsync(_vms, vmcs, _pool, null);
TaskInfo info = await WaitForVimTask(task);
if (info.state == TaskInfoState.success)
{
_logger.LogDebug("deploy: load vm...");
await Task.Delay(200);
vm = await GetVirtualMachine((ManagedObjectReference)info.result);
_logger.LogDebug("deploy: create snapshot...");
task = await _vim.CreateSnapshot_TaskAsync(
vm.AsVim(),
"Root Snap",
"Created by TopoMojo Deploy at " + DateTime.UtcNow.ToString("s") + "Z",
false, false);
info = await WaitForVimTask(task);
if (template.AutoStart && info.state == TaskInfoState.success)
{
_logger.LogDebug("deploy: start vm...");
vm = await Start(vm.Id);
}
}
else
{
throw new Exception(info.error.localizedMessage);
}
return(vm);
}
protected void Page_Load(object sender, EventArgs e)
{
string strResult = "";
Servers oServer = new Servers(0, dsn);
OnDemand oOnDemand = new OnDemand(0, dsn);
IPAddresses oIPAddresses = new IPAddresses(0, dsnIP, dsn);
oVMWare = new VMWare(0, dsn);
string strConnect = oVMWare.ConnectDEBUG("https://ohcleutl4001/sdk", 3, "Dalton");
if (strConnect == "")
{
VimService _service = oVMWare.GetService();
ServiceContent _sic = oVMWare.GetSic();
string strName = "txpv00001a";
ManagedObjectReference _vm_boot_order = oVMWare.GetVM(strName);
OptionValue oValue = new OptionValue();
oValue.key = "bios.bootDeviceClasses";
// Set the PXE boot
oValue.value = "allow:net";
// Remove the PXE boot
oValue.value = "";
VirtualMachineConfigSpec _cs_boot_order = new VirtualMachineConfigSpec();
_cs_boot_order.extraConfig = new OptionValue[] { oValue };
ManagedObjectReference _task_boot_order = _service.ReconfigVM_Task(_vm_boot_order, _cs_boot_order);
TaskInfo _inf_boot_order = (TaskInfo)oVMWare.getObjectProperty(_task_boot_order, "info");
while (_inf_boot_order.state == TaskInfoState.running)
{
_inf_boot_order = (TaskInfo)oVMWare.getObjectProperty(_task_boot_order, "info");
}
if (_inf_boot_order.state == TaskInfoState.success)
{
strResult = "PXE Boot Forced";
}
else
{
strResult = "PXE Boot NOT Forced";
}
Response.Write(strResult);
}
else
{
Response.Write("LOGIN error");
}
}
public static void AddBootOption(this VirtualMachineConfigSpec vmcs, int delay)
{
if (delay != 0)
{
vmcs.bootOptions = new VirtualMachineBootOptions();
if (delay > 0)
{
vmcs.bootOptions.bootDelay = delay * 1000;
vmcs.bootOptions.bootDelaySpecified = true;
}
if (delay < 0)
{
vmcs.bootOptions.enterBIOSSetup = true;
vmcs.bootOptions.enterBIOSSetupSpecified = true;
}
}
}
public static void AddGuestInfo(this VirtualMachineConfigSpec vmcs, string[] list)
{
List <OptionValue> options = new List <OptionValue>();
foreach (string item in list)
{
OptionValue option = new OptionValue();
int x = item.IndexOf('=');
if (x > 0)
{
option.key = item.Substring(0, x).Replace(" ", "").Trim();
if (!option.key.StartsWith("guestinfo."))
{
option.key = "guestinfo." + option.key;
}
option.value = item.Substring(x + 1).Trim();
options.Add(option);
}
}
vmcs.extraConfig = options.ToArray();
}
public void AddNetworkAdapterToVM(string vmName, string networkName)
{
try {
VirtualMachine vm = this.GetVirtualMachines().Where(_vm => _vm.Name == vmName).FirstOrDefault();
if (vm != null)
{
Network vNic = new Network(vSphereClient, vm.Runtime.Host);
VirtualDeviceConfigSpec nicSpec = new VirtualDeviceConfigSpec();
if (networkName != null)
{
nicSpec.Operation = VirtualDeviceConfigSpecOperation.add;
VirtualEthernetCard nic = new VirtualVmxnet();
VirtualEthernetCardNetworkBackingInfo nicBacking = new VirtualEthernetCardNetworkBackingInfo();
nicBacking.Network = vNic.MoRef;
nicBacking.DeviceName = networkName;
nic.AddressType = "generated";
nic.Backing = nicBacking;
nic.Key = 4;
nicSpec.Device = nic;
}
VirtualDeviceConfigSpec[] specs = { nicSpec };
VirtualMachineConfigSpec vmConfSpec = new VirtualMachineConfigSpec();
vmConfSpec.DeviceChange = specs;
vm.ReconfigVM_Task(vmConfSpec);
}
}
catch (VimException e) {
lock (m_lock) {
WriteLogText(logWriter, e.Message.ToString());
}
} catch (Exception e) {
lock (m_lock) {
WriteLogText(logWriter, e.Message.ToString());
}
}
}
protected virtual IVimVm _CreateVm()
{
this._Context.SetLowLevelState("CreatingVm");
IVimDatastore datastoreByUrl = this._ESXHost.GetDatastoreByUrl(this._Context.JobInfoWrapper.DataStoreUrl);
string replicaVmName = this._Context.JobInfoWrapper.VmName;
if (datastoreByUrl.IsFolderOnRootExist(replicaVmName, this._Context.ESXHost.ClientCtx))
{
throw new OculiServiceServiceException(0, string.Format("The folder for the vm {0} already exists on the datastore {1}", (object)replicaVmName, (object)datastoreByUrl.BracketedName));
}
VirtualMachineConfigSpec compatibleConfigSpec = this._Context.ESXHost.SourceVm().GetCompatibleConfigSpec(datastoreByUrl.Name, this._Context.JobInfoWrapper.VmName);
compatibleConfigSpec.numCPUs = Math.Min((int)this._ESXHost.GetNumberCPU(), compatibleConfigSpec.numCPUs);
long num = Math.Min(this._ESXHost.GetMemory() / 1048576L, compatibleConfigSpec.memoryMB);
compatibleConfigSpec.memoryMB = num - num % 4L;
this._Logger.FormatInformation(" VM will have {0} CPUs and {1}MB memory.", (object)compatibleConfigSpec.numCPUs, (object)compatibleConfigSpec.memoryMB);
Dictionary <string, string> networkMap = new Dictionary <string, string>();
((IEnumerable <VirtualSwitchMapping>) this._Context.JobInfoWrapper.VirtualSwitchMapping).ForEach <VirtualSwitchMapping>((System.Action <VirtualSwitchMapping>)(vsm => networkMap.Add(vsm.SourceVirtualSwitch.Label, vsm.TargetVirtualSwitch.Label)));
Dictionary <string, string> distributedPortGroupMap = this._Context.ESXHost.SourceVm().GetHostAndProperties().GetDistributedVirtualPortgroups();
((IEnumerable <VirtualDeviceConfigSpec>)compatibleConfigSpec.deviceChange).Where <VirtualDeviceConfigSpec>((Func <VirtualDeviceConfigSpec, bool>)(vdcs =>
{
if (vdcs.device is VirtualEthernetCard)
{
return(vdcs.device.backing is VirtualEthernetCardDistributedVirtualPortBackingInfo);
}
return(false);
})).ForEach <VirtualDeviceConfigSpec>((System.Action <VirtualDeviceConfigSpec>)(vdcs =>
{
string str1 = distributedPortGroupMap[((VirtualEthernetCardDistributedVirtualPortBackingInfo)vdcs.device.backing).port.portgroupKey];
int length = str1.IndexOf(" (", 0);
string str2 = str1.Substring(0, length);
vdcs.device.deviceInfo.summary = str2;
}));
return(this._ESXHost.CreateVmWithNetworkMapping(compatibleConfigSpec, networkMap, this._Context.ESXHost.ClientCtx));
}
public static void AddCpu(this VirtualMachineConfigSpec vmcs, string cpu)
{
string[] p = cpu.Split('x');
int sockets = 1, coresPerSocket = 1;
if (!Int32.TryParse(p[0], out sockets))
{
sockets = 1;
}
if (p.Length > 1)
{
if (!Int32.TryParse(p[1], out coresPerSocket))
{
coresPerSocket = 1;
}
}
vmcs.numCPUs = sockets * coresPerSocket;
vmcs.numCPUsSpecified = true;
vmcs.numCoresPerSocket = coresPerSocket;
vmcs.numCoresPerSocketSpecified = true;
}
/// <summary>
/// Reconfig the virtual machine.
/// </summary>
private void reconfigVirtualMachine()
{
Console.WriteLine("ReConfigure The Virtual Machine ..........");
VirtualMachineFileInfo vmFileInfo
= new VirtualMachineFileInfo();
vmFileInfo.logDirectory = "[" + getDataStore() + "]" + getVmName();
vmFileInfo.snapshotDirectory = "[" + getDataStore() + "]" + getVmName();
vmFileInfo.suspendDirectory = "[" + getDataStore() + "]" + getVmName();
vmFileInfo.vmPathName = "[" + getDataStore()
+ "]" + getVmName() + "/" + getVmName() + ".vmx";
VirtualMachineConfigSpec vmConfigSpec
= new VirtualMachineConfigSpec();
vmConfigSpec.files = vmFileInfo;
ManagedObjectReference taskmor
= _service.ReconfigVM_Task(
getVmMor(getVmName()), vmConfigSpec);
Object[] result = cb.getServiceUtil().WaitForValues(
taskmor, new String[] { "info.state", "info.error" },
new String[] { "state" },
new Object[][] { new Object[] { TaskInfoState.success, TaskInfoState.error } }
);
if (result[0].Equals(TaskInfoState.success))
{
Console.WriteLine("ReConfigure The Virtual Machine .......... Done");
}
else
{
Console.WriteLine("Some Exception While Reconfiguring The VM " + result[0]);
}
}
public static VirtualMachineConfigSpec TemplateToVmSpec(VmTemplate template, string datastore, string dvsuuid)
{
int key = -101, idekey = 200;
VirtualMachineConfigSpec vmcs = new VirtualMachineConfigSpec();
List <VirtualDeviceConfigSpec> devices = new List <VirtualDeviceConfigSpec>();
vmcs.name = template.Name;
vmcs.extraConfig = GetExtraConfig(template);
vmcs.AddRam(template.Ram);
vmcs.AddCpu(template.Cpu);
vmcs.AddBootOption(Math.Max(template.Delay, 10));
vmcs.version = (template.Version.HasValue()) ? template.Version : null;
vmcs.guestId = (template.Guest.HasValue() ? template.Guest : "other");
if (!vmcs.guestId.EndsWith("Guest"))
{
vmcs.guestId += "Guest";
}
if (datastore.HasValue())
{
vmcs.files = new VirtualMachineFileInfo {
vmPathName = $"{datastore}/{template.Name}/{template.Name}.vmx"
};
}
//can't actually be applied via ExtraConfig
if (template.GuestSettings.Length > 0 &&
template.GuestSettings.Any(s => s.Key == "vhv.enable" && s.Value == "true"))
{
vmcs.nestedHVEnabled = true;
vmcs.nestedHVEnabledSpecified = true;
}
//video card
devices.Add(GetVideoController(ref key, template.VideoRam));
//floppy disk
if (template.Floppy.HasValue())
{
devices.Add(GetFloppy(ref key, template.Floppy));
}
//nics
foreach (VmNet nic in template.Eth)
{
devices.Add(GetEthernetAdapter(ref key, nic, dvsuuid));
}
// //network serial port
// if (!String.IsNullOrEmpty(template.FindOne("nsp").Value()))
// devices.Add(GetNetworkSerialPort(ref key, template.FindOne("nsp").Value()));
//controller
int controllerKey = 0, count = 0;
foreach (VmDisk disk in template.Disks)
{
if (controllerKey == 0)
{
if (disk.Controller == "ide")
{
controllerKey = idekey;
}
else
{
VirtualDeviceConfigSpec controller = GetSCSIController(ref key, disk.Controller);
controllerKey = controller.device.key;
devices.Add(controller);
}
}
devices.Add(GetDisk(ref key, disk.Path, controllerKey, count++));
}
//iso
devices.Add(GetCdrom(ref key, idekey, (template.Iso.HasValue() ? template.Iso : "[iso] null.iso")));
//add all devices to spec
vmcs.deviceChange = devices.ToArray();
return(vmcs);
}
public void ConnectIso( string isoLocation )
{
const string remotePath = "/Temp";
UploadArtifact( isoLocation, remotePath );
_virtualMachine.UpdateViewData();
VirtualCdrom cd = _virtualMachine.Config.Hardware.Device.FirstOrDefault( d => d is VirtualCdrom ) as VirtualCdrom;
if ( cd == null )
{
throw new ApplicationException( "CD is null" );
}
VirtualCdromIsoBackingInfo newBacking = new VirtualCdromIsoBackingInfo
{
FileName = string.Format( "[{0}] {1}", "datastore1", remotePath )
};
cd.Backing = newBacking;
cd.Connectable.StartConnected = true;
cd.Connectable.Connected = true;
VirtualDeviceConfigSpec deviceSpec = new VirtualDeviceConfigSpec
{
Device = cd,
Operation = VirtualDeviceConfigSpecOperation.edit
};
VirtualMachineConfigSpec vmSpec = new VirtualMachineConfigSpec
{
DeviceChange = new[] {deviceSpec}
};
_virtualMachine.ReconfigVM( vmSpec );
}
private void reConfig()
{
String deviceType = cb.get_option("device");
VirtualMachineConfigSpec vmConfigSpec = new VirtualMachineConfigSpec();
if (deviceType.Equals("memory"))
{
Console.WriteLine("Reconfiguring The Virtual Machine For Memory Update "
+ cb.get_option("vmname"));
try {
vmConfigSpec.memoryAllocation = getShares();
}
catch (Exception nfe) {
Console.WriteLine("Value of Memory update must "
+ "be either Custom or Integer");
return;
}
}
else if (deviceType.Equals("cpu"))
{
Console.WriteLine("Reconfiguring The Virtual Machine For CPU Update "
+ cb.get_option("vmname"));
try {
vmConfigSpec.cpuAllocation = getShares();
}
catch (Exception nfe) {
Console.WriteLine("Value of CPU update must "
+ "be either Custom or Integer");
return;
}
}
else if (deviceType.Equals("disk"))
{
Console.WriteLine("Reconfiguring The Virtual Machine For Disk Update "
+ cb.get_option("vmname"));
VirtualDeviceConfigSpec vdiskSpec = getDiskDeviceConfigSpec();
if (vdiskSpec != null)
{
VirtualMachineConfigInfo vmConfigInfo
= (VirtualMachineConfigInfo)cb.getServiceUtil().GetDynamicProperty(
_virtualMachine, "config");
int ckey = -1;
VirtualDevice[] test = vmConfigInfo.hardware.device;
for (int k = 0; k < test.Length; k++)
{
if (test[k].deviceInfo.label.Equals(
"SCSI Controller 0"))
{
ckey = test[k].key;
}
}
if (ckey == -1)
{
int diskCtlrKey = 1;
VirtualDeviceConfigSpec scsiCtrlSpec = new VirtualDeviceConfigSpec();
scsiCtrlSpec.operation = VirtualDeviceConfigSpecOperation.add;
scsiCtrlSpec.operationSpecified = true;
VirtualLsiLogicController scsiCtrl = new VirtualLsiLogicController();
scsiCtrl.busNumber = 0;
scsiCtrlSpec.device = scsiCtrl;
scsiCtrl.key = diskCtlrKey;
scsiCtrl.sharedBus = VirtualSCSISharing.physicalSharing;
String ctlrType = scsiCtrl.GetType().Name;
vdiskSpec.device.controllerKey = scsiCtrl.key;
VirtualDeviceConfigSpec[] vdiskSpecArray = { scsiCtrlSpec, vdiskSpec };
vmConfigSpec.deviceChange = vdiskSpecArray;
}
else
{
vdiskSpec.device.controllerKey = ckey;
VirtualDeviceConfigSpec[] vdiskSpecArray = { vdiskSpec };
vmConfigSpec.deviceChange = vdiskSpecArray;
}
}
else
{
return;
}
}
else if (deviceType.Equals("nic"))
{
Console.WriteLine("Reconfiguring The Virtual Machine For NIC Update "
+ cb.get_option("vmname"));
VirtualDeviceConfigSpec nicSpec = getNICDeviceConfigSpec();
if (nicSpec != null)
{
VirtualDeviceConfigSpec [] nicSpecArray = { nicSpec };
vmConfigSpec.deviceChange = nicSpecArray;
}
else
{
return;
}
}
else if (deviceType.Equals("cd"))
{
Console.WriteLine("Reconfiguring The Virtual Machine For CD Update "
+ cb.get_option("vmname"));
VirtualDeviceConfigSpec cdSpec = getCDDeviceConfigSpec();
if (cdSpec != null)
{
VirtualDeviceConfigSpec [] cdSpecArray = { cdSpec };
vmConfigSpec.deviceChange = cdSpecArray;
}
else
{
return;
}
}
else
{
Console.WriteLine("Invlaid device type [memory|cpu|disk|nic|cd]");
return;
}
ManagedObjectReference tmor
= cb.getConnection()._service.ReconfigVM_Task(
_virtualMachine, vmConfigSpec);
monitorTask(tmor);
}
public void RecordSessionOfVM()
{
try
{
_service = ecb.getConnection().Service;
_sic = ecb.getConnection().ServiceContent;
ArrayList supportedVersions = VersionUtil.getSupportedVersions(ecb.get_option("url"));
ManagedObjectReference vmmor = ecb.getServiceUtil().GetDecendentMoRef(null, "VirtualMachine", ecb.get_option("vmname"));
if (vmmor == null)
{
Console.WriteLine("Unable to find VirtualMachine named : " + ecb.get_option("vmname") + " in Inventory");
}
if (VersionUtil.isApiVersionSupported(supportedVersions, "2.5"))
{
Boolean flag = VersionUtil.isApiVersionSupported(supportedVersions, "4.0");
if (flag)
{
if (ecb.get_option("snapshotname") == null || ecb.get_option("description") == null)
{
Console.WriteLine("snapshotname and description arguments are " +
"mandatory for recording session feature");
return;
}
VirtualMachineFlagInfo flagInfo = new VirtualMachineFlagInfo();
flagInfo.recordReplayEnabled = true;
flagInfo.recordReplayEnabledSpecified = true;
VirtualMachineConfigSpec configSpec = new VirtualMachineConfigSpec();
configSpec.flags = flagInfo;
_service.ReconfigVM_TaskAsync(vmmor, configSpec);
_service.StartRecording_TaskAsync(vmmor, ecb.get_option("snapshotname"), ecb.get_option("description"));
_service.StopRecording_TaskAsync(vmmor);
Console.WriteLine("Session recorded successfully");
}
else
{
VirtualMachineSnapshotTree[] tree = (VirtualMachineSnapshotTree[])getObjectProperty(vmmor,
"snapshot.rootSnapshotList");
if (tree != null && tree.Length != 0)
{
ManagedObjectReference taskMor = _service.RemoveAllSnapshots_Task(vmmor, true, false);
object[] result = ecb.getServiceUtil().WaitForValues(taskMor, new string[] { "info.state", "info.result" },
new string[] { "state" }, // info has a property - state for state of the task
new object[][] { new object[] { TaskInfoState.success, TaskInfoState.error } }
);
if (result[0].Equals(TaskInfoState.success))
{
Console.WriteLine("Removed all the snapshot successfully");
}
}
else
{
Console.WriteLine("No snapshot found for this virtual machine");
}
}
}
else
{
VirtualMachineSnapshotTree[] tree = (VirtualMachineSnapshotTree[])getObjectProperty(vmmor,
"snapshot.rootSnapshotList");
if (tree != null && tree.Length != 0)
{
ManagedObjectReference taskMor = _service.RemoveAllSnapshots_Task(vmmor, true, false);
object[] result = ecb.getServiceUtil().WaitForValues(taskMor, new string[] { "info.state", "info.result" },
new string[] { "state" }, // info has a property - state for state of the task
new object[][] { new object[] { TaskInfoState.success, TaskInfoState.error } }
);
if (result[0].Equals(TaskInfoState.success))
{
Console.WriteLine("Removed all the snapshot successfully");
}
}
else
{
Console.WriteLine("No snapshot found for this virtual machine");
}
}
}
catch (Exception e)
{
ecb.log.LogLine("RecordSession : Failed Connect");
throw e;
}
finally
{
ecb.log.LogLine("Ended RecordSession");
ecb.log.Close();
}
}
protected void Page_Load(object sender, EventArgs e)
{
string strResult = "";
string strError = "";
Servers oServer = new Servers(0, dsn);
OnDemand oOnDemand = new OnDemand(0, dsn);
IPAddresses oIPAddresses = new IPAddresses(0, dsnIP, dsn);
oVMWare = new VMWare(0, dsn);
Variables oVariable = new Variables(999);
string strName = "healyTest";
string strCluster = "CLESVTLAB01";
double dblDriveC = 60.00;
string strDatastore = "CTVXN00007";
double dblDrive2 = 10.00;
double dblDrive3 = 10.00;
string strPortGroupName = "dvPortGroup5"; // DHCP enabled
string strMDTos = "WABEx64";
string strMDTtask = "W2K8R2_STD";
string strMDTbuildDB = "ServerShare";
string strVMguestOS = "windows7Server64Guest";
string strMACAddress = "";
string strResourcePool = "";
string strConnect = oVMWare.ConnectDEBUG("https://vwsvt102/sdk", 999, "PNC-TestLab");
if (strConnect == "")
{
VimService _service = oVMWare.GetService();
ServiceContent _sic = oVMWare.GetSic();
ManagedObjectReference datacenterRef = oVMWare.GetDataCenter();
ManagedObjectReference vmFolderRef = oVMWare.GetVMFolder(datacenterRef);
ManagedObjectReference clusterRef = oVMWare.GetCluster(strCluster);
ManagedObjectReference resourcePoolRootRef = (ManagedObjectReference)oVMWare.getObjectProperty(clusterRef, "resourcePool");
if (strResourcePool != "")
{
resourcePoolRootRef = oVMWare.GetResourcePool(clusterRef, strResourcePool);
}
VirtualMachineConfigSpec oConfig = new VirtualMachineConfigSpec();
// Create computer
ManagedObjectReference oComputer = null;
oConfig.annotation = "Blah, Blah, Blah" + Environment.NewLine + "Next Line";
oConfig.guestId = strVMguestOS;
string strRamConfig = "2048";
oConfig.memoryMB = long.Parse(strRamConfig);
oConfig.memoryMBSpecified = true;
int intCpuConfig = 1;
oConfig.numCPUs = intCpuConfig;
oConfig.numCPUsSpecified = true;
oConfig.name = strName.ToLower();
oConfig.files = new VirtualMachineFileInfo();
oConfig.files.vmPathName = "[" + strDatastore + "] " + strName.ToLower() + "/" + strName.ToLower() + ".vmx";
ManagedObjectReference _task = _service.CreateVM_Task(vmFolderRef, oConfig, resourcePoolRootRef, null);
TaskInfo oInfo = (TaskInfo)oVMWare.getObjectProperty(_task, "info");
while (oInfo.state == TaskInfoState.running)
{
oInfo = (TaskInfo)oVMWare.getObjectProperty(_task, "info");
}
if (oInfo.state == TaskInfoState.success)
{
oComputer = (ManagedObjectReference)oInfo.result;
VirtualMachineConfigInfo _temp = (VirtualMachineConfigInfo)oVMWare.getObjectProperty(oComputer, "config");
strResult += "Virtual Machine " + strName.ToUpper() + " Created (" + _temp.uuid + ")<br/>";
}
else
{
strError = "Virtual Machine was not created";
}
if (strError == "")
{
// 2) SCSI Controller 1
VirtualMachineConfigSpec _cs_scsi = new VirtualMachineConfigSpec();
VirtualDeviceConfigSpec controlVMSpec = Controller(0, 2, 1000);
_cs_scsi.deviceChange = new VirtualDeviceConfigSpec[] { controlVMSpec };
ManagedObjectReference _task_scsi = _service.ReconfigVM_Task(oComputer, _cs_scsi);
TaskInfo _inf_scsi = (TaskInfo)oVMWare.getObjectProperty(_task_scsi, "info");
while (_inf_scsi.state == TaskInfoState.running)
{
_inf_scsi = (TaskInfo)oVMWare.getObjectProperty(_task_scsi, "info");
}
if (_inf_scsi.state == TaskInfoState.success)
{
strResult += "SCSI Controller # 1 Created<br/>";
}
else
{
strError = "SCSI Controller # 1 Was Not Created";
}
}
if (strError == "")
{
// 3) Create Hard Disk 1
VirtualMachineConfigSpec _cs_hdd1 = new VirtualMachineConfigSpec();
dblDriveC = dblDriveC * 1024.00 * 1024.00;
VirtualDeviceConfigSpec diskVMSpec1 = Disk(oVMWare, strName, strDatastore, dblDriveC.ToString(), 0, 1000, "");
_cs_hdd1.deviceChange = new VirtualDeviceConfigSpec[] { diskVMSpec1 };
ManagedObjectReference _task_hdd1 = _service.ReconfigVM_Task(oComputer, _cs_hdd1);
TaskInfo _info_hdd1 = (TaskInfo)oVMWare.getObjectProperty(_task_hdd1, "info");
while (_info_hdd1.state == TaskInfoState.running)
{
_info_hdd1 = (TaskInfo)oVMWare.getObjectProperty(_task_hdd1, "info");
}
if (_info_hdd1.state == TaskInfoState.success)
{
strResult += "Hard Drive # 1 Created (" + dblDriveC.ToString() + ")<br/>";
}
else
{
strError = "Hard Drive # 1 Was Not Created";
}
}
if (strError == "")
{
// 4) Create Hard Disk 2
VirtualMachineConfigSpec _cs_hdd1 = new VirtualMachineConfigSpec();
dblDrive2 = dblDrive2 * 1024.00 * 1024.00;
VirtualDeviceConfigSpec diskVMSpec1 = Disk(oVMWare, strName, strDatastore, dblDrive2.ToString(), 1, 1000, "_2");
_cs_hdd1.deviceChange = new VirtualDeviceConfigSpec[] { diskVMSpec1 };
ManagedObjectReference _task_hdd1 = _service.ReconfigVM_Task(oComputer, _cs_hdd1);
TaskInfo _info_hdd1 = (TaskInfo)oVMWare.getObjectProperty(_task_hdd1, "info");
while (_info_hdd1.state == TaskInfoState.running)
{
_info_hdd1 = (TaskInfo)oVMWare.getObjectProperty(_task_hdd1, "info");
}
if (_info_hdd1.state == TaskInfoState.success)
{
strResult += "Hard Drive # 2 Created (" + dblDriveC.ToString() + ")<br/>";
}
else
{
strError = "Hard Drive # 2 Was Not Created";
}
}
if (strError == "")
{
// 5) SCSI Controller 2
VirtualMachineConfigSpec _cs_scsi = new VirtualMachineConfigSpec();
VirtualDeviceConfigSpec controlVMSpec = Controller(1, 3, 1001);
_cs_scsi.deviceChange = new VirtualDeviceConfigSpec[] { controlVMSpec };
ManagedObjectReference _task_scsi = _service.ReconfigVM_Task(oComputer, _cs_scsi);
TaskInfo _inf_scsi = (TaskInfo)oVMWare.getObjectProperty(_task_scsi, "info");
while (_inf_scsi.state == TaskInfoState.running)
{
_inf_scsi = (TaskInfo)oVMWare.getObjectProperty(_task_scsi, "info");
}
if (_inf_scsi.state == TaskInfoState.success)
{
strResult += "SCSI Controller # 1 Created<br/>";
}
else
{
strError = "SCSI Controller # 1 Was Not Created";
}
}
if (strError == "")
{
// 6) Create Hard Disk 3
VirtualMachineConfigSpec _cs_hdd1 = new VirtualMachineConfigSpec();
dblDrive3 = dblDrive3 * 1024.00 * 1024.00;
VirtualDeviceConfigSpec diskVMSpec1 = Disk(oVMWare, strName, strDatastore, dblDrive3.ToString(), 0, 1001, "_3");
_cs_hdd1.deviceChange = new VirtualDeviceConfigSpec[] { diskVMSpec1 };
ManagedObjectReference _task_hdd1 = _service.ReconfigVM_Task(oComputer, _cs_hdd1);
TaskInfo _info_hdd1 = (TaskInfo)oVMWare.getObjectProperty(_task_hdd1, "info");
while (_info_hdd1.state == TaskInfoState.running)
{
_info_hdd1 = (TaskInfo)oVMWare.getObjectProperty(_task_hdd1, "info");
}
if (_info_hdd1.state == TaskInfoState.success)
{
strResult += "Hard Drive # 3 Created (" + dblDriveC.ToString() + ")<br/>";
}
else
{
strError = "Hard Drive # 3 Was Not Created";
}
}
if (String.IsNullOrEmpty(Request.QueryString["build"]) == false)
{
if (strError == "")
{
bool boolCompleted = false;
string strPortGroupKey = "";
ManagedObjectReference[] oNetworks = (ManagedObjectReference[])oVMWare.getObjectProperty(datacenterRef, "network");
foreach (ManagedObjectReference oNetwork in oNetworks)
{
if (boolCompleted == true)
{
break;
}
try
{
if (strPortGroupName == "" || strPortGroupName == oVMWare.getObjectProperty(oNetwork, "name").ToString())
{
object oPortConfig = oVMWare.getObjectProperty(oNetwork, "config");
if (oPortConfig != null)
{
DVPortgroupConfigInfo oPort = (DVPortgroupConfigInfo)oPortConfig;
if (oPort.key != strPortGroupKey)
{
strPortGroupKey = oPort.key;
ManagedObjectReference oSwitch = oPort.distributedVirtualSwitch;
string strSwitchUUID = (string)oVMWare.getObjectProperty(oSwitch, "uuid");
Response.Write("Trying..." + strPortGroupKey + "(" + strSwitchUUID + ")" + "<br/>");
VirtualDeviceConfigSpec[] configspecarr = configspecarr = new VirtualDeviceConfigSpec[1];
VirtualEthernetCardDistributedVirtualPortBackingInfo vecdvpbi = new VirtualEthernetCardDistributedVirtualPortBackingInfo();
DistributedVirtualSwitchPortConnection connection = new DistributedVirtualSwitchPortConnection();
connection.portgroupKey = strPortGroupKey;
connection.switchUuid = strSwitchUUID;
vecdvpbi.port = connection;
//VirtualEthernetCard newethdev = new VirtualE1000();
VirtualEthernetCard newethdev = new VirtualVmxnet3();
// ******** OTHER WAY = newethdev = new VirtualPCNet32();
newethdev.backing = vecdvpbi;
newethdev.key = 5000;
VirtualDeviceConfigSpec newethdevicespec = new VirtualDeviceConfigSpec();
newethdevicespec.device = newethdev;
newethdevicespec.operation = VirtualDeviceConfigSpecOperation.add;
newethdevicespec.operationSpecified = true;
configspecarr[0] = newethdevicespec;
VirtualMachineConfigSpec vmconfigspec = new VirtualMachineConfigSpec();
vmconfigspec.deviceChange = configspecarr;
ManagedObjectReference _task_net = _service.ReconfigVM_Task(oComputer, vmconfigspec);
TaskInfo _info_net = (TaskInfo)oVMWare.getObjectProperty(_task_net, "info");
while (_info_net.state == TaskInfoState.running)
{
_info_net = (TaskInfo)oVMWare.getObjectProperty(_task_net, "info");
}
if (_info_net.state == TaskInfoState.success)
{
strResult += "Network Adapter Created<br/>";
boolCompleted = true;
}
//break;
}
}
}
}
catch (Exception ex)
{
// Only hits here if it is not a "DistributedVirtualPortgroup" (meaning it is a standard NETWORK object)
}
}
if (boolCompleted == false)
{
strError = "Network Adapter Was Not Created ~ Could not find a port group";
}
}
if (strError == "")
{
// 7) Boot Delay
VirtualMachineBootOptions oBootOptions = new VirtualMachineBootOptions();
oBootOptions.bootDelay = 10000;
oBootOptions.bootDelaySpecified = true;
VirtualMachineConfigSpec _cs_boot_options = new VirtualMachineConfigSpec();
_cs_boot_options.bootOptions = oBootOptions;
ManagedObjectReference _task_boot_options = _service.ReconfigVM_Task(oComputer, _cs_boot_options);
TaskInfo _info_boot_options = (TaskInfo)oVMWare.getObjectProperty(_task_boot_options, "info");
while (_info_boot_options.state == TaskInfoState.running)
{
_info_boot_options = (TaskInfo)oVMWare.getObjectProperty(_task_boot_options, "info");
}
if (_info_boot_options.state == TaskInfoState.success)
{
strResult += "Boot delay changed to 10 seconds<br/>";
}
else
{
strError = "Boot delay NOT changed";
}
}
if (strError == "")
{
// 8) Get MAC Address
VirtualMachineConfigInfo _vminfo = (VirtualMachineConfigInfo)oVMWare.getObjectProperty(oComputer, "config");
VirtualDevice[] _device = _vminfo.hardware.device;
for (int ii = 0; ii < _device.Length; ii++)
{
// 4/29/2009: Change to only one NIC for PNC
if (_device[ii].deviceInfo.label.ToUpper() == "NETWORK ADAPTER 1")
{
VirtualEthernetCard nic = (VirtualEthernetCard)_device[ii];
strMACAddress = nic.macAddress;
break;
}
}
if (strMACAddress != "")
{
strResult += "MAC Address = " + strMACAddress + "<br/>";
}
else
{
strError = "No MAC Address";
}
}
if (strError == "")
{
// 9) Configure WebService
System.Net.NetworkCredential oCredentials = new System.Net.NetworkCredential(oVariable.ADUser(), oVariable.ADPassword(), oVariable.Domain());
BuildSubmit oMDT = new BuildSubmit();
oMDT.Credentials = oCredentials;
oMDT.Url = "http://wcrdp100a.pnceng.pvt/wabebuild/BuildSubmit.asmx";
string[] strExtendedMDT = new string[] { "PNCBACKUPSOFTWARE:NONE", "IISInstall:NO", "HWConfig:DEFAULT", "ESMInstall:NO", "ClearViewInstall:YES", "Teamed2:DEFAULT", "HIDSInstall:NO" };
string strExtendedMDTs = "";
foreach (string extendedMDT in strExtendedMDT)
{
if (strExtendedMDTs != "")
{
strExtendedMDTs += ", ";
}
strExtendedMDTs += extendedMDT;
}
string strOutput = oMDT.automatedBuild2(strName.ToUpper(), strMACAddress, strMDTos, "provision", "PNCNT", strMDTtask, strMDTbuildDB, strExtendedMDT);
strResult += "WebService Configured " + strOutput + "<br/>";
}
if (strError == "")
{
// 10) Power On
GuestInfo ginfo_power = (GuestInfo)oVMWare.getObjectProperty(oComputer, "guest");
if (ginfo_power.guestState.ToUpper() == "NOTRUNNING" || ginfo_power.guestState.ToUpper() == "UNKNOWN")
{
ManagedObjectReference _task_power = _service.PowerOnVM_Task(oComputer, null);
TaskInfo _info_power = (TaskInfo)oVMWare.getObjectProperty(_task_power, "info");
while (_info_power.state == TaskInfoState.running)
{
_info_power = (TaskInfo)oVMWare.getObjectProperty(_task_power, "info");
}
if (_info_power.state == TaskInfoState.success)
{
strResult += "Virtual Machine Powered On";
}
else
{
strError = "Virtual Machine Was Not Powered On";
}
}
else
{
strResult += "Virtual Machine Was Already Powered On (" + ginfo_power.guestState + ")";
}
}
}
// Logout
if (_service != null)
{
_service.Abort();
if (_service.Container != null)
{
_service.Container.Dispose();
}
try
{
_service.Logout(_sic.sessionManager);
}
catch { }
_service.Dispose();
_service = null;
_sic = null;
}
Response.Write("RESULT(s): " + strResult);
Response.Write("ERROR: " + strError);
}
else
{
Response.Write("LOGIN error");
}
}
protected void Page_Load(object sender, EventArgs e)
{
string strResult = "";
string strError = "";
Servers oServer = new Servers(0, dsn);
OnDemand oOnDemand = new OnDemand(0, dsn);
IPAddresses oIPAddresses = new IPAddresses(0, dsnIP, dsn);
oVMWare = new VMWare(0, dsn);
string strName = "healytest2";
string strCluster = "CDALVMTEST01";
string strDatastore1 = "dt01-ibm-lun1";
string strDatastore2 = "";
string strVLAN = "VLAN52";
string strPortGroupName = "dvPortGroup255";
string strMACAddress = "";
string strResourcePool = "";
string strMDTos = "WABEx64";
string strMDTtask = "W2K8R2_ENT";
string strMDTbuildDB = "ServerShare";
double dblDriveC = 27.5;
double dblDrive2 = 2.5;
string strVMguestOS = "winNetEnterprise64Guest";
intEnvironment = 999;
string strConnect = oVMWare.ConnectDEBUG("https://wdsvt100a/sdk", intEnvironment, "PNC");
if (Request.QueryString["old"] != null)
{
strName = "healytest";
strCluster = "ohcinxcv4003";
strDatastore1 = "CINDSSVCN40063";
strVLAN = "vlan250net";
intEnvironment = 3;
strConnect = oVMWare.ConnectDEBUG("https://ohcinutl4003/sdk", intEnvironment, "Dalton");
}
if (Request.QueryString["w"] != null)
{
strName = "healytest2";
strCluster = "CLEVDTLAB01";
strDatastore1 = "VDItest";
strDatastore2 = "pagefile01";
strPortGroupName = "dvPortGroup";
strResourcePool = "VDI";
strMDTos = "DesktopWABEx86";
strMDTtask = "VDIXP";
strMDTbuildDB = "DesktopDeploymentShare";
strVMguestOS = "windows7_64Guest";
strConnect = oVMWare.ConnectDEBUG("https://vwsvt102/sdk", intEnvironment, "PNC-TestLab");
}
if (Request.QueryString["t"] != null)
{
strName = "healyTest2012";
strCluster = "CLESVTLAB01";
dblDriveC = 45.00;
strDatastore1 = "CTVXN00008";
strDatastore2 = "CTVXN00008";
dblDrive2 = 10.00;
strPortGroupName = "dvPortGroup5"; // DHCP enabled
strMDTos = "WABEx64";
strMDTtask = "W2K8R2_STD";
strMDTbuildDB = "ServerShare";
strVMguestOS = "windows8Server64Guest";
strConnect = oVMWare.ConnectDEBUG("https://wcsvt013a.pnceng.pvt/sdk", (int)CurrentEnvironment.PNCENG, "PNC");
}
Variables oVariable = new Variables(intEnvironment);
if (strConnect == "")
{
VimService _service = oVMWare.GetService();
ServiceContent _sic = oVMWare.GetSic();
ManagedObjectReference datacenterRef = oVMWare.GetDataCenter();
ManagedObjectReference vmFolderRef = oVMWare.GetVMFolder(datacenterRef);
ManagedObjectReference clusterRef = oVMWare.GetCluster(strCluster);
ManagedObjectReference resourcePoolRootRef = (ManagedObjectReference)oVMWare.getObjectProperty(clusterRef, "resourcePool");
if (strResourcePool != "")
{
resourcePoolRootRef = oVMWare.GetResourcePool(clusterRef, strResourcePool);
}
VirtualMachineConfigSpec oConfig = new VirtualMachineConfigSpec();
int intStep = 0;
Int32.TryParse(Request.QueryString["s"], out intStep);
string strUUID = "";
ManagedObjectReference oComputer = null;
if (intStep == 100 || intStep == 1)
{
if (oComputer != null && oComputer.Value != "")
{
// Destroy computer
ManagedObjectReference _task_power = _service.Destroy_Task(oComputer);
TaskInfo _info_power = (TaskInfo)oVMWare.getObjectProperty(_task_power, "info");
while (_info_power.state == TaskInfoState.running)
{
_info_power = (TaskInfo)oVMWare.getObjectProperty(_task_power, "info");
}
if (_info_power.state == TaskInfoState.success)
{
strResult += "Virtual Machine " + strName.ToUpper() + " Destroyed<br/>";
}
else
{
strError = "Virtual Machine was not destroyed";
}
}
if (strError == "")
{
// Create computer
oConfig.annotation = "Blah, Blah, Blah" + Environment.NewLine + "Next Line";
oConfig.guestId = strVMguestOS;
oConfig.firmware = "efi";
string strRamConfig = "2048";
oConfig.memoryMB = long.Parse(strRamConfig);
oConfig.memoryMBSpecified = true;
int intCpuConfig = 1;
oConfig.numCPUs = intCpuConfig;
oConfig.numCPUsSpecified = true;
oConfig.name = strName.ToLower();
oConfig.files = new VirtualMachineFileInfo();
oConfig.files.vmPathName = "[" + strDatastore1 + "] " + strName.ToLower() + "/" + strName.ToLower() + ".vmx";
ManagedObjectReference _task = _service.CreateVM_Task(vmFolderRef, oConfig, resourcePoolRootRef, null);
TaskInfo oInfo = (TaskInfo)oVMWare.getObjectProperty(_task, "info");
while (oInfo.state == TaskInfoState.running)
{
oInfo = (TaskInfo)oVMWare.getObjectProperty(_task, "info");
}
if (oInfo.state == TaskInfoState.success)
{
oComputer = (ManagedObjectReference)oInfo.result;
VirtualMachineConfigInfo _temp = (VirtualMachineConfigInfo)oVMWare.getObjectProperty(oComputer, "config");
strResult += "Virtual Machine " + strName.ToUpper() + " Created (" + _temp.uuid + ")<br/>";
}
else
{
strError = "Virtual Machine was not created";
}
}
}
if (intStep > 1)
{
oComputer = oVMWare.GetVM(strName);
}
if ((intStep == 100 || intStep == 2) && strError == "")
{
// 2) SCSI Controller
VirtualMachineConfigSpec _cs_scsi = new VirtualMachineConfigSpec();
VirtualDeviceConfigSpec controlVMSpec = Controller(true);
_cs_scsi.deviceChange = new VirtualDeviceConfigSpec[] { controlVMSpec };
ManagedObjectReference _task_scsi = _service.ReconfigVM_Task(oComputer, _cs_scsi);
TaskInfo _inf_scsi = (TaskInfo)oVMWare.getObjectProperty(_task_scsi, "info");
while (_inf_scsi.state == TaskInfoState.running)
{
_inf_scsi = (TaskInfo)oVMWare.getObjectProperty(_task_scsi, "info");
}
if (_inf_scsi.state == TaskInfoState.success)
{
strResult += "SCSI Controller Created<br/>";
}
else
{
strError = "SCSI Controller Was Not Created";
}
}
if ((intStep == 100 || intStep == 3) && strError == "")
{
// 3) Create Hard Disk 1
VirtualMachineConfigSpec _cs_hdd1 = new VirtualMachineConfigSpec();
dblDriveC = dblDriveC * 1024.00 * 1024.00;
VirtualDeviceConfigSpec diskVMSpec1 = Disk(oVMWare, strName, strDatastore1, dblDriveC.ToString(), 0, ""); // 10485760 KB = 10 GB = 10 x 1024 x 1024
_cs_hdd1.deviceChange = new VirtualDeviceConfigSpec[] { diskVMSpec1 };
ManagedObjectReference _task_hdd1 = _service.ReconfigVM_Task(oComputer, _cs_hdd1);
TaskInfo _info_hdd1 = (TaskInfo)oVMWare.getObjectProperty(_task_hdd1, "info");
while (_info_hdd1.state == TaskInfoState.running)
{
_info_hdd1 = (TaskInfo)oVMWare.getObjectProperty(_task_hdd1, "info");
}
if (_info_hdd1.state == TaskInfoState.success)
{
strResult += "Hard Drive Created (" + dblDriveC.ToString() + ")<br/>";
}
else
{
strError = "Hard Drive Was Not Created";
}
}
if ((intStep == 100 || intStep == 33) && strError == "")
{
if (strDatastore2 != "")
{
// 33) Create Hard Disk 2
VirtualMachineConfigSpec _cs_hdd1 = new VirtualMachineConfigSpec();
dblDrive2 = dblDrive2 * 1024.00 * 1024.00;
VirtualDeviceConfigSpec diskVMSpec1 = Disk(oVMWare, strName, strDatastore2, dblDrive2.ToString(), 1, (strDatastore1 == strDatastore2 ? "_1" : "")); // 10485760 KB = 10 GB = 10 x 1024 x 1024
_cs_hdd1.deviceChange = new VirtualDeviceConfigSpec[] { diskVMSpec1 };
ManagedObjectReference _task_hdd1 = _service.ReconfigVM_Task(oComputer, _cs_hdd1);
TaskInfo _info_hdd1 = (TaskInfo)oVMWare.getObjectProperty(_task_hdd1, "info");
while (_info_hdd1.state == TaskInfoState.running)
{
_info_hdd1 = (TaskInfo)oVMWare.getObjectProperty(_task_hdd1, "info");
}
if (_info_hdd1.state == TaskInfoState.success)
{
strResult += "Hard Drive # 2 Created (" + dblDrive2.ToString() + ")<br/>";
}
else
{
strError = "Hard Drive # 2 Was Not Created";
}
}
}
if ((intStep == 100 || intStep == 4) && strError == "")
{
// 4) Create Network Adapter
bool boolISVmware4 = true;
if (boolISVmware4 == false)
{
VirtualDeviceConfigSpec[] configspecarr = configspecarr = new VirtualDeviceConfigSpec[1];
VirtualEthernetCardNetworkBackingInfo vecnbi = new VirtualEthernetCardNetworkBackingInfo();
vecnbi.deviceName = strVLAN;
VirtualEthernetCard newethdev;
//newethdev = new VirtualE1000();
newethdev = new VirtualVmxnet3();
// ******** OTHER WAY = newethdev = new VirtualPCNet32();
newethdev.backing = vecnbi;
newethdev.key = 5000;
VirtualDeviceConfigSpec newethdevicespec = new VirtualDeviceConfigSpec();
newethdevicespec.device = newethdev;
newethdevicespec.operation = VirtualDeviceConfigSpecOperation.add;
newethdevicespec.operationSpecified = true;
configspecarr[0] = newethdevicespec;
VirtualMachineConfigSpec vmconfigspec = new VirtualMachineConfigSpec();
vmconfigspec.deviceChange = configspecarr;
ManagedObjectReference _task_net = _service.ReconfigVM_Task(oComputer, vmconfigspec);
TaskInfo _info_net = (TaskInfo)oVMWare.getObjectProperty(_task_net, "info");
while (_info_net.state == TaskInfoState.running)
{
_info_net = (TaskInfo)oVMWare.getObjectProperty(_task_net, "info");
}
if (_info_net.state == TaskInfoState.success)
{
strResult += "Network Adapter Created<br/>";
}
else
{
strError = "Network Adapter Was Not Created";
}
}
else
{
bool boolCompleted = false;
string strPortGroupKey = "";
ManagedObjectReference[] oNetworks = (ManagedObjectReference[])oVMWare.getObjectProperty(datacenterRef, "network");
foreach (ManagedObjectReference oNetwork in oNetworks)
{
if (boolCompleted == true)
{
break;
}
try
{
if (strPortGroupName == "" || strPortGroupName == oVMWare.getObjectProperty(oNetwork, "name").ToString())
{
object oPortConfig = oVMWare.getObjectProperty(oNetwork, "config");
if (oPortConfig != null)
{
DVPortgroupConfigInfo oPort = (DVPortgroupConfigInfo)oPortConfig;
if (oPort.key != strPortGroupKey)
{
strPortGroupKey = oPort.key;
ManagedObjectReference oSwitch = oPort.distributedVirtualSwitch;
string strSwitchUUID = (string)oVMWare.getObjectProperty(oSwitch, "uuid");
Response.Write("Trying..." + strPortGroupKey + "(" + strSwitchUUID + ")" + "<br/>");
VirtualDeviceConfigSpec[] configspecarr = configspecarr = new VirtualDeviceConfigSpec[1];
VirtualEthernetCardDistributedVirtualPortBackingInfo vecdvpbi = new VirtualEthernetCardDistributedVirtualPortBackingInfo();
DistributedVirtualSwitchPortConnection connection = new DistributedVirtualSwitchPortConnection();
connection.portgroupKey = strPortGroupKey;
connection.switchUuid = strSwitchUUID;
vecdvpbi.port = connection;
//VirtualEthernetCard newethdev = new VirtualE1000();
VirtualEthernetCard newethdev = new VirtualVmxnet3();
// ******** OTHER WAY = newethdev = new VirtualPCNet32();
newethdev.backing = vecdvpbi;
newethdev.key = 5000;
VirtualDeviceConfigSpec newethdevicespec = new VirtualDeviceConfigSpec();
newethdevicespec.device = newethdev;
newethdevicespec.operation = VirtualDeviceConfigSpecOperation.add;
newethdevicespec.operationSpecified = true;
configspecarr[0] = newethdevicespec;
VirtualMachineConfigSpec vmconfigspec = new VirtualMachineConfigSpec();
vmconfigspec.deviceChange = configspecarr;
ManagedObjectReference _task_net = _service.ReconfigVM_Task(oComputer, vmconfigspec);
TaskInfo _info_net = (TaskInfo)oVMWare.getObjectProperty(_task_net, "info");
while (_info_net.state == TaskInfoState.running)
{
_info_net = (TaskInfo)oVMWare.getObjectProperty(_task_net, "info");
}
if (_info_net.state == TaskInfoState.success)
{
strResult += "Network Adapter Created<br/>";
boolCompleted = true;
}
//break;
}
}
}
}
catch (Exception ex)
{
// Only hits here if it is not a "DistributedVirtualPortgroup" (meaning it is a standard NETWORK object)
}
}
if (boolCompleted == false)
{
strError = "Network Adapter Was Not Created ~ Could not find a port group";
}
}
}
if ((intStep == 100 || intStep == 5) && strError == "")
{
VirtualMachineConfigSpec _cs_swap = new VirtualMachineConfigSpec();
_cs_swap.swapPlacement = "hostLocal";
ManagedObjectReference _task_swap = _service.ReconfigVM_Task(oComputer, _cs_swap);
TaskInfo _info_swap = (TaskInfo)oVMWare.getObjectProperty(_task_swap, "info");
while (_info_swap.state == TaskInfoState.running)
{
_info_swap = (TaskInfo)oVMWare.getObjectProperty(_task_swap, "info");
}
if (_info_swap.state == TaskInfoState.success)
{
strResult += "Swap File Configured<br/>";
}
else
{
strError = "Swap File Was Not Configured";
}
/*
* // 5) Attach Floppy Drive
* VirtualMachineConfigSpec _cs_floppy = new VirtualMachineConfigSpec();
* VirtualDeviceConfigSpec _dcs_floppy = new VirtualDeviceConfigSpec();
* _dcs_floppy.operation = VirtualDeviceConfigSpecOperation.add;
* _dcs_floppy.operationSpecified = true;
* VirtualDeviceConnectInfo _ci_floppy = new VirtualDeviceConnectInfo();
* _ci_floppy.startConnected = false;
* VirtualFloppy floppy = new VirtualFloppy();
* VirtualFloppyRemoteDeviceBackingInfo floppyBack = new VirtualFloppyRemoteDeviceBackingInfo();
* floppyBack.deviceName = "";
* floppy.backing = floppyBack;
* floppy.key = 8000;
* floppy.controllerKey = 400;
* floppy.controllerKeySpecified = true;
* floppy.connectable = _ci_floppy;
* _dcs_floppy.device = floppy;
* _cs_floppy.deviceChange = new VirtualDeviceConfigSpec[] { _dcs_floppy };
* ManagedObjectReference _task_floppy = _service.ReconfigVM_Task(oComputer, _cs_floppy);
* TaskInfo _info_floppy = (TaskInfo)oVMWare.getObjectProperty(_task_floppy, "info");
* while (_info_floppy.state == TaskInfoState.running)
* _info_floppy = (TaskInfo)oVMWare.getObjectProperty(_task_floppy, "info");
* if (_info_floppy.state == TaskInfoState.success)
* strResult += "Floppy Drive Created<br/>";
* else
* strError = "Floppy Drive Was Not Created";
*/
}
if ((intStep == 100 || intStep == 6) && strError == "")
{
// 6) Attach CD-ROM Drive
VirtualMachineConfigSpec _cs_cd = new VirtualMachineConfigSpec();
VirtualDeviceConfigSpec _dcs_cd = new VirtualDeviceConfigSpec();
_dcs_cd.operation = VirtualDeviceConfigSpecOperation.add;
_dcs_cd.operationSpecified = true;
VirtualDeviceConnectInfo _ci_cd = new VirtualDeviceConnectInfo();
_ci_cd.startConnected = false;
VirtualCdrom cd = new VirtualCdrom();
VirtualCdromRemotePassthroughBackingInfo cdBack = new VirtualCdromRemotePassthroughBackingInfo();
cdBack.exclusive = false;
cdBack.deviceName = "";
cd.backing = cdBack;
cd.key = 3000;
cd.controllerKey = 200;
cd.controllerKeySpecified = true;
cd.connectable = _ci_cd;
_dcs_cd.device = cd;
_cs_cd.deviceChange = new VirtualDeviceConfigSpec[] { _dcs_cd };
ManagedObjectReference _task_cd = _service.ReconfigVM_Task(oComputer, _cs_cd);
TaskInfo _info_cd = (TaskInfo)oVMWare.getObjectProperty(_task_cd, "info");
while (_info_cd.state == TaskInfoState.running)
{
_info_cd = (TaskInfo)oVMWare.getObjectProperty(_task_cd, "info");
}
if (_info_cd.state == TaskInfoState.success)
{
strResult += "CD-ROM Was Created<br/>";
}
else
{
strError = "CD-ROM Was Not Created";
}
}
if ((intStep == 100 || intStep == 7) && strError == "")
{
// 7) Boot Delay
VirtualMachineBootOptions oBootOptions = new VirtualMachineBootOptions();
oBootOptions.bootDelay = 10000;
oBootOptions.bootDelaySpecified = true;
VirtualMachineConfigSpec _cs_boot_options = new VirtualMachineConfigSpec();
_cs_boot_options.bootOptions = oBootOptions;
ManagedObjectReference _task_boot_options = _service.ReconfigVM_Task(oComputer, _cs_boot_options);
TaskInfo _info_boot_options = (TaskInfo)oVMWare.getObjectProperty(_task_boot_options, "info");
while (_info_boot_options.state == TaskInfoState.running)
{
_info_boot_options = (TaskInfo)oVMWare.getObjectProperty(_task_boot_options, "info");
}
if (_info_boot_options.state == TaskInfoState.success)
{
strResult += "Boot delay changed to 10 seconds<br/>";
}
else
{
strError = "Boot delay NOT changed";
}
}
if ((intStep == 100 || intStep == 8) && strError == "")
{
// 8) Get MAC Address
VirtualMachineConfigInfo _vminfo = (VirtualMachineConfigInfo)oVMWare.getObjectProperty(oComputer, "config");
VirtualDevice[] _device = _vminfo.hardware.device;
for (int ii = 0; ii < _device.Length; ii++)
{
// 4/29/2009: Change to only one NIC for PNC
if (_device[ii].deviceInfo.label.ToUpper() == "NETWORK ADAPTER 1")
{
VirtualEthernetCard nic = (VirtualEthernetCard)_device[ii];
strMACAddress = nic.macAddress;
break;
}
}
if (strMACAddress != "")
{
strResult += "MAC Address = " + strMACAddress + "<br/>";
}
else
{
strError = "No MAC Address";
}
}
if ((intStep == 100 || intStep == 9) && strError == "")
{
// 9) Configure WebService
System.Net.NetworkCredential oCredentials = new System.Net.NetworkCredential(oVariable.ADUser(), oVariable.ADPassword(), oVariable.Domain());
BuildSubmit oMDT = new BuildSubmit();
oMDT.Credentials = oCredentials;
oMDT.Url = "http://wcrdp100a.pnceng.pvt/wabebuild/BuildSubmit.asmx";
string[] strExtendedMDT = new string[] { "PNCBACKUPSOFTWARE:NONE", "IISInstall:NO", "HWConfig:DEFAULT", "ESMInstall:NO", "ClearViewInstall:YES", "Teamed2:DEFAULT", "HIDSInstall:NO" };
string strExtendedMDTs = "";
foreach (string extendedMDT in strExtendedMDT)
{
if (strExtendedMDTs != "")
{
strExtendedMDTs += ", ";
}
strExtendedMDTs += extendedMDT;
}
string strOutput = oMDT.automatedBuild2(strName.ToUpper(), strMACAddress, strMDTos, "provision", "PNCNT", strMDTtask, strMDTbuildDB, strExtendedMDT);
strResult += "WebService Configured " + strOutput + "<br/>";
}
if ((intStep == 100 || intStep == 10) && strError == "")
{
// 10) Power On
GuestInfo ginfo_power = (GuestInfo)oVMWare.getObjectProperty(oComputer, "guest");
if (ginfo_power.guestState.ToUpper() == "NOTRUNNING" || ginfo_power.guestState.ToUpper() == "UNKNOWN")
{
ManagedObjectReference _task_power = _service.PowerOnVM_Task(oComputer, null);
TaskInfo _info_power = (TaskInfo)oVMWare.getObjectProperty(_task_power, "info");
while (_info_power.state == TaskInfoState.running)
{
_info_power = (TaskInfo)oVMWare.getObjectProperty(_task_power, "info");
}
if (_info_power.state == TaskInfoState.success)
{
strResult += "Virtual Machine Powered On";
}
else
{
strError = "Virtual Machine Was Not Powered On";
}
}
else
{
strResult += "Virtual Machine Was Already Powered On (" + ginfo_power.guestState + ")";
}
}
// Logout
if (_service != null)
{
_service.Abort();
if (_service.Container != null)
{
_service.Container.Dispose();
}
try
{
_service.Logout(_sic.sessionManager);
}
catch { }
_service.Dispose();
_service = null;
_sic = null;
}
Response.Write("RESULT(s): " + strResult);
Response.Write("ERROR: " + strError);
}
else
{
Response.Write("LOGIN error");
}
}
private void reConfig() {
String deviceType = cb.get_option("device");
VirtualMachineConfigSpec vmConfigSpec = new VirtualMachineConfigSpec();
if(deviceType.Equals("memory")) {
Console.WriteLine("Reconfiguring The Virtual Machine For Memory Update "
+ cb.get_option("vmname"));
try {
vmConfigSpec.memoryAllocation = getShares();
}
catch(Exception nfe) {
Console.WriteLine("Value of Memory update must "
+"be either Custom or Integer");
return;
}
}
else if(deviceType.Equals("cpu")) {
Console.WriteLine("Reconfiguring The Virtual Machine For CPU Update "
+ cb.get_option("vmname"));
try {
vmConfigSpec.cpuAllocation=getShares();
}
catch(Exception nfe) {
Console.WriteLine("Value of CPU update must "
+"be either Custom or Integer");
return;
}
}
else if(deviceType.Equals("disk")) {
Console.WriteLine("Reconfiguring The Virtual Machine For Disk Update "
+ cb.get_option("vmname"));
VirtualDeviceConfigSpec vdiskSpec = getDiskDeviceConfigSpec();
if(vdiskSpec != null) {
VirtualMachineConfigInfo vmConfigInfo
= (VirtualMachineConfigInfo)cb.getServiceUtil().GetDynamicProperty(
_virtualMachine, "config");
int ckey = -1;
VirtualDevice[] test = vmConfigInfo.hardware.device;
for (int k = 0; k < test.Length; k++)
{
if (test[k].deviceInfo.label.Equals(
"SCSI Controller 0"))
{
ckey = test[k].key;
}
}
if (ckey == -1)
{
int diskCtlrKey = 1;
VirtualDeviceConfigSpec scsiCtrlSpec = new VirtualDeviceConfigSpec();
scsiCtrlSpec.operation = VirtualDeviceConfigSpecOperation.add;
scsiCtrlSpec.operationSpecified = true;
VirtualLsiLogicController scsiCtrl = new VirtualLsiLogicController();
scsiCtrl.busNumber = 0;
scsiCtrlSpec.device = scsiCtrl;
scsiCtrl.key = diskCtlrKey;
scsiCtrl.sharedBus = VirtualSCSISharing.physicalSharing;
String ctlrType = scsiCtrl.GetType().Name;
vdiskSpec.device.controllerKey = scsiCtrl.key;
VirtualDeviceConfigSpec[] vdiskSpecArray = { scsiCtrlSpec, vdiskSpec };
vmConfigSpec.deviceChange = vdiskSpecArray;
}
else
{
vdiskSpec.device.controllerKey = ckey;
VirtualDeviceConfigSpec[] vdiskSpecArray = { vdiskSpec };
vmConfigSpec.deviceChange = vdiskSpecArray;
}
}
else {
return;
}
}
else if(deviceType.Equals("nic")) {
Console.WriteLine("Reconfiguring The Virtual Machine For NIC Update "
+ cb.get_option("vmname"));
VirtualDeviceConfigSpec nicSpec = getNICDeviceConfigSpec();
if(nicSpec != null) {
VirtualDeviceConfigSpec [] nicSpecArray = {nicSpec};
vmConfigSpec.deviceChange=nicSpecArray;
}
else {
return;
}
}
else if(deviceType.Equals("cd")) {
Console.WriteLine("Reconfiguring The Virtual Machine For CD Update "
+ cb.get_option("vmname"));
VirtualDeviceConfigSpec cdSpec = getCDDeviceConfigSpec();
if(cdSpec != null) {
VirtualDeviceConfigSpec [] cdSpecArray = {cdSpec};
vmConfigSpec.deviceChange=cdSpecArray;
}
else {
return;
}
}
else {
Console.WriteLine("Invlaid device type [memory|cpu|disk|nic|cd]");
return;
}
ManagedObjectReference tmor
= cb.getConnection()._service.ReconfigVM_Task(
_virtualMachine, vmConfigSpec);
monitorTask(tmor);
}
public static void AddRam(this VirtualMachineConfigSpec vmcs, int ram)
{
vmcs.memoryMB = (ram > 0) ? ram * 1024 : 1024;
vmcs.memoryMBSpecified = true;
}
//id, feature (iso, net, boot, guest), label, value
public async Task <Vm> ReconfigureVm(string id, string feature, string label, string newvalue)
{
await Connect();
int index = 0;
if (int.TryParse(label, out index))
{
label = "";
}
Vm vm = _vmCache[id];
RetrievePropertiesResponse response = await _vim.RetrievePropertiesAsync(
_props,
FilterFactory.VmFilter(vm.AsVim(), "config"));
ObjectContent[] oc = response.returnval;
VirtualMachineConfigInfo config = (VirtualMachineConfigInfo)oc[0].GetProperty("config");
VirtualMachineConfigSpec vmcs = new VirtualMachineConfigSpec();
switch (feature)
{
case "iso":
VirtualCdrom cdrom = (VirtualCdrom)((label.HasValue())
? config.hardware.device.Where(o => o.deviceInfo.label == label).SingleOrDefault()
: config.hardware.device.OfType <VirtualCdrom>().ToArray()[index]);
if (cdrom != null)
{
if (cdrom.backing.GetType() != typeof(VirtualCdromIsoBackingInfo))
{
cdrom.backing = new VirtualCdromIsoBackingInfo();
}
((VirtualCdromIsoBackingInfo)cdrom.backing).fileName = newvalue;
cdrom.connectable = new VirtualDeviceConnectInfo
{
connected = true,
startConnected = true
};
vmcs.deviceChange = new VirtualDeviceConfigSpec[] {
new VirtualDeviceConfigSpec {
device = cdrom,
operation = VirtualDeviceConfigSpecOperation.edit,
operationSpecified = true
}
};
}
break;
case "net":
case "eth":
VirtualEthernetCard card = (VirtualEthernetCard)((label.HasValue())
? config.hardware.device.Where(o => o.deviceInfo.label == label).SingleOrDefault()
: config.hardware.device.OfType <VirtualEthernetCard>().ToArray()[index]);
if (card != null)
{
if (newvalue.StartsWith("_none_"))
{
card.connectable = new VirtualDeviceConnectInfo()
{
connected = false,
startConnected = false,
};
}
else
{
_netman.UpdateEthernetCardBacking(card, newvalue);
card.connectable.connected = true;
}
vmcs.deviceChange = new VirtualDeviceConfigSpec[] {
new VirtualDeviceConfigSpec {
device = card,
operation = VirtualDeviceConfigSpecOperation.edit,
operationSpecified = true
}
};
}
break;
case "boot":
int delay = 0;
if (Int32.TryParse(newvalue, out delay))
{
vmcs.AddBootOption(delay);
}
break;
case "guest":
if (newvalue.HasValue() && !newvalue.EndsWith("\n"))
{
newvalue += "\n";
}
vmcs.annotation = config.annotation + newvalue;
if (vm.State == VmPowerState.Running && vmcs.annotation.HasValue())
{
vmcs.AddGuestInfo(Regex.Split(vmcs.annotation, "\r\n|\r|\n"));
}
break;
default:
throw new Exception("Invalid change request.");
//break;
}
ManagedObjectReference task = await _vim.ReconfigVM_TaskAsync(vm.AsVim(), vmcs);
TaskInfo info = await WaitForVimTask(task);
if (info.state == TaskInfoState.error)
{
throw new Exception(info.error.localizedMessage);
}
return(await GetVirtualMachine(vm.AsVim()));
}
public VirtualMachineConfigSpec createVmConfigSpec(String vmName,
String datastoreName,
int diskSizeMB,
ManagedObjectReference computeResMor,
ManagedObjectReference hostMor)
{
ConfigTarget configTarget = getConfigTargetForHost(computeResMor, hostMor);
VirtualDevice[] defaultDevices = getDefaultDevices(computeResMor, hostMor);
VirtualMachineConfigSpec configSpec = new VirtualMachineConfigSpec();
String networkName = null;
if (configTarget.network != null)
{
for (int i = 0; i < configTarget.network.Length; i++)
{
VirtualMachineNetworkInfo netInfo = configTarget.network[i];
NetworkSummary netSummary = netInfo.network;
if (netSummary.accessible)
{
networkName = netSummary.name;
break;
}
}
}
ManagedObjectReference datastoreRef = null;
if (datastoreName != null)
{
Boolean flag = false;
for (int i = 0; i < configTarget.datastore.Length; i++)
{
VirtualMachineDatastoreInfo vdsInfo = configTarget.datastore[i];
DatastoreSummary dsSummary = vdsInfo.datastore;
if (dsSummary.name.Equals(datastoreName))
{
flag = true;
if (dsSummary.accessible)
{
datastoreName = dsSummary.name;
datastoreRef = dsSummary.datastore;
}
else
{
throw new Exception("Specified Datastore is not accessible");
}
break;
}
}
if (!flag)
{
throw new Exception("Specified Datastore is not Found");
}
}
else
{
Boolean flag = false;
for (int i = 0; i < configTarget.datastore.Length; i++)
{
VirtualMachineDatastoreInfo vdsInfo = configTarget.datastore[i];
DatastoreSummary dsSummary = vdsInfo.datastore;
if (dsSummary.accessible)
{
datastoreName = dsSummary.name;
datastoreRef = dsSummary.datastore;
flag = true;
break;
}
}
if (!flag)
{
throw new Exception("No Datastore found on host");
}
}
String datastoreVolume = getVolumeName(datastoreName);
VirtualMachineFileInfo vmfi = new VirtualMachineFileInfo();
vmfi.vmPathName = datastoreVolume;
configSpec.files = vmfi;
// Add a scsi controller
int diskCtlrKey = 1;
VirtualDeviceConfigSpec scsiCtrlSpec = new VirtualDeviceConfigSpec();
scsiCtrlSpec.operation = VirtualDeviceConfigSpecOperation.add;
scsiCtrlSpec.operationSpecified = true;
VirtualLsiLogicController scsiCtrl = new VirtualLsiLogicController();
scsiCtrl.busNumber = 0;
scsiCtrlSpec.device = scsiCtrl;
scsiCtrl.key = diskCtlrKey;
scsiCtrl.sharedBus = VirtualSCSISharing.noSharing;
String ctlrType = scsiCtrl.GetType().Name;
// Find the IDE controller
VirtualDevice ideCtlr = null;
for (int di = 0; di < defaultDevices.Length; di++)
{
if (defaultDevices[di].GetType().Name.Equals("VirtualIDEController"))
{
ideCtlr = defaultDevices[di];
break;
}
}
// Add a floppy
VirtualDeviceConfigSpec floppySpec = new VirtualDeviceConfigSpec();
floppySpec.operation = VirtualDeviceConfigSpecOperation.add;
floppySpec.operationSpecified = true;
VirtualFloppy floppy = new VirtualFloppy();
VirtualFloppyDeviceBackingInfo flpBacking = new VirtualFloppyDeviceBackingInfo();
flpBacking.deviceName = "/dev/fd0";
floppy.backing = flpBacking;
floppy.key = 3;
floppySpec.device = floppy;
// Add a cdrom based on a physical device
VirtualDeviceConfigSpec cdSpec = null;
if (ideCtlr != null)
{
cdSpec = new VirtualDeviceConfigSpec();
cdSpec.operation = VirtualDeviceConfigSpecOperation.add;
cdSpec.operationSpecified = true;
VirtualCdrom cdrom = new VirtualCdrom();
VirtualCdromIsoBackingInfo cdDeviceBacking = new VirtualCdromIsoBackingInfo();
cdDeviceBacking.datastore = datastoreRef;
cdDeviceBacking.fileName = datastoreVolume + "testcd.iso";
cdrom.backing = cdDeviceBacking;
cdrom.key = 20;
cdrom.controllerKey = ideCtlr.key;
cdrom.controllerKeySpecified = true;
cdrom.unitNumberSpecified = true;
cdrom.unitNumber = 0;
cdSpec.device = cdrom;
}
// Create a new disk - file based - for the vm
VirtualDeviceConfigSpec diskSpec = null;
diskSpec = createVirtualDisk(datastoreName, diskCtlrKey, datastoreRef, diskSizeMB);
// Add a NIC. the network Name must be set as the device name to create the NIC.
VirtualDeviceConfigSpec nicSpec = new VirtualDeviceConfigSpec();
if (networkName != null)
{
nicSpec.operation = VirtualDeviceConfigSpecOperation.add;
nicSpec.operationSpecified = true;
VirtualEthernetCard nic = new VirtualPCNet32();
VirtualEthernetCardNetworkBackingInfo nicBacking = new VirtualEthernetCardNetworkBackingInfo();
nicBacking.deviceName = networkName;
nic.addressType = "generated";
nic.backing = nicBacking;
nic.key = 4;
nicSpec.device = nic;
}
var deviceConfigSpec = new List <VirtualDeviceConfigSpec>();
deviceConfigSpec.Add(scsiCtrlSpec);
deviceConfigSpec.Add(floppySpec);
deviceConfigSpec.Add(diskSpec);
deviceConfigSpec.Add(nicSpec);
if (ideCtlr != null)
{
deviceConfigSpec.Add(cdSpec);
}
configSpec.deviceChange = deviceConfigSpec.ToArray();
return(configSpec);
}
public async Task <TaskInfo> ReconfigureVm(Guid id, Feature feature, string label, string newvalue)
{
VirtualMachine machine = await GetMachineById(id);
ManagedObjectReference vmReference = machine.Reference;
VirtualDevice[] devices = machine.Devices;
VirtualMachineConfigSpec vmcs = new VirtualMachineConfigSpec();
switch (feature)
{
case Feature.iso:
VirtualCdrom cdrom = (VirtualCdrom)((label.HasValue())
? devices.Where(o => o.deviceInfo.label == label).SingleOrDefault()
: devices.OfType <VirtualCdrom>().FirstOrDefault());
if (cdrom != null)
{
if (cdrom.backing.GetType() != typeof(VirtualCdromIsoBackingInfo))
{
cdrom.backing = new VirtualCdromIsoBackingInfo();
}
((VirtualCdromIsoBackingInfo)cdrom.backing).datastore = (await GetDatastoreByName(_options.DsName)).Reference;
((VirtualCdromIsoBackingInfo)cdrom.backing).fileName = newvalue;
cdrom.connectable = new VirtualDeviceConnectInfo
{
connected = true,
startConnected = true
};
vmcs.deviceChange = new VirtualDeviceConfigSpec[] {
new VirtualDeviceConfigSpec {
device = cdrom,
operation = VirtualDeviceConfigSpecOperation.edit,
operationSpecified = true
}
};
}
break;
case Feature.net:
case Feature.eth:
VirtualEthernetCard card = (VirtualEthernetCard)((label.HasValue())
? devices.Where(o => o.deviceInfo.label == label).SingleOrDefault()
: devices.OfType <VirtualEthernetCard>().FirstOrDefault());
if (card != null)
{
Network network = _connectionService.GetNetworkByName(newvalue);
if (network.IsDistributed)
{
card.backing = new VirtualEthernetCardDistributedVirtualPortBackingInfo
{
port = new DistributedVirtualSwitchPortConnection
{
portgroupKey = network.Reference,
switchUuid = network.SwitchId
}
};
}
else
{
card.backing = new VirtualEthernetCardNetworkBackingInfo
{
deviceName = newvalue
};
}
//if (card.backing is VirtualEthernetCardNetworkBackingInfo)
// ((VirtualEthernetCardNetworkBackingInfo)card.backing).deviceName = newvalue;
//if (card.backing is VirtualEthernetCardDistributedVirtualPortBackingInfo)
// ((VirtualEthernetCardDistributedVirtualPortBackingInfo)card.backing).port.portgroupKey = newvalue;
card.connectable = new VirtualDeviceConnectInfo()
{
connected = true,
startConnected = true,
};
vmcs.deviceChange = new VirtualDeviceConfigSpec[] {
new VirtualDeviceConfigSpec {
device = card,
operation = VirtualDeviceConfigSpecOperation.edit,
operationSpecified = true
}
};
}
break;
case Feature.boot:
int delay = 0;
if (Int32.TryParse(newvalue, out delay))
{
vmcs.AddBootOption(delay);
}
break;
//case Feature.guest:
// if (newvalue.HasValue() && !newvalue.EndsWith("\n"))
// newvalue += "\n";
// vmcs.annotation = config.annotation + newvalue;
// if (vm.State == VmPowerState.running && vmcs.annotation.HasValue())
// vmcs.AddGuestInfo(Regex.Split(vmcs.annotation, "\r\n|\r|\n"));
// break;
default:
throw new Exception("Invalid change request.");
//break;
}
ManagedObjectReference task = await _client.ReconfigVM_TaskAsync(vmReference, vmcs);
TaskInfo info = await WaitForVimTask(task);
if (info.state == TaskInfoState.error)
{
throw new Exception(info.error.localizedMessage);
}
return(info);
}
public byte[] SerializeVMConfig(object vmConfig)
{
var sourceConfig = vmConfig as VirtualMachineConfigInfo;
if (sourceConfig == null)
{
throw new ArgumentException($"{nameof(vmConfig)} must be of type VirtualMachineConfigInfo");
}
var configSpec = new VirtualMachineConfigSpec
{
name = sourceConfig.name,
version = sourceConfig.version,
guestId = sourceConfig.guestId,
alternateGuestName = sourceConfig.alternateGuestName,
files = sourceConfig.files,
tools = sourceConfig.tools,
flags = sourceConfig.flags,
consolePreferences = null,
powerOpInfo = sourceConfig.defaultPowerOps,
numCPUs = sourceConfig.hardware.numCPU,
memoryMB = sourceConfig.hardware.memoryMB,
cpuHotAddEnabled = sourceConfig.cpuHotAddEnabled,
memoryHotAddEnabled = sourceConfig.memoryHotAddEnabled,
numCoresPerSocket = sourceConfig.hardware.numCoresPerSocket,
cpuFeatureMask = sourceConfig.cpuFeatureMask.Select(info => new VirtualMachineCpuIdInfoSpec {
operation = ArrayUpdateOperation.add, info = info
}).ToArray(),
deviceChange = sourceConfig.hardware.device.Where(
device =>
!(
device is VirtualIDEController ||
device is VirtualPS2Controller ||
device is VirtualPCIController ||
device is VirtualSIOController ||
device is VirtualMachineVMCIDevice ||
device is VirtualKeyboard ||
device is VirtualPointingDevice
)
).Select(
device => new VirtualDeviceConfigSpec
{
operation = VirtualDeviceConfigSpecOperation.add,
device = device,
}).ToArray(),
cpuAllocation = sourceConfig.cpuAllocation,
memoryAllocation = sourceConfig.memoryAllocation,
cpuAffinity = null,
memoryAffinity = null,
networkShaper = null,
bootOptions = null
};
byte[] result = null;
using (var memStream = new MemoryStream())
{
using (var zippedStream = new DeflateStream(memStream, CompressionMode.Compress))
using (var writeStream = new StreamWriter(zippedStream))
{
writeStream.Write(JsonConvert.SerializeObject(configSpec));
}
result = memStream.ToArray();
}
return(result);
}
public void RecordSessionOfVM()
{
try
{
_service = ecb.getConnection().Service;
_sic = ecb.getConnection().ServiceContent;
ArrayList supportedVersions = VersionUtil.getSupportedVersions(ecb.get_option("url"));
ManagedObjectReference vmmor = ecb.getServiceUtil().GetDecendentMoRef(null, "VirtualMachine", ecb.get_option("vmname"));
if (vmmor == null)
{
Console.WriteLine("Unable to find VirtualMachine named : " + ecb.get_option("vmname") + " in Inventory");
}
if (VersionUtil.isApiVersionSupported(supportedVersions, "2.5"))
{
Boolean flag = VersionUtil.isApiVersionSupported(supportedVersions, "4.0");
if (flag)
{
if (ecb.get_option("snapshotname") == null || ecb.get_option("description") == null)
{
Console.WriteLine("snapshotname and description arguments are " +
"mandatory for recording session feature");
return;
}
VirtualMachineFlagInfo flagInfo = new VirtualMachineFlagInfo();
flagInfo.recordReplayEnabled = true;
flagInfo.recordReplayEnabledSpecified = true;
VirtualMachineConfigSpec configSpec = new VirtualMachineConfigSpec();
configSpec.flags = flagInfo;
_service.ReconfigVM_TaskAsync(vmmor, configSpec);
_service.StartRecording_TaskAsync(vmmor, ecb.get_option("snapshotname"), ecb.get_option("description"));
_service.StopRecording_TaskAsync(vmmor);
Console.WriteLine("Session recorded successfully");
}
else
{
VirtualMachineSnapshotTree[] tree = (VirtualMachineSnapshotTree[])getObjectProperty(vmmor,
"snapshot.rootSnapshotList");
if (tree != null && tree.Length != 0)
{
ManagedObjectReference taskMor = _service.RemoveAllSnapshots_Task(vmmor, true, false);
object[] result = ecb.getServiceUtil().WaitForValues(taskMor, new string[] { "info.state", "info.result" },
new string[] { "state" }, // info has a property - state for state of the task
new object[][] { new object[] { TaskInfoState.success, TaskInfoState.error } }
);
if (result[0].Equals(TaskInfoState.success))
{
Console.WriteLine("Removed all the snapshot successfully");
}
}
else
{
Console.WriteLine("No snapshot found for this virtual machine");
}
}
}
else
{
VirtualMachineSnapshotTree[] tree = (VirtualMachineSnapshotTree[])getObjectProperty(vmmor,
"snapshot.rootSnapshotList");
if (tree != null && tree.Length != 0)
{
ManagedObjectReference taskMor = _service.RemoveAllSnapshots_Task(vmmor, true, false);
object[] result = ecb.getServiceUtil().WaitForValues(taskMor, new string[] { "info.state", "info.result" },
new string[] { "state" }, // info has a property - state for state of the task
new object[][] { new object[] { TaskInfoState.success, TaskInfoState.error } }
);
if (result[0].Equals(TaskInfoState.success))
{
Console.WriteLine("Removed all the snapshot successfully");
}
}
else
{
Console.WriteLine("No snapshot found for this virtual machine");
}
}
}
catch (Exception e)
{
ecb.log.LogLine("RecordSession : Failed Connect");
throw e;
}
finally
{
ecb.log.LogLine("Ended RecordSession");
ecb.log.Close();
}
}
public VirtualMachineConfigSpec createVmConfigSpec(String vmName,
String datastoreName,
int diskSizeMB,
ManagedObjectReference computeResMor,
ManagedObjectReference hostMor)
{
ConfigTarget configTarget = getConfigTargetForHost(computeResMor, hostMor);
VirtualDevice[] defaultDevices = getDefaultDevices(computeResMor, hostMor);
VirtualMachineConfigSpec configSpec = new VirtualMachineConfigSpec();
String networkName = null;
if (configTarget.network != null)
{
for (int i = 0; i < configTarget.network.Length; i++)
{
VirtualMachineNetworkInfo netInfo = configTarget.network[i];
NetworkSummary netSummary = netInfo.network;
if (netSummary.accessible)
{
networkName = netSummary.name;
break;
}
}
}
ManagedObjectReference datastoreRef = null;
if (datastoreName != null)
{
Boolean flag = false;
for (int i = 0; i < configTarget.datastore.Length; i++)
{
VirtualMachineDatastoreInfo vdsInfo = configTarget.datastore[i];
DatastoreSummary dsSummary = vdsInfo.datastore;
if (dsSummary.name.Equals(datastoreName))
{
flag = true;
if (dsSummary.accessible)
{
datastoreName = dsSummary.name;
datastoreRef = dsSummary.datastore;
}
else
{
throw new Exception("Specified Datastore is not accessible");
}
break;
}
}
if (!flag)
{
throw new Exception("Specified Datastore is not Found");
}
}
else
{
Boolean flag = false;
for (int i = 0; i < configTarget.datastore.Length; i++)
{
VirtualMachineDatastoreInfo vdsInfo = configTarget.datastore[i];
DatastoreSummary dsSummary = vdsInfo.datastore;
if (dsSummary.accessible)
{
datastoreName = dsSummary.name;
datastoreRef = dsSummary.datastore;
flag = true;
break;
}
}
if (!flag)
{
throw new Exception("No Datastore found on host");
}
}
String datastoreVolume = getVolumeName(datastoreName);
VirtualMachineFileInfo vmfi = new VirtualMachineFileInfo();
vmfi.vmPathName = datastoreVolume;
configSpec.files = vmfi;
// Add a scsi controller
int diskCtlrKey = 1;
VirtualDeviceConfigSpec scsiCtrlSpec = new VirtualDeviceConfigSpec();
scsiCtrlSpec.operation = VirtualDeviceConfigSpecOperation.add;
scsiCtrlSpec.operationSpecified = true;
VirtualLsiLogicController scsiCtrl = new VirtualLsiLogicController();
scsiCtrl.busNumber = 0;
scsiCtrlSpec.device = scsiCtrl;
scsiCtrl.key = diskCtlrKey;
scsiCtrl.sharedBus = VirtualSCSISharing.noSharing;
String ctlrType = scsiCtrl.GetType().Name;
// Find the IDE controller
VirtualDevice ideCtlr = null;
for (int di = 0; di < defaultDevices.Length; di++)
{
if (defaultDevices[di].GetType().Name.Equals("VirtualIDEController"))
{
ideCtlr = defaultDevices[di];
break;
}
}
// Add a floppy
VirtualDeviceConfigSpec floppySpec = new VirtualDeviceConfigSpec();
floppySpec.operation = VirtualDeviceConfigSpecOperation.add;
floppySpec.operationSpecified = true;
VirtualFloppy floppy = new VirtualFloppy();
VirtualFloppyDeviceBackingInfo flpBacking = new VirtualFloppyDeviceBackingInfo();
flpBacking.deviceName = "/dev/fd0";
floppy.backing = flpBacking;
floppy.key = 3;
floppySpec.device = floppy;
// Add a cdrom based on a physical device
VirtualDeviceConfigSpec cdSpec = null;
if (ideCtlr != null)
{
cdSpec = new VirtualDeviceConfigSpec();
cdSpec.operation = VirtualDeviceConfigSpecOperation.add;
cdSpec.operationSpecified = true;
VirtualCdrom cdrom = new VirtualCdrom();
VirtualCdromIsoBackingInfo cdDeviceBacking = new VirtualCdromIsoBackingInfo();
cdDeviceBacking.datastore = datastoreRef;
cdDeviceBacking.fileName = datastoreVolume + "testcd.iso";
cdrom.backing = cdDeviceBacking;
cdrom.key = 20;
cdrom.controllerKey = ideCtlr.key;
cdrom.controllerKeySpecified = true;
cdrom.unitNumberSpecified = true;
cdrom.unitNumber = 0;
cdSpec.device = cdrom;
}
// Create a new disk - file based - for the vm
VirtualDeviceConfigSpec diskSpec = null;
diskSpec = createVirtualDisk(datastoreName, diskCtlrKey, datastoreRef, diskSizeMB);
// Add a NIC. the network Name must be set as the device name to create the NIC.
VirtualDeviceConfigSpec nicSpec = new VirtualDeviceConfigSpec();
if (networkName != null)
{
nicSpec.operation = VirtualDeviceConfigSpecOperation.add;
nicSpec.operationSpecified = true;
VirtualEthernetCard nic = new VirtualPCNet32();
VirtualEthernetCardNetworkBackingInfo nicBacking = new VirtualEthernetCardNetworkBackingInfo();
nicBacking.deviceName = networkName;
nic.addressType = "generated";
nic.backing = nicBacking;
nic.key = 4;
nicSpec.device = nic;
}
var deviceConfigSpec = new List<VirtualDeviceConfigSpec>();
deviceConfigSpec.Add(scsiCtrlSpec);
deviceConfigSpec.Add(floppySpec);
deviceConfigSpec.Add(diskSpec);
deviceConfigSpec.Add(nicSpec);
if (ideCtlr != null)
{
deviceConfigSpec.Add(cdSpec);
}
configSpec.deviceChange = deviceConfigSpec.ToArray();
return configSpec;
}
/// <summary>
/// Reconfig the virtual machine.
/// </summary>
private void reconfigVirtualMachine() {
Console.WriteLine("ReConfigure The Virtual Machine ..........");
VirtualMachineFileInfo vmFileInfo
= new VirtualMachineFileInfo();
vmFileInfo.logDirectory = "["+getDataStore()+"]"+getVmName();
vmFileInfo.snapshotDirectory= "["+getDataStore()+"]"+getVmName();
vmFileInfo.suspendDirectory= "["+getDataStore()+"]"+getVmName();
vmFileInfo.vmPathName= "["+getDataStore()
+"]"+getVmName()+"/"+getVmName()+".vmx";
VirtualMachineConfigSpec vmConfigSpec
= new VirtualMachineConfigSpec();
vmConfigSpec.files =vmFileInfo;
ManagedObjectReference taskmor
= _service.ReconfigVM_Task(
getVmMor(getVmName()),vmConfigSpec);
Object[] result = cb.getServiceUtil().WaitForValues(
taskmor, new String[] { "info.state", "info.error" },
new String[] { "state" },
new Object[][] { new Object[] { TaskInfoState.success, TaskInfoState.error }}
);
if (result[0].Equals(TaskInfoState.success)) {
Console.WriteLine("ReConfigure The Virtual Machine .......... Done");
} else {
Console.WriteLine("Some Exception While Reconfiguring The VM " + result[0]);
}
}
public void DeployAndConnectIso( string localPath, string remotePath )
{
UploadArtifact( localPath, remotePath );
_vm.UpdateViewData();
VirtualCdrom cd = _vm.Config.Hardware.Device.FirstOrDefault( d => d is VirtualCdrom ) as VirtualCdrom;
if ( cd == null )
{
throw new ApplicationException( "CD is null" );
}
VirtualCdromIsoBackingInfo newBacking = new VirtualCdromIsoBackingInfo
{
FileName = string.Format( "[{0}] {1}", _vmWareConfiguration.DataStoreName, remotePath )
};
cd.Backing = newBacking;
cd.Connectable.StartConnected = true;
cd.Connectable.Connected = true;
VirtualDeviceConfigSpec deviceSpec = new VirtualDeviceConfigSpec
{
Device = cd,
Operation = VirtualDeviceConfigSpecOperation.edit
};
VirtualMachineConfigSpec vmSpec = new VirtualMachineConfigSpec
{
DeviceChange = new[] {deviceSpec}
};
_vm.ReconfigVM( vmSpec );
}
private void createVM()
{
_service = cb.getConnection()._service;
String dcName = cb.get_option("datacentername");
ManagedObjectReference dcmor
= cb.getServiceUtil().GetDecendentMoRef(null, "Datacenter", dcName);
if (dcmor == null)
{
Console.WriteLine("Datacenter " + dcName + " not found.");
return;
}
try
{
ManagedObjectReference hfmor
= cb.getServiceUtil().GetMoRefProp(dcmor, "hostFolder");
ArrayList crmors
= cb.getServiceUtil().GetDecendentMoRefs(hfmor, "ComputeResource", null);
String hostName = cb.get_option("hostname");
ManagedObjectReference hostmor;
if (hostName != null)
{
hostmor = cb.getServiceUtil().GetDecendentMoRef(hfmor, "HostSystem", hostName);
if (hostmor == null)
{
Console.WriteLine("Host " + hostName + " not found");
return;
}
}
else
{
hostmor = cb.getServiceUtil().GetFirstDecendentMoRef(dcmor, "HostSystem");
}
ManagedObjectReference crmor = null;
hostName = (String)cb.getServiceUtil().GetDynamicProperty(hostmor, "name");
for (int i = 0; i < crmors.Count; i++)
{
ManagedObjectReference[] hrmors
= (ManagedObjectReference[])cb.getServiceUtil().GetDynamicProperty((ManagedObjectReference)crmors[i], "host");
if (hrmors != null && hrmors.Length > 0)
{
for (int j = 0; j < hrmors.Length; j++)
{
String hname
= (String)cb.getServiceUtil().GetDynamicProperty(hrmors[j], "name");
if (hname.Equals(hostName))
{
crmor = (ManagedObjectReference)crmors[i];
i = crmors.Count + 1;
j = hrmors.Length + 1;
}
}
}
}
if (crmor == null)
{
Console.WriteLine("No Compute Resource Found On Specified Host");
return;
}
ManagedObjectReference resourcePool
= cb.getServiceUtil().GetMoRefProp(crmor, "resourcePool");
ManagedObjectReference vmFolderMor
= cb.getServiceUtil().GetMoRefProp(dcmor, "vmFolder");
VirtualMachineConfigSpec vmConfigSpec =
vmUtils.createVmConfigSpec(cb.get_option("vmname"),
cb.get_option("datastorename"),
int.Parse(cb.get_option("disksize")),
crmor, hostmor);
vmConfigSpec.name = cb.get_option("vmname");
vmConfigSpec.annotation = "VirtualMachine Annotation";
vmConfigSpec.memoryMB = (long)(int.Parse(cb.get_option("memorysize")));
vmConfigSpec.memoryMBSpecified = true;
vmConfigSpec.numCPUs = int.Parse(cb.get_option("cpucount"));
vmConfigSpec.numCPUsSpecified = true;
vmConfigSpec.guestId = (cb.get_option("guestosid"));
ManagedObjectReference taskmor = _service.CreateVM_Task(
vmFolderMor, vmConfigSpec, resourcePool, hostmor
);
String res = cb.getServiceUtil().WaitForTask(taskmor);
if (res.Equals("sucess"))
{
Console.WriteLine("Virtual Machine Created Sucessfully");
}
else
{
Console.WriteLine("Virtual Machine could not be created. ");
}
}
catch (Exception e)
{
Console.WriteLine(e.Message.ToString());
}
}