/// <summary>
/// Create an exhaustive VM with the following configuration:
/// - Hardware Version = VMX_11 (for 6.0)
/// - CPU (count = 2, coresPerSocket = 2, hotAddEnabled = false,
/// hotRemoveEnabled = false)
/// - Memory (size_mib = 2 GB, hotAddEnabled = false)
/// - 3 Disks and specify each of the HBAs and the unit numbers
/// (capacity=40 GB, name=<some value>, spaceEfficient=true)
/// - Specify 2 ethernet adapters, one using a Standard Portgroup backing
/// and the other using a DISTRIBUTED_PORTGROUP networking backing.
/// # nic1: Specify Ethernet (macType=MANUAL,
/// macAddress=<some value>)
/// # nic2: Specify Ethernet (macType=GENERATED)
/// - 1 CDROM (type=ISO_FILE, file="small.iso", startConnected=true)
/// - 1 Serial Port (type=NETWORK_SERVER, file="tcp://localhost/16000",
/// startConnected=true)
/// - 1 Parallel Port (type=HOST_DEVICE, startConnected=false)
/// - 1 Floppy Drive (type=CLIENT_DEVICE)
/// - Boot, type=BIOS
/// - BootDevice order: CDROM, DISK, ETHERNET
/// </summary>
private void CreateVm(VMTypes.PlacementSpec vmPlacementSpec,
string standardNetworkBacking, string distributedNetworkBacking)
{
// CPU UpdateSpec
CpuTypes.UpdateSpec cpuUpdateSpec = new CpuTypes.UpdateSpec();
cpuUpdateSpec.SetCoresPerSocket(1L);
cpuUpdateSpec.SetHotAddEnabled(false);
cpuUpdateSpec.SetHotRemoveEnabled(false);
// Memory UpdateSpec
MemoryTypes.UpdateSpec memoryUpdateSpec =
new MemoryTypes.UpdateSpec();
memoryUpdateSpec.SetSizeMiB(2 * 1024L);
memoryUpdateSpec.SetHotAddEnabled(false);
// Boot disk
ScsiAddressSpec scsiAddressSpec = new ScsiAddressSpec();
scsiAddressSpec.SetBus(0L);
scsiAddressSpec.SetUnit(0L);
DiskTypes.VmdkCreateSpec vmdkCreateSpec1 =
new DiskTypes.VmdkCreateSpec();
vmdkCreateSpec1.SetCapacity(40 * GB);
vmdkCreateSpec1.SetName("boot");
DiskTypes.CreateSpec diskCreateSpec1 = new DiskTypes.CreateSpec();
diskCreateSpec1.SetType(DiskTypes.HostBusAdapterType.SCSI);
diskCreateSpec1.SetScsi(scsiAddressSpec);
diskCreateSpec1.SetNewVmdk(vmdkCreateSpec1);
// Data disk 1
DiskTypes.VmdkCreateSpec vmdkCreateSpec2 =
new DiskTypes.VmdkCreateSpec();
vmdkCreateSpec2.SetCapacity(10 * GB);
vmdkCreateSpec2.SetName("data1");
DiskTypes.CreateSpec diskCreateSpec2 = new DiskTypes.CreateSpec();
diskCreateSpec2.SetNewVmdk(vmdkCreateSpec2);
// Data disk 2
DiskTypes.VmdkCreateSpec vmdkCreateSpec3 =
new DiskTypes.VmdkCreateSpec();
vmdkCreateSpec3.SetCapacity(10 * GB);
vmdkCreateSpec3.SetName("data2");
DiskTypes.CreateSpec diskCreateSpec3 = new DiskTypes.CreateSpec();
diskCreateSpec3.SetNewVmdk(vmdkCreateSpec3);
// Ethernet CreateSpec (manual with standard portgroup)
EthernetTypes.BackingSpec nicStandardNetworkBacking =
new EthernetTypes.BackingSpec();
nicStandardNetworkBacking.SetNetwork(standardNetworkBacking);
nicStandardNetworkBacking.SetType(
EthernetTypes.BackingType.STANDARD_PORTGROUP);
EthernetTypes.CreateSpec manualEthernetSpec =
new EthernetTypes.CreateSpec();
manualEthernetSpec.SetStartConnected(true);
manualEthernetSpec.SetMacType(EthernetTypes.MacAddressType.MANUAL);
manualEthernetSpec.SetMacAddress("11:23:58:13:21:34");
manualEthernetSpec.SetBacking(nicStandardNetworkBacking);
EthernetTypes.BackingSpec nicDistributedNetworkBacking =
new EthernetTypes.BackingSpec();
nicDistributedNetworkBacking.SetNetwork(distributedNetworkBacking);
nicDistributedNetworkBacking.SetType(
EthernetTypes.BackingType.DISTRIBUTED_PORTGROUP);
EthernetTypes.CreateSpec generatedEthernetSpec =
new EthernetTypes.CreateSpec();
generatedEthernetSpec.SetStartConnected(true);
generatedEthernetSpec.SetMacType(
EthernetTypes.MacAddressType.GENERATED);
generatedEthernetSpec.SetBacking(nicDistributedNetworkBacking);
// Cdrom CreateSpec
CdromTypes.BackingSpec cdromBackingSpec =
new CdromTypes.BackingSpec();
cdromBackingSpec.SetType(CdromTypes.BackingType.ISO_FILE);
cdromBackingSpec.SetIsoFile(IsoDatastorePath);
CdromTypes.CreateSpec cdromCreateSpec =
new CdromTypes.CreateSpec();
cdromCreateSpec.SetBacking(cdromBackingSpec);
// Serial Port CreateSpec
SerialTypes.BackingSpec serialBackingSpec =
new SerialTypes.BackingSpec();
serialBackingSpec.SetType(SerialTypes.BackingType.NETWORK_SERVER);
serialBackingSpec.SetNetworkLocation(
new Uri(SerialPortNetworkServiceLocation));
SerialTypes.CreateSpec serialCreateSpec =
new SerialTypes.CreateSpec();
serialCreateSpec.SetStartConnected(false);
serialCreateSpec.SetBacking(serialBackingSpec);
// Parallel port CreateSpec
ParallelTypes.BackingSpec parallelBackingSpec =
new ParallelTypes.BackingSpec();
parallelBackingSpec.SetType(ParallelTypes.BackingType.HOST_DEVICE);
ParallelTypes.CreateSpec parallelCreateSpec =
new ParallelTypes.CreateSpec();
parallelCreateSpec.SetBacking(parallelBackingSpec);
parallelCreateSpec.SetStartConnected(false);
// Floppy CreateSpec
FloppyTypes.BackingSpec floppyBackingSpec =
new FloppyTypes.BackingSpec();
floppyBackingSpec.SetType(FloppyTypes.BackingType.CLIENT_DEVICE);
FloppyTypes.CreateSpec floppyCreateSpec =
new FloppyTypes.CreateSpec();
floppyCreateSpec.SetBacking(floppyBackingSpec);
// Specify the boot order
DeviceTypes.EntryCreateSpec cdromEntry =
new DeviceTypes.EntryCreateSpec();
cdromEntry.SetType(DeviceTypes.Type.CDROM);
DeviceTypes.EntryCreateSpec diskEntry =
new DeviceTypes.EntryCreateSpec();
diskEntry.SetType(DeviceTypes.Type.DISK);
DeviceTypes.EntryCreateSpec ethernetEntry =
new DeviceTypes.EntryCreateSpec();
ethernetEntry.SetType(DeviceTypes.Type.ETHERNET);
List <DeviceTypes.EntryCreateSpec> bootDevices =
new List <DeviceTypes.EntryCreateSpec> {
cdromEntry, diskEntry,
ethernetEntry
};
// Create a VM with above configuration
VMTypes.CreateSpec vmCreateSpec = new VMTypes.CreateSpec();
vmCreateSpec.SetBootDevices(bootDevices);
vmCreateSpec.SetCdroms(
new List <CdromTypes.CreateSpec> {
cdromCreateSpec
});
vmCreateSpec.SetCpu(cpuUpdateSpec);
vmCreateSpec.SetDisks(new List <DiskTypes.CreateSpec> {
diskCreateSpec1, diskCreateSpec2, diskCreateSpec3
});
vmCreateSpec.SetFloppies(
new List <FloppyTypes.CreateSpec> {
floppyCreateSpec
});
vmCreateSpec.SetHardwareVersion(HARDWARE_VERSION);
vmCreateSpec.SetMemory(memoryUpdateSpec);
vmCreateSpec.SetGuestOS(vmGuestOS);
vmCreateSpec.SetName(ExhaustiveVmName);
vmCreateSpec.SetNics(
new List <EthernetTypes.CreateSpec> {
manualEthernetSpec,
generatedEthernetSpec
});
vmCreateSpec.SetParallelPorts(
new List <ParallelTypes.CreateSpec> {
parallelCreateSpec
});
vmCreateSpec.SetPlacement(vmPlacementSpec);
vmCreateSpec.SetSerialPorts(
new List <SerialTypes.CreateSpec> {
serialCreateSpec
});
Console.WriteLine("\n\n#### Example: Creating exhaustive VM with "
+ "spec:\n" + vmCreateSpec);
this.vmService = VapiAuthHelper.StubFactory.CreateStub <VM>(
SessionStubConfiguration);
this.exhaustiveVMId = vmService.Create(vmCreateSpec);
Console.WriteLine("\nCreated exhaustive VM : " + ExhaustiveVmName
+ " with id: " + this.exhaustiveVMId);
VMTypes.Info vmInfo = vmService.Get(this.exhaustiveVMId);
Console.WriteLine("\nExhaustive VM Info:\n" + vmInfo);
}
/*
* Creates a basic VM on a cluster with the following configuration:
* - Create 2 disks and specify one of them on scsi0:0 since
* it's the boot disk.
* - Specify 1 ethernet adapter using a Standard Portgroup backing.
* - Setup for PXE install by selecting network as first boot device.
* - Use guest and system provided defaults for most configuration settings.
*/
private void CreateVm(VMTypes.PlacementSpec vmPlacementSpec, string standardNetworkBacking)
{
// Create the scsi disk as a boot disk
DiskTypes.CreateSpec bootDiskCreateSpec =
new DiskTypes.CreateSpec();
bootDiskCreateSpec.SetType(DiskTypes.HostBusAdapterType.SCSI);
ScsiAddressSpec scsiAddressSpec = new ScsiAddressSpec();
scsiAddressSpec.SetBus(0L);
scsiAddressSpec.SetUnit(0L);
bootDiskCreateSpec.SetScsi(scsiAddressSpec);
bootDiskCreateSpec.SetNewVmdk(new DiskTypes.VmdkCreateSpec());
// Create a data disk
DiskTypes.CreateSpec dataDiskCreateSpec =
new DiskTypes.CreateSpec();
dataDiskCreateSpec.SetNewVmdk(new DiskTypes.VmdkCreateSpec());
// Create a Ethernet NIC with standard network backing
EthernetTypes.BackingSpec nicBackingSpec =
new EthernetTypes.BackingSpec();
nicBackingSpec.SetType(EthernetTypes.BackingType.STANDARD_PORTGROUP);
nicBackingSpec.SetNetwork(standardNetworkBacking);
EthernetTypes.CreateSpec nicCreateSpec =
new EthernetTypes.CreateSpec();
nicCreateSpec.SetStartConnected(true);
nicCreateSpec.SetBacking(nicBackingSpec);
// Specify the boot order
List <DeviceTypes.EntryCreateSpec> bootDevices =
new List <DeviceTypes.EntryCreateSpec>();
bootDevices.Add(new DeviceTypes.EntryCreateSpec());
bootDevices.Add(new DeviceTypes.EntryCreateSpec());
bootDevices[0].SetType(DeviceTypes.Type.ETHERNET);
bootDevices[1].SetType(DeviceTypes.Type.DISK);
// Create the VM
VMTypes.CreateSpec vmCreateSpec = new VMTypes.CreateSpec();
vmCreateSpec.SetGuestOS(vmGuestOS);
vmCreateSpec.SetName(BasicVmName);
vmCreateSpec.SetBootDevices(bootDevices);
vmCreateSpec.SetPlacement(vmPlacementSpec);
vmCreateSpec.SetNics(new List <EthernetTypes.CreateSpec>
{
nicCreateSpec
});
vmCreateSpec.SetDisks(new List <DiskTypes.CreateSpec>
{
bootDiskCreateSpec,
dataDiskCreateSpec
});
Console.WriteLine(dataDiskCreateSpec.ToString());
Console.WriteLine("\n\n#### Example: Creating Basic VM with spec:\n"
+ vmCreateSpec);
this.vmService = VapiAuthHelper.StubFactory.CreateStub <VM>(
SessionStubConfiguration);
this.basicVmId = this.vmService.Create(vmCreateSpec);
VMTypes.Info vmInfo = this.vmService.Get(basicVmId);
Console.WriteLine("\nBasic VM Info:\n" + vmInfo);
}