private void ProcessRecordScheduledToBeResidentOn(string vgpu)
{
RunApiCall(() =>
{
string objRef = XenAPI.VGPU.get_scheduled_to_be_resident_on(session, vgpu);
XenAPI.PGPU obj = null;
if (objRef != "OpaqueRef:NULL")
{
obj = XenAPI.PGPU.get_record(session, objRef);
obj.opaque_ref = objRef;
}
WriteObject(obj, true);
});
}
/// <summary>
/// vGPUs per GPU
/// </summary>
public long Capacity()
{
long capacity = 0;
if (supported_on_PGPUs != null && supported_on_PGPUs.Count > 0)
{
PGPU pgpu = Connection.Resolve(supported_on_PGPUs[0]);
if (pgpu != null && pgpu.supported_VGPU_max_capacities != null && pgpu.supported_VGPU_max_capacities.Count > 0)
{
var vgpuTypeRef = new XenRef <VGPU_type>(this);
if (pgpu.supported_VGPU_max_capacities.ContainsKey(vgpuTypeRef))
{
capacity = pgpu.supported_VGPU_max_capacities[vgpuTypeRef];
}
}
}
return(capacity);
}
public void Initialize(PGPU pGPU)
{
this.PGPU = pGPU;
vGPUs = pGPU.Connection.ResolveAll(pGPU.resident_VGPUs);
vms = new Dictionary<VGPU, VM>();
foreach (VGPU vgpu in vGPUs)
vms[vgpu] = vgpu.Connection.Resolve(vgpu.VM);
maxCapacity = 1;
if (!Helpers.FeatureForbidden(pGPU, Host.RestrictVgpu) && pGPU.HasVGpu && pGPU.supported_VGPU_max_capacities != null)
{
foreach (var n in pGPU.supported_VGPU_max_capacities.Values)
{
if (n > maxCapacity)
maxCapacity = n;
}
}
capacity = vGPUs.Count > 0 && pGPU.supported_VGPU_max_capacities.ContainsKey(vGPUs[0].type)
? pGPU.supported_VGPU_max_capacities[vGPUs[0].type] : maxCapacity;
}
public static string PGPUUtilisationString(PGPU pGpu, MetricUpdater MetricUpdater)
{
PCI pci = pGpu.Connection.Resolve(pGpu.PCI);
Host host = pGpu.Connection.Resolve(pGpu.host);
string pci_id = pci.pci_id.Replace(@":", "/");
double utilisation = MetricUpdater.GetValue(host, String.Format("gpu_utilisation_computer_{0}", pci_id));
if (utilisation == 0 || Double.IsNaN(utilisation) || Double.IsNaN(utilisation))
return Messages.HYPHEN;
else
return utilisation.ToString();
}
public static string PGPUTemperatureString(PGPU pGpu, MetricUpdater MetricUpdater)
{
PCI pci = pGpu.Connection.Resolve(pGpu.PCI);
Host host = pGpu.Connection.Resolve(pGpu.host);
string pci_id = pci.pci_id.Replace(@":", "/");
double temperture = MetricUpdater.GetValue(host, String.Format("gpu_temperature_{0}", pci_id));
if (temperture == 0 || Double.IsNaN(temperture) || Double.IsNaN(temperture))
return Messages.HYPHEN;
else
return temperture.ToString();
}
public static string PGPUMemoryUsageString(PGPU pGpu, MetricUpdater MetricUpdater)
{
PCI pci = pGpu.Connection.Resolve(pGpu.PCI);
string pci_id = pci.pci_id.Replace(@":", "/");
Host host = pGpu.Connection.Resolve(pGpu.host);
double free = MetricUpdater.GetValue(host, String.Format("gpu_memory_free_{0}", pci_id));
double used = MetricUpdater.GetValue(host, String.Format("gpu_memory_used_{0}", pci_id));
double total = free + used;
if (total == 0 || Double.IsNaN(total) || Double.IsNaN(free))
return Messages.HYPHEN;
else
return String.Format(Messages.QUERY_MEMORY_USAGE, (used / (free + used) * 100).ToString("0.") + "%", Util.MemorySizeString(free + used));
}
public void Initialize(PGPU pGPU)
{
this.PGPU = pGPU;
vGPUs = pGPU.Connection.ResolveAll(pGPU.resident_VGPUs);
vms = new Dictionary<VGPU, VM>();
foreach (VGPU vgpu in vGPUs)
vms[vgpu] = vgpu.Connection.Resolve(vgpu.VM);
capacity = vGPUs.Count > 0 ? pGPU.supported_VGPU_max_capacities[vGPUs[0].type] : 8;
}
private void RepopulateAllowedTypes(PGPU pGpu)
{
allowedTypesGrid.SuspendLayout();
allowedTypesGrid.Rows.Clear();
allowedTypesGrid.Cursor = Cursors.WaitCursor;
try
{
allowedTypesGrid.Rows.Clear();
if (pGpu.supported_VGPU_types != null && pGpu.supported_VGPU_types.Count > 0)
{
allowedTypesGrid.Rows.AddRange((from vGpuTypeRef in pGpu.supported_VGPU_types
let vGpuType = pGpu.Connection.Resolve(vGpuTypeRef)
let enabledType = pGpu.enabled_VGPU_types.Contains(vGpuTypeRef)
orderby vGpuType.Capacity ascending
select new VGpuTypeRow(vGpuType, enabledType)).ToArray());
}
allowedTypesGrid.Height = allowedTypesGrid.Rows[0].Height * (allowedTypesGrid.RowCount);
}
finally
{
allowedTypesGrid.ResumeLayout();
allowedTypesGrid.Cursor = Cursors.Default;
}
}
private GpuShinyBar FindGpuShinyBar(PGPU pGpu)
{
return pGpu != null
? shinyBarsContainerPanel.Controls.OfType<GpuShinyBar>().FirstOrDefault(
shinyBar => shinyBar.PGPU == pGpu)
: null;
}
public void RefreshGpu(PGPU pGpu)
{
Program.AssertOnEventThread();
if (!Visible)
return;
GpuShinyBar gpuShinyBar = FindGpuShinyBar(pGpu);
if (gpuShinyBar != null)
{
gpuShinyBar.Initialize(pGpu);
gpuShinyBar.Refresh();
}
}
protected override void ProcessRecord()
{
XenAPI.Session session = XenObject as XenAPI.Session;
if (session != null)
{
WriteObject(new XenRef <XenAPI.Session>(session));
return;
}
XenAPI.Auth auth = XenObject as XenAPI.Auth;
if (auth != null)
{
WriteObject(new XenRef <XenAPI.Auth>(auth));
return;
}
XenAPI.Subject subject = XenObject as XenAPI.Subject;
if (subject != null)
{
WriteObject(new XenRef <XenAPI.Subject>(subject));
return;
}
XenAPI.Role role = XenObject as XenAPI.Role;
if (role != null)
{
WriteObject(new XenRef <XenAPI.Role>(role));
return;
}
XenAPI.Task task = XenObject as XenAPI.Task;
if (task != null)
{
WriteObject(new XenRef <XenAPI.Task>(task));
return;
}
XenAPI.Event evt = XenObject as XenAPI.Event;
if (evt != null)
{
WriteObject(new XenRef <XenAPI.Event>(evt));
return;
}
XenAPI.Pool pool = XenObject as XenAPI.Pool;
if (pool != null)
{
WriteObject(new XenRef <XenAPI.Pool>(pool));
return;
}
XenAPI.Pool_patch pool_patch = XenObject as XenAPI.Pool_patch;
if (pool_patch != null)
{
WriteObject(new XenRef <XenAPI.Pool_patch>(pool_patch));
return;
}
XenAPI.Pool_update pool_update = XenObject as XenAPI.Pool_update;
if (pool_update != null)
{
WriteObject(new XenRef <XenAPI.Pool_update>(pool_update));
return;
}
XenAPI.VM vm = XenObject as XenAPI.VM;
if (vm != null)
{
WriteObject(new XenRef <XenAPI.VM>(vm));
return;
}
XenAPI.VM_metrics vm_metrics = XenObject as XenAPI.VM_metrics;
if (vm_metrics != null)
{
WriteObject(new XenRef <XenAPI.VM_metrics>(vm_metrics));
return;
}
XenAPI.VM_guest_metrics vm_guest_metrics = XenObject as XenAPI.VM_guest_metrics;
if (vm_guest_metrics != null)
{
WriteObject(new XenRef <XenAPI.VM_guest_metrics>(vm_guest_metrics));
return;
}
XenAPI.VMPP vmpp = XenObject as XenAPI.VMPP;
if (vmpp != null)
{
WriteObject(new XenRef <XenAPI.VMPP>(vmpp));
return;
}
XenAPI.VMSS vmss = XenObject as XenAPI.VMSS;
if (vmss != null)
{
WriteObject(new XenRef <XenAPI.VMSS>(vmss));
return;
}
XenAPI.VM_appliance vm_appliance = XenObject as XenAPI.VM_appliance;
if (vm_appliance != null)
{
WriteObject(new XenRef <XenAPI.VM_appliance>(vm_appliance));
return;
}
XenAPI.DR_task dr_task = XenObject as XenAPI.DR_task;
if (dr_task != null)
{
WriteObject(new XenRef <XenAPI.DR_task>(dr_task));
return;
}
XenAPI.Host host = XenObject as XenAPI.Host;
if (host != null)
{
WriteObject(new XenRef <XenAPI.Host>(host));
return;
}
XenAPI.Host_crashdump host_crashdump = XenObject as XenAPI.Host_crashdump;
if (host_crashdump != null)
{
WriteObject(new XenRef <XenAPI.Host_crashdump>(host_crashdump));
return;
}
XenAPI.Host_patch host_patch = XenObject as XenAPI.Host_patch;
if (host_patch != null)
{
WriteObject(new XenRef <XenAPI.Host_patch>(host_patch));
return;
}
XenAPI.Host_metrics host_metrics = XenObject as XenAPI.Host_metrics;
if (host_metrics != null)
{
WriteObject(new XenRef <XenAPI.Host_metrics>(host_metrics));
return;
}
XenAPI.Host_cpu host_cpu = XenObject as XenAPI.Host_cpu;
if (host_cpu != null)
{
WriteObject(new XenRef <XenAPI.Host_cpu>(host_cpu));
return;
}
XenAPI.Network network = XenObject as XenAPI.Network;
if (network != null)
{
WriteObject(new XenRef <XenAPI.Network>(network));
return;
}
XenAPI.VIF vif = XenObject as XenAPI.VIF;
if (vif != null)
{
WriteObject(new XenRef <XenAPI.VIF>(vif));
return;
}
XenAPI.VIF_metrics vif_metrics = XenObject as XenAPI.VIF_metrics;
if (vif_metrics != null)
{
WriteObject(new XenRef <XenAPI.VIF_metrics>(vif_metrics));
return;
}
XenAPI.PIF pif = XenObject as XenAPI.PIF;
if (pif != null)
{
WriteObject(new XenRef <XenAPI.PIF>(pif));
return;
}
XenAPI.PIF_metrics pif_metrics = XenObject as XenAPI.PIF_metrics;
if (pif_metrics != null)
{
WriteObject(new XenRef <XenAPI.PIF_metrics>(pif_metrics));
return;
}
XenAPI.Bond bond = XenObject as XenAPI.Bond;
if (bond != null)
{
WriteObject(new XenRef <XenAPI.Bond>(bond));
return;
}
XenAPI.VLAN vlan = XenObject as XenAPI.VLAN;
if (vlan != null)
{
WriteObject(new XenRef <XenAPI.VLAN>(vlan));
return;
}
XenAPI.SM sm = XenObject as XenAPI.SM;
if (sm != null)
{
WriteObject(new XenRef <XenAPI.SM>(sm));
return;
}
XenAPI.SR sr = XenObject as XenAPI.SR;
if (sr != null)
{
WriteObject(new XenRef <XenAPI.SR>(sr));
return;
}
XenAPI.LVHD lvhd = XenObject as XenAPI.LVHD;
if (lvhd != null)
{
WriteObject(new XenRef <XenAPI.LVHD>(lvhd));
return;
}
XenAPI.VDI vdi = XenObject as XenAPI.VDI;
if (vdi != null)
{
WriteObject(new XenRef <XenAPI.VDI>(vdi));
return;
}
XenAPI.VBD vbd = XenObject as XenAPI.VBD;
if (vbd != null)
{
WriteObject(new XenRef <XenAPI.VBD>(vbd));
return;
}
XenAPI.VBD_metrics vbd_metrics = XenObject as XenAPI.VBD_metrics;
if (vbd_metrics != null)
{
WriteObject(new XenRef <XenAPI.VBD_metrics>(vbd_metrics));
return;
}
XenAPI.PBD pbd = XenObject as XenAPI.PBD;
if (pbd != null)
{
WriteObject(new XenRef <XenAPI.PBD>(pbd));
return;
}
XenAPI.Crashdump crashdump = XenObject as XenAPI.Crashdump;
if (crashdump != null)
{
WriteObject(new XenRef <XenAPI.Crashdump>(crashdump));
return;
}
XenAPI.VTPM vtpm = XenObject as XenAPI.VTPM;
if (vtpm != null)
{
WriteObject(new XenRef <XenAPI.VTPM>(vtpm));
return;
}
XenAPI.Console console = XenObject as XenAPI.Console;
if (console != null)
{
WriteObject(new XenRef <XenAPI.Console>(console));
return;
}
XenAPI.User user = XenObject as XenAPI.User;
if (user != null)
{
WriteObject(new XenRef <XenAPI.User>(user));
return;
}
XenAPI.Data_source data_source = XenObject as XenAPI.Data_source;
if (data_source != null)
{
WriteObject(new XenRef <XenAPI.Data_source>(data_source));
return;
}
XenAPI.Blob blob = XenObject as XenAPI.Blob;
if (blob != null)
{
WriteObject(new XenRef <XenAPI.Blob>(blob));
return;
}
XenAPI.Message message = XenObject as XenAPI.Message;
if (message != null)
{
WriteObject(new XenRef <XenAPI.Message>(message));
return;
}
XenAPI.Secret secret = XenObject as XenAPI.Secret;
if (secret != null)
{
WriteObject(new XenRef <XenAPI.Secret>(secret));
return;
}
XenAPI.Tunnel tunnel = XenObject as XenAPI.Tunnel;
if (tunnel != null)
{
WriteObject(new XenRef <XenAPI.Tunnel>(tunnel));
return;
}
XenAPI.PCI pci = XenObject as XenAPI.PCI;
if (pci != null)
{
WriteObject(new XenRef <XenAPI.PCI>(pci));
return;
}
XenAPI.PGPU pgpu = XenObject as XenAPI.PGPU;
if (pgpu != null)
{
WriteObject(new XenRef <XenAPI.PGPU>(pgpu));
return;
}
XenAPI.GPU_group gpu_group = XenObject as XenAPI.GPU_group;
if (gpu_group != null)
{
WriteObject(new XenRef <XenAPI.GPU_group>(gpu_group));
return;
}
XenAPI.VGPU vgpu = XenObject as XenAPI.VGPU;
if (vgpu != null)
{
WriteObject(new XenRef <XenAPI.VGPU>(vgpu));
return;
}
XenAPI.VGPU_type vgpu_type = XenObject as XenAPI.VGPU_type;
if (vgpu_type != null)
{
WriteObject(new XenRef <XenAPI.VGPU_type>(vgpu_type));
return;
}
XenAPI.PVS_site pvs_site = XenObject as XenAPI.PVS_site;
if (pvs_site != null)
{
WriteObject(new XenRef <XenAPI.PVS_site>(pvs_site));
return;
}
XenAPI.PVS_server pvs_server = XenObject as XenAPI.PVS_server;
if (pvs_server != null)
{
WriteObject(new XenRef <XenAPI.PVS_server>(pvs_server));
return;
}
XenAPI.PVS_proxy pvs_proxy = XenObject as XenAPI.PVS_proxy;
if (pvs_proxy != null)
{
WriteObject(new XenRef <XenAPI.PVS_proxy>(pvs_proxy));
return;
}
XenAPI.PVS_cache_storage pvs_cache_storage = XenObject as XenAPI.PVS_cache_storage;
if (pvs_cache_storage != null)
{
WriteObject(new XenRef <XenAPI.PVS_cache_storage>(pvs_cache_storage));
return;
}
XenAPI.Feature feature = XenObject as XenAPI.Feature;
if (feature != null)
{
WriteObject(new XenRef <XenAPI.Feature>(feature));
return;
}
XenAPI.SDN_controller sdn_controller = XenObject as XenAPI.SDN_controller;
if (sdn_controller != null)
{
WriteObject(new XenRef <XenAPI.SDN_controller>(sdn_controller));
return;
}
XenAPI.Vdi_nbd_server_info vdi_nbd_server_info = XenObject as XenAPI.Vdi_nbd_server_info;
if (vdi_nbd_server_info != null)
{
WriteObject(new XenRef <XenAPI.Vdi_nbd_server_info>(vdi_nbd_server_info));
return;
}
XenAPI.PUSB pusb = XenObject as XenAPI.PUSB;
if (pusb != null)
{
WriteObject(new XenRef <XenAPI.PUSB>(pusb));
return;
}
XenAPI.USB_group usb_group = XenObject as XenAPI.USB_group;
if (usb_group != null)
{
WriteObject(new XenRef <XenAPI.USB_group>(usb_group));
return;
}
XenAPI.VUSB vusb = XenObject as XenAPI.VUSB;
if (vusb != null)
{
WriteObject(new XenRef <XenAPI.VUSB>(vusb));
return;
}
}
