Time CPU Ready for terminal servers

Similar Questions

• How to messure time CPU elapsed for a sql on ten times

  Hello
  
  I want to messure CPU time of SQL to Timesten,
  
  Could you help me messuring CPU elapsed time for sqls,
  
  How to messure sql time CPU elapsed TT DB, is there no way in sql trace that what we are doing for Oracle Tkprof.
  
  Thank you
  -AK
  
  Published by: AK08 on June 1st, 2010 22:43

  Another thought...

  If you have access to the o/s level or the compiler profiling tools, you could build a version profiled the application and observe the proportion of time spent in the ODBC calls. Maybe it's a different approach.

  Chris

• Question about CPU Ready time %

  Hello Vmware experts.

  Small question about time loan cpu in esxtop. I have a couple of the virtual machine that has been entrusted to 4 vCPU. When you view their stats in esxtop they indicate the highest term of loan from CPU. I was wondering if this figure is the result of adding the ready time of each vCPU? For example, a 4 x vCPU VM with ready time of 10%, does it really mean 2.5% by vCPU? Should I be concerned about ready time of 10%? I read that the multiple assignment of vCPU can unnecessarily cause time CPU ready. How others decide on how many vCPU they must assign to VM here?

  OK, just realised that was more than just a small question... anyway, would be great if someone could make all this a bit clearer for me.

  Thank you

  BTW, my hosts CPU usage to sit at an average of 25%.

  In vSphere they eased the scheduling of multiple vCPU co even more so that only the vCPU who got ahead of the rest is stopped.  It is always advisable to start with a single vCPU and work your way up if necessary.

  In esxtop you can use the e command to extend the CPU statistics.  In several vCPU machines this will let you see the playing time of each CPU (which should add until you have seen earlier) and it will also allow you to see the % used for each processor.  This should allow you to see if the two vCPU are properly used in a box of vCPU multi.   I had also the CSTP % field shows which is the stop of co and will give you an indiciation of how often vCPU on the machine stopped to allow the other CPU to stand.

  Great pdf on the CPU scheduler in vSPhere can be found here http://www.vmware.com/files/pdf/perf-vsphere-cpu_scheduler.pdf

  If you have found this device or any other useful post please consider the use of buttons useful/correct to award points

  Twitter: http://twitter.com/mittim12

• I'm trying to set up Robin DNS for both terminal Servers Server on another site.

  Hello

  I'm trying to set up Robin DNS for both terminal Servers Server on another site.
  Our fields are not approved, but accessible through forwarders.
  I created two records as follows:
  xxx.x.XX.12 SRV
  xxx.x.XX.13 SRV
  When I perform an nslookup it lists two IP addresses
  E-mail address is removed from the privacy *.
  xxx.x.XX.12, xxx.x.xx.13
  When I ping srv it alternates between IP addresses
  Response of xxx.x.xx.12 bytes = 32 time = 10ms TTL = 126
  Did I miss something?
  Thanks in advance.

  Hello

  The question you posted would be better suited in the TechNet Forums. I would recommend posting your query in the TechNet Forums.

  http://social.technet.Microsoft.com/forums/en/category/WindowsServer/

• RDY % <>- "VM CPU Ready Time (ms)"

  Hello

  I have a question resulting from the conversion of the value of loan from cpu.

  When I use extop, cpu ready is shown as % rdy, but when I am trying to create an alarm trigger, it is shown as "VM CPU Ready Time (ms)".

  Can you tell me, how can I convert % rdy rdy (ms)?

  Thank you very much

  Tobias

  You must configure this virtual machine that you cannot configure a default alarm for all machines. Because vCenter shows the time in ms, but this depends on the amount of vCPU so she should trigger an alarm or not.

  Have a look here, could start you will:

  http://en.community.Dell.com/TechCenter/virtualization/infrastructure/b/storage-blog/archive/2013/02/18/Configuring-CPU-ready-alarms-in-vCenter.aspx

• Calculation of the value of ready for a custom time period

  Hello

  article (*) and some other sites describe how to calculate the percentage value of the ready time for the periods of time given (in real time, (day, week, month and year).

  States KB:

  There is a shortcut, you can use the following formulas for the intervals to update chart by default to get the loan % CPU:

  • Real-time: value of summons processor / 200
  • Last day: value of summons UC / 3000
  • Last week: value of summons UC / 18000
  • Last month: value of summons UC / 72000
  • Last year: value of UC summons / 864000

  But it is also possible to obtain the divisor for a custom time period?

  for example if I choose the period of 14.10.2013 - 14.10.2013 08:00 - 10.00. The period is 2 hours. But what is the divisor and how to calculate it for other periods?

  Any help would be greatly appreciated,

  Chris

  (*) VMware KB: conversion between the summation of values CPU and CPU ready %

  It depends on what adjustments to custom value data.

  for example. If the custom vale was spent time maintaining real so in your example it is 2 hours and then he gets back in the daily data, it would be in 5 min data points.

  same goes if my custom value went for 2 days, it will be so in the past set of data of the week etc. It does not display some of them in every week and then some in every day.

  BTW, the numbers you cited have an extra 0 on the end of each

  See you soon

• waiting for CPU and cpu ready

  Hello

  We have very high CPU wait times on our virtual machines (19000ms).

  We have also very low cpu ready time (20ms)

  I did notice on one of the 2 networks performance issues

  I was hoping someone could give, in terms laymans terms, a definition of waiting for cpu and cpu ready.   The technical definitions I've seen online were not very clear to me.

  Also - who would be initially high such a timeout of the CPU on the virtual machines?  It seems to be that the same time limit on all the VMs on the server whether or not they have 1 vcpu and memory 2 or how much they were awarded.

  Info about our server:

  HP Proliant ML350G6

  CPU cores: 4CPus x 2,555 GHz

  Processor type: Intel Xeon processor x 5550 @ 2.67 Ghz

  processor socets 1:

  Logical processors: 8

  Hyperthreading: assets

  No vm: 33 (especially Server 2003 Server VM)

  Enjoying any assistance.

  Kind regards

  Simon

  CPU wait time is the time a virtual machine did get on demand, but the processor has

  Nothing in the process and so the CPU to simply waiting for then the time scheduled for the virtual

  machine clicks by.

  CPU Ready is the time that the virtual machine is ready, but could not get scheduled to run on the physical processor.

  Bascially ready cpu the prompt is queued on the host computer, waiting for cpu means that the host is queued on the prompt.

• Firefox beta 35. not ready for prime time.

  I spent all weekend trying to get the beta version of Firefox 35 to work. What I found is that * extensions of all it does not work with the exception of the maintenance of the premises. I can't download any extension that Firefox is so famous. The error is something like "unable to install"plugin-name"in its current state." Activation of any extension requires a FF reboot, same places maintenance. Try to remove an extension fails and must be done manually.

  I'm on Windows 7 Premium desktop Firefox 32 bits. I've 'committed' myself to 35 FF last night (which means history and cache out of settling because did not work it extension "expire history by days'), when I found out that 35 played well with some sites using Flash. It was a capricious thing. Many sites worked as usual, but some would not. Examples:
  http://www.Wunderground.com/us/Wi/La_Crosse.html

  http://www.weather.com/weather/5day/l/Hustler+Wi+54637:4:us

  First time I have had a problem with a version beta of Firefox, but it's definitely not ready for prime time. I realize FF tries to get away from what we call 'Exclusive Modules' but 35 FF in its current state just fill in Support of Moz forums with millions of complaints (guess I'm one of the first). I now have 1 extension (the only one that works on 35), the above mentioned "Site Maintenance".

  I thought you might like this report as 'user input '. God knows I've tried... I have downloaded 35 at least a dozen times and then was forced to 34.0.5. So I'm back on 34.0.5

  I presented a report bug here:
  https://Bugzilla.Mozilla.org/show_bug.cgi?id=1108196

  I would like to know if anyone else is having these problems or anyone needs more information. I'd love to help solve this problem. I know that some of you good support people have probably tried to 35. You experience the same difficulties?

  Here is my (34.0.5 but it's the same as I had about 35 last night, with the exception of 'Version') troubleshooting information less 1 million admissions for my printer:

  The application databases

  Name: Firefox
  Version: 34.0.5
  User Agent: Mozilla/5.0 (Windows NT 6.1; rv:34.0) Gecko/20100101 Firefox/34.0
  Windows multiprocessing: 0/1

  Reports of incidents for the last 3 days

  All Crash reports

  Extensions

  Name: Housekeeping
  Version: 1.3
  Enabled: false
  ID: [email protected]

  Graphics

  Description of the adapter: NVIDIA GeForce 9400 GT
  Drivers: nvd3dum nvwgf2um, nvwgf2um
  RAM card: 1024
  ClearType settings: Gamma: Structure of 2200 pixels: ClearType B level: 50 improved contrast: 300
  Device ID: 0 x 0641
  Direct2D Enabled: true
  DirectWrite Enabled: true (6.2.9200.16571)
  Driver date: 19/12/2013
  Driver version: 9.18.13.3221
  GPU #2 Active: false
  GPU accelerated Windows: 1/1 Direct3D 11 (OMTC)
  SubSys ID: 304619da
  Vendor ID: 0x10de
  WebGL Renderer: Google Inc. - ANGLE (NVIDIA GeForce 9400 GT Direct3D9Ex vs_3_0 ps_3_0)
  windowLayerManagerRemote: true
  AzureCanvasBackend: direct2d
  AzureContentBackend: direct2d
  AzureFallbackCanvasBackend: Cairo
  AzureSkiaAccelerated: 0

  Important change preferences

  accessibility.typeaheadfind.flashBar: 0
  Browser.cache.Disk.Capacity: 358400
  Browser.cache.Disk.smart_size_cached_value: 358400
  Browser.cache.Disk.smart_size.first_run: false
  Browser.cache.Disk.smart_size.use_old_max: false
  Browser.cache.frecency_experiment: 3
  browser.places.smartBookmarksVersion: 7
  Browser.Search.Suggest.Enabled: false
  browser.search.useDBForOrder: true
  Browser.sessionstore.Enabled: false
  Browser.sessionstore.max_tabs_undo: 0
  browser.sessionstore.upgradeBackup.latestBuildID: 20141126041045
  Browser.Startup.homepage: http://www.wcwcw.com/
  Browser.Startup.homepage_override.buildid: 20141126041045
  Browser.Startup.homepage_override.mstone: 34.0.5
  browser.tabs.loadInBackground: false
  Browser.urlbar.AutoComplete.Enabled: false
  dom.indexedDB.enabled: false
  dom.mozApps.used: true
  DOM.w3c_touch_events.expose: false
  extensions.lastAppVersion: 34.0.5
  font.internaluseonly.Changed: false
  general.autoScroll: false
  GFX. Direct3D.last_used_feature_level_idx: 1
  keyword. URL: https://www.google.com/search?q=
  Media.GMP - gmpopenh264.lastUpdate: 1413301734
  Media.GMP - gmpopenh264.version: 1.1
  Media.GMP - manager .lastCheck: 1417991594
  network.cookie.cookieBehavior: 2
  network.cookie.prefsMigrated: true
  places.database.lastMaintenance: 1418059778
  places. History.expiration.transient_current_max_pages: 80511
  plugin.disable_full_page_plugin_for_types: application/vnd.fdf,application/vnd.adobe.xdp+xml,application/vnd.adobe.xfdf,application/pdf
  plugin.importedState: true
  plugin. State.np32dsw: 1
  plugin. State.npdeployjava: 0
  plugin. State.npgoogleupdate: 0
  plugin. State.nppdf: 2
  plugin. State.npwatweb: 2
  privacy.clearOnShutdown.cookies: false
  privacy.clearOnShutdown.formdata: false
  privacy.clearOnShutdown.offlineApps: true
  privacy.clearOnShutdown.sessions: false
  Privacy.CPD.cache: false
  Privacy.CPD.Cookies: false
  privacy.cpd.offlineApps: true
  Privacy.CPD.sessions: false
  privacy.popups.showBrowserMessage: false
  privacy.sanitize.migrateFx3Prefs: true
  privacy.sanitize.sanitizeOnShutdown: true
  privacy.sanitize.timeSpan: 0
  Security.disable_button.openCertManager: false
  Security.disable_button.openDeviceManager: false
  Security.warn_viewing_mixed: false
  Storage.vacuum.Last.index: 1
  Storage.vacuum.Last.places.sqlite: 1415513129

  Important preferences locked

  JavaScript

  Incremental GC: true

  Accessibility

  Enabled: false
  Prevent accessibility: 0

  Versions of the library

  NSPR
  The expected minimum version: 4.10.7
  Version: 4.10.7

  NSS
  The expected minimum version: 3.17.2 based ECC
  Version: 3.17.2 based ECC

  NSSSMIME
  The expected minimum version: 3.17.2 based ECC
  Version: 3.17.2 based ECC

  NSSSSL
  The expected minimum version: 3.17.2 based ECC
  Version: 3.17.2 based ECC

  NSSUTIL
  The expected minimum version: 3.17.2
  Version: 3.17.2

  Experimental features

  Good news, friends... and thanks for holding my hand during all this time. I mainly need to know if my problems were me. global or all just... and perhaps others with some configurations.

  I am now on 35.0b2 (not sure how that happened). Anyway, I downloaded beta, that is, reset Firefox, added my cookies.sqlite and permissions.sqlite, has spent half an hour in the 'options', and then checked things and seems to be back in the game!

  Thank you and best regards,
  Axis

• Time of CPU system (%) for the basic multi system

  Hello
  
  couple of questions about sub settings, measure processor or avg unique all the processorss and the processors use?
  for example I will receive alert time system CPU over 95% for the unique processors? or not
  
  Idle time (%) of the CPU
  Time CPU system (%)
  Time CPU user (%)

  couple of questions about sub settings, measure processor or avg unique all the processorss and the processors use?

  CPU utilization (%)
  For UNIX platforms, this measure represents the amount of CPU utilization in percentage of total CPU available processing power.

  http://docs.Oracle.com/CD/B28359_01/server.111/b28282/monitor.htm#CFAECIDG

• Volume in ' ready for recovery "State, I can do all the time?

  Hi all,

  I have a vpshere 5.1 with 4 discs on 2 logical volumes (2 raid 1). The server is an hp proliant ml310 with a b121i raid controller. In volume 2 where is located the data store 2, I get a health WARNING "ready for recovery" disks 3,4. I know the cause, I made a mistake and putted from disk 4 non-stop off the coast. They are not the hot-pluggable drives so when all of a sudden, I realize that, in Bay 4, there was a disk I stopped all the esx and cold reinserted the disc. All esx restarted without problem, I think that raid automatically rebuild volume but... I have this warning... now, can I do something and stop the raid server and repair of utility? I need the server h24 work... is there a way to tell him ' ok, recovery of volume? I don't have a vcenter, it's a free edition.

  Thank you.

  Alex

  Not sure, but if you don't have the HP ESXi edition (or the boot utility offline) installed, you can check the hpacucli command-line utility can help you!

  André

• No available Terminal servers error

  Hiya All,

  Environment:

  closed vWorkspace consists of an installation of Windows Server 2008 R2 Server with vWorkspace RDSH and Quest 8 - a Windows Server 2003 R2 (32 bit) Server with Terminal Services.

  Workstations are a mixture of 32 machines and 64-bit running Windowws 7 and XP

  Location:

  Users are using AppPortal for running published applications.  As long as the application is published on the server 2008R2, everything is good and not fail really.  Question comes with apps that are published from the server 2003R2 32 bit.  It seems that quite often I have to restart the server to get these applications published to rework.  End user will go to run the application and comes with the error "Error launching application [ApplicationName] - there are no available terminal servers to connect at this time.  Please report this message to your system administrator. (- 2147019860) »

  I can't reproduce the problem manually.  If I just restart, or even simply to restart research on users of server services can reconnect.  The system can go for days without a question, or this problem may occur several times in a single day.

  Clients are automatically configured using an XML file that actually does not support NAT for firewall Transversal.  Thus, Article 107875 knowledge does not appear to apply.

  Hi MIke,.

  I have raised a case for you and will send you the information of the newspaper through the case.

  Thank you.

• Request to modify the script to collect the CPU Ready in percentage by VM instead of milliseconds

  Hi all

  I would ask for help here with the script that I found in this forum by Mr. LucD to collect % VM CPU ready to be changed according to the famous formula for calculating the percentage of CPU of VM ready:

  ((Valeur de sommation UC / (< intervalle de mise à jour par défaut graphique en secondes > * 1000)) * 100) / number of vCPU = CPU % ready

  
  

  
  

  From my understanding, the script must be changed because:

  1. Don't divide the percentage CPU Ready by the number of vCPU for each virtual computer
  2. The refresh interval is not set 'for a week. for simplicity, this script will be used to collect last week performance data ($start = (Get-Date). AddDays(-7))

  Note: The refresh rate can be found this KB: VMware KB: conversion between the summation of values CPU and CPU ready %
  

  the purpose of this script is to classify VM of the result is greater than 10% determined as having problems with CPU Ready. Article source: http://docs.media.bitpipe.com/io_10x/io_107330/item_605784/Basic%20VMware%20vSphere%20Performance%20Guide_201211.pdf)

  I have tested and run script below:

  $allvms = @()
  $vms = Get-VM  
  $start = (Get-Date).AddDays(-7)
  $metrics = "cpu.usage.average","mem.usage.average","cpu.ready.summation" 
  
  
  Get-Stat -Entity $vms -Start $start -Stat $metrics | 
  Group-Object -Property {$_.Entity.Name} | %{
    $cpu = $_.Group | where {$_.MetricId -eq "cpu.usage.average" -and $_.Instance -eq ""} | Measure-Object -Property value -Average -Maximum -Minimum
    $mem = $_.Group | where {$_.MetricId -eq "mem.usage.average"} | Measure-Object -Property value -Average -Maximum -Minimum
    $vmstat = "" | Select Time,VmName, MemMax, MemAvg, MemMin, CPUMax, CPUAvg, CPUMin, CPURDYMaxPercent
    $vmstat.VmName = $_.Group[0].Entity.Name
    $vmstat.Time = $_.Group | Sort-Object -Property Timestamp | Select -First 1 | Select -ExpandProperty Timestamp
    $vmstat.CPUMax = [Math]::Round($cpu.Maximum,2)
    $vmstat.CPUAvg = [Math]::Round($cpu.Average,2)
    $vmstat.CPUMin = [Math]::Round($cpu.Minimum,2)
    $vmstat.MemMax = [Math]::Round($mem.Maximum,2)
    $vmstat.MemAvg = [Math]::Round($mem.Average,2)
    $vmstat.MemMin = [Math]::Round($mem.Minimum,2)
    $vmstat.CPURDYMaxPercent = &{
    $interval = $_.Group[0].IntervalSecs * 10
      ($_.Group | where {$_.MetricId -eq "cpu.ready.summation" -and $_.Instance -eq ""} | 
    Sort-Object -Property Value -Descending |
      Select -First 1 | 
      Select -ExpandProperty Value) / $interval
    }
    $allvms += $vmstat
  }
  $allvms | Select Time,VMName, MemMax, MemAvg, MemMin, CPUMax, CPUAvg, CPUMin, CPURDYMaxPercent | 
  Export-Csv "C:\TEMP\AllVMs-7days.csv" -noTypeInformation -UseCulture 
  

  I hope that this will be the most useful script to understand where particular VM is experiencing problem with percentage CPU Ready.

  Thanks in advance,

  I have my version here, I use to use of the CPU.

  {Function Get-Ready

  <>

  . LOGBOOK

  This unique feature provide several reports and information. IE: convert ready value into a readable format (for real-time, day, week, month, year).

  . DESCRIPTION

  This unique feature provides multiple information of esxi host, as the list below.

  The CPU usage of the virtual, Mhz, the use of the processor CPU ready computer

  vCPU allocated to the VM (jailbroken in the casings and core)

  VMHost name

  Information physical VMhost CPU (jailbroken in the casings and core)

  To convert between value of CPU ready summons in vCenter performance tables and the value of loan % of CPU that you see in esxtop, you must use a formula.

  The form requires that you know the default update intervals for performance dashboards. These are the default update for each chart intervals:

  Realtime: 20 seconds

  Last day: 5 minutes (300 seconds)

  Last week: 30 minutes (1800 seconds)

  Over the past month: 2 hours (7200 seconds)

  Last year: 1 day (86400 seconds)

  To calculate the % of CPU ready of the summation value ready CPU, use this formula:

  (Value of summons UC / ( * 1000)) * 100 = ready % CPU

  Example: Stats in real-time for a VM on vCenter may have an average CPU ready summation value of 1000. Use the appropriate formula values to get the loan % of CPU.

  (1000 / (20 sec * 1000)) * 100 = 5% CPU ready

  For more information on vmware 2002181 KB

  . VM PARAMETER

  Name of the virtual machine

  . ENTRIES

  String.System.Management.Automation.PSObject.

  . OUTPUTS

  None.

  . EXAMPLE OF

  If you wrap this script inside the function you can use it as a command.

  To encapsulate this script

  PS > Get-VMHost esxihost.fqdn | Get ready

  Report back for perticular VMHost vm

  . NOTES

  To view examples, type: "get-help Set-VMHostSSH-examples.

  For more information, type: "get-help Set-VMHostSSH-detailed".

  For technical information, type: "get-help Set-VMHostSSH-full".

  http://kunaludapi.blogspot.com

  #>

  [CmdletBinding()]

  (param

  [Parameter (Mandatory = $true, ValueFromPipeline = $True, ValueFromPipelineByPropertyName = $true)]

  ([String] $Name) #param

  BEGIN {#begin}

  {in process

  $Stattypes = "cpu.usage.average", "cpu.usagemhz.average", "cpu.ready.summation".

  foreach ($esxi in $(Get-VMHost $Name)) {}

  $vmlist = $esxi | Get - VM | Where-Object {$_.} PowerState - eq "Receptor"}

  $esxiCPUSockets = $esxi. ExtensionData.Summary.Hardware.NumCpuPkgs

  $esxiCPUcores = $esxi. ExtensionData.Summary.Hardware.NumCpuCores/$esxiCPUSockets

  $TotalesxiCPUs = $esxiCPUSockets * $esxiCPUcores

  {foreach ($vm to $vmlist)

  $VMCPUNumCpu = $vm. NumCpu

  $VMCPUCores = $vm. ExtensionData.config.hardware.NumCoresPerSocket

  $VMCPUSockets = $VMCPUNumCpu / $VMCPUCores

  $GroupedRealTimestats = get-Stat-entity $vm - $Stattypes - Instance-Realtime Stat ' "-ErrorAction SilentlyContinue | MetricId Group-Object

  $RealTimeCPUAverageStat = '{0:N2}' f $($GroupedRealTimestats |) Where {$_.} Name - eq "cpu.usage.average"} | Select-Object - ExpandProperty group | Measure-object-value average | Select - Object - ExpandProperty average)

  $RealTimeCPUUsageMhzStat = '{0:N2}' f $($GroupedRealTimestats |) Where {$_.} Name - eq "cpu.usagemhz.average"} | Select-Object - ExpandProperty group | Measure-object-value average | Select - Object - ExpandProperty average)

  $RealTimeReadystat = $GroupedRealTimestats | Where {$_.} Name - eq "cpu.ready.summation"} | Select-Object - ExpandProperty group | Measure-object-value average | Select-Object - ExpandProperty average

  $RealTimereadyvalue = [math]: tour ($(($RealTimeReadystat / (20 * 1000)) * 100), 2)

  $Groupeddaystats is entity-Stat-get $vm - Stat $Stattypes - beginning (get-date). AddDays(-1)-done (get-date) - IntervalMins 5 - Instance ""-ErrorAction SilentlyContinue | MetricId Group-Object

  $dayCPUAverageStat = '{0:N2}' f $($Groupeddaystats |) Where {$_.} Name - eq "cpu.usage.average"} | Select-Object - ExpandProperty group | Measure-object-value average | Select - Object - ExpandProperty average)

  $dayCPUUsageMhzStat = '{0:N2}' f $($Groupeddaystats |) Where {$_.} Name - eq "cpu.usagemhz.average"} | Select-Object - ExpandProperty group | Measure-object-value average | Select - Object - ExpandProperty average)

  $dayReadystat = $Groupeddaystats | Where {$_.} Name - eq "cpu.ready.summation"} | Select-Object - ExpandProperty group | Measure-object-value average | Select-Object - ExpandProperty average

  $dayreadyvalue = [math]: tour ($(($dayReadystat / (300 * 1000)) * 100), 2)

  $Groupedweekstats is entity-Stat-get $vm - Stat $Stattypes - beginning (get-date). AddDays(-7)-done (get-date) - IntervalMins 30 - Instance ""-ErrorAction SilentlyContinue | MetricId Group-Object

  $weekCPUAverageStat = '{0:N2}' f $($Groupedweekstats |) Where {$_.} Name - eq "cpu.usage.average"} | Select-Object - ExpandProperty group | Measure-object-value average | Select - Object - ExpandProperty average)

  $weekCPUUsageMhzStat = '{0:N2}' f $($Groupedweekstats |) Where {$_.} Name - eq "cpu.usagemhz.average"} | Select-Object - ExpandProperty group | Measure-object-value average | Select - Object - ExpandProperty average)

  $weekReadystat = $Groupedweekstats | Where {$_.} Name - eq "cpu.ready.summation"} | Select-Object - ExpandProperty group | Measure-object-value average | Select-Object - ExpandProperty average

  $weekreadyvalue = [math]: tour ($(($weekReadystat / (1800 * 1000)) * 100), 2)

  $Groupedmonthstats is entity-Stat-get $vm - Stat $Stattypes - beginning (get-date). AddDays(-30)-done (get-date) - IntervalMins 120 - Instance ""-ErrorAction SilentlyContinue | MetricId Group-Object

  $monthCPUAverageStat = '{0:N2}' f $($Groupedmonthstats |) Where {$_.} Name - eq "cpu.usage.average"} | Select-Object - ExpandProperty group | Measure-object-value average | Select - Object - ExpandProperty average)

  $monthCPUUsageMhzStat = '{0:N2}' f $($Groupedmonthstats |) Where {$_.} Name - eq "cpu.usagemhz.average"} | Select-Object - ExpandProperty group | Measure-object-value average | Select - Object - ExpandProperty average)

  $monthReadystat = $Groupedmonthstats | Where {$_.} Name - eq "cpu.ready.summation"} | Select-Object - ExpandProperty group | Measure-object-value average | Select-Object - ExpandProperty average

  $monthreadyvalue = [math]: tour ($(($monthReadystat / (7200 * 1000)) * 100), 2)

  $Groupedyearstats is entity-Stat-get $vm - Stat $Stattypes - beginning (get-date). AddDays(-365)-done (get-date) - IntervalMins 1440 - Instance ""-ErrorAction SilentlyContinue | MetricId Group-Object

  $yearCPUAverageStat = '{0:N2}' f $($Groupedyearstats |) Where {$_.} Name - eq "cpu.usage.average"} | Select-Object - ExpandProperty group | Measure-object-value average | Select - Object - ExpandProperty average)

  $yearCPUUsageMhzStat = '{0:N2}' f $($Groupedyearstats |) Where {$_.} Name - eq "cpu.usagemhz.average"} | Select-Object - ExpandProperty group | Measure-object-value average | Select - Object - ExpandProperty average)

  $yearReadystat = $Groupedyearstats | Where {$_.} Name - eq "cpu.ready.summation"} | Select-Object - ExpandProperty group | Measure-object-value average | Select-Object - ExpandProperty average

  $yearreadyvalue = [math]: tour ($(($yearReadystat / (86400 * 1000)) * 100), 2)

  $data = New-Object psobject

  $data | Add-Member - MemberType NoteProperty-VM name-value $vm.name

  $data | Add-Member - MemberType NoteProperty-name VMTotalCPUs-value $VMCPUNumCpu

  $data | Add-Member - MemberType NoteProperty-name VMTotalCPUSockets-value $VMCPUSockets

  $data | Add-Member - MemberType NoteProperty-name VMTotalCPUCores-value $VMCPUCores

  $data | Add-Member - MemberType NoteProperty-Name ' in time real average usage % "-value $RealTimeCPUAverageStat

  $data | Add-Member - MemberType NoteProperty-name "Mhz real-time use" - value $RealTimeCPUUsageMhzStat

  $data | Add-Member - MemberType NoteProperty-Name "loans in time real %"-value $RealTimereadyvalue

  $data | Add-Member - MemberType NoteProperty-name ' day average use % "-value $dayCPUAverageStat

  $data | Add-Member - MemberType NoteProperty-name of the "day use Mhz"-value $dayCPUUsageMhzStat

  $data | Add-Member - MemberType NoteProperty-Name "ready day %"-value $dayreadyvalue

  $data | Add-Member - MemberType NoteProperty-"week average use name% '-value $weekCPUAverageStat

  $data | Add-Member - MemberType NoteProperty-Name "week use Mhz"-value $weekCPUUsageMhzStat

  $data | Add-Member - MemberType NoteProperty-"week loan name% '-value $weekreadyvalue

  $data | Add-Member - MemberType NoteProperty-' months average use name% '-value $monthCPUAverageStat

  $data | Add-Member - MemberType NoteProperty-Name "month use Mhz"-value $monthCPUUsageMhzStat

  $data | Add-Member - MemberType NoteProperty-' months loan name% '-value $monthreadyvalue

  $data | Add-Member - MemberType NoteProperty-name ' year average use % "-value $yearCPUAverageStat

  $data | Add-Member - MemberType NoteProperty-name ' year use Mhz "-value $yearCPUUsageMhzStat

  $data | Add-Member - MemberType NoteProperty-Name "ready year % '-value $yearreadyvalue

  $data | Add-Member - MemberType NoteProperty - name VMHost-$esxi.name value

  $data | Add-Member - MemberType NoteProperty-name VMHostCPUSockets-value $esxiCPUSockets

  $data | Add-Member - MemberType NoteProperty-name VMHostCPUCores-value $esxiCPUCores

  $data | Add-Member - MemberType NoteProperty-name TotalVMhostCPUs-value $TotalesxiCPUs

  $data

  } #foreach ($vm in $vmlist)

  } #foreach ($esxi in $(Get-VMHost $Name))

  } #process

  } #Function-prepare you

  Get-VMHost | Get ready

• Question about on VM consolidation number and percentage of CPU Ready

  Hi people,

  I'm trying to consolidate as many VM in simple ESXi servers on HP on AMD Opteron blades with 32 CPU available logic (based on the number on the vSphere console)

  Can anyone here please share some thoughts and comments about what is the best indication to avoid adding more VMS that ESXi hosts can treat?

  I must ensure that the number of vCPU altogether exceed is not 32 logic processor available, or it can be more than that?

  Running a script powershell LucD to collect CPU ready percentage shows that some virtual machines had prepared more than 10% CPU (for the most part 2 x vCPU) up to 22% (this one with 8 x vCPU)

  Hello

  I had the same situation on HP Blade and DL serer with two different CPU vendors.

  Intel CPU based on my experiences, has better performance compared to AMD CPU when the CPU is too committed on ESXi server.

  I have HP BL460c G6 and G7 on one of our sites, the server has 12 physical and 24 cores logic core.

  I assigned four cores to each customers (to fix the voice problem) and virtual machines are working properly, RDY CPU is less than 5% in general and there is no performance problem.

  Each blade server hosts 20 VMs and total virtual cores are 80 cores, so we attribute 1:3 (Physics: virtual) core.

  On the other hand, I DL585 G7 on our sites some server has 64 physical cores (4 Sockets and each catches have 16 cores). Servers host 50 active VMs usually but RDY CPU is greater than 10% or 7% on them. Total virtual cores are 200 and CPU assignment ratio is 3.

  I think that, if you want to optimize performance on AMD CPU, 1:1 or 1:2 CPU assignment report is the best choice.

• CPU.ready.summation of measurement when cpu.usage.average max

  Hi, I'm new in powercli,

  I use the following script to get cpu.usage.average mem.usage.average min, average, max, and the maximum of cpu.ready.summation

  I would like to correct also the cpu.ready.summation when the cpu.usage.average is max, and I can't!

  Here is my script:

  $allvms = @)
  $vms = get - Vm
  {foreach ($vm to $vms)
  $vmstat = "" | Select VmName, MemMax, MemAvg, MemMin, CPUMax, CPUAvg, CPUMin, CPURDYMax
  $vmstat. VmName = $vm.name
  $statcpu = get-Stat-entity ($vm) - start (get-date). AddDays(-1)-Finish (Get-Date) - MaxSamples 10000 - Intervalmins 30 - stat cpu.usage.average
  $statmem = get-Stat-entity ($vm) - start (get-date). AddDays(-1)-Finish (Get-Date) - MaxSamples 10000 - Intervalmins 30 - stat mem.usage.average
  $statcpurdy = get-Stat-entity ($vm) - start (get-date). AddDays(-1)-Finish (Get-Date) - MaxSamples 10000 - Intervalmins 30 - stat cpu.ready.summation
  $cpu = $statcpu | Measure-object-property value - average - Maximum - Minimum
  $mem = $statmem | Measure-object-property value - average - Maximum - Minimum
  $cpurdy = $statcpurdy | Measure-object-property value - average - Maximum - Minimum
  $vmstat. CPUMax = $cpu. Maximum
  $vmstat. CPUAvg = $cpu. Average
  $vmstat. CPUMin = $cpu. Minimum
  $vmstat. MemMax = $mem. Maximum
  $vmstat. MemAvg = $mem. Average
  $vmstat. MemMin = $mem. Minimum
  $vmstat. CPURDYMax = $cpurdy. Maximum
  $allvms += $vmstat
  }
  $allvms | Select VmName, MemMax, MemAvg, MemMin, CPUMax, CPUAvg, CPUMin, CPURDYMax | Export-Csv "c:\extract.csv" - noTypeInformation

  Best regards.

  OK, I hope that I finally got.

  Try this version. It indicates the maximum percentage of loan for the day.

  $allvms = @()
  $vms = Get-Vm  $start = (Get-Date).AddDays(-1)
  $metrics = "cpu.usage.average","mem.usage.average","cpu.ready.summation"
  Get-Stat -Entity $vms -Start $start -Stat $metrics |
  Group-Object -Property {$_.Entity.Name} | %{
    $cpu = $_.Group | where {$_.MetricId -eq "cpu.usage.average" -and $_.Instance -eq ""} | Measure-Object -Property value -Average -Maximum -Minimum  $mem = $_.Group | where {$_.MetricId -eq "mem.usage.average"} | Measure-Object -Property value -Average -Maximum -Minimum  $vmstat = "" | Select Time,VmName, MemMax, MemAvg, MemMin, CPUMax, CPUAvg, CPUMin, CPURDYMaxPercent  $vmstat.VmName = $_.Group[0].Entity.Name  $vmstat.Time = $_.Group | Sort-Object -Property Timestamp | Select -First 1 | Select -ExpandProperty Timestamp  $vmstat.CPUMax = $cpu.Maximum  $vmstat.CPUAvg = $cpu.Average  $vmstat.CPUMin = $cpu.Minimum  $vmstat.MemMax = $mem.Maximum  $vmstat.MemAvg = $mem.Average  $vmstat.MemMin = $mem.Minimum  $vmstat.CPURDYMaxPercent = &{
      ($_.Group | where {$_.MetricId -eq "cpu.ready.summation" -and $_.Instance -eq ""} |
      Sort-Object -Property Value -Descending |    Select -First 1 |
      Select -ExpandProperty Value)/$interval  }
    $allvms += $vmstat}
  $allvms | Select Time,VmName, MemMax, MemAvg, MemMin, CPUMax, CPUAvg, CPUMin, CPURDYMaxPercent |
  Export-Csv "c:\extract.csv" -noTypeInformation -UseCulture
  

• The loan time CPU and reservations

  Hi all

  Is there a corellation between CPU ready time and CPU reserves? Is it normal that time of CPU ready to abandon if CPU reservations are defined? Shouldn't the time loan CPU be influenced only by the total number of vCPUs assigned to virtual machines and physical processors in the host?

  Thank you

  Dan

  Depends on how many vCPUs are in your virtual machine.  The new processors from Intel and AMD, act as NUMA systems.  Since they have the controller onboard memory, local memory is faster than remote memory.  Each processor has a memory attached to it, so the local memory for the processor is "faster" than the memory attached to another treatment on the system.  ESX will typically do a good job for you to manage, but personally, I would get as many cores as I can, more bang for your buck.  If you run vSMP large vm, then these two systems should perform similarly.

  vExpert

  VMware communities moderator

  -KjB