What is the event ID for gpclient in Winlogon?
– Server boots with Event ID 6006 and 6005 from source Winlogon. “The winlogon notification subscriber took 91 second (s) to handle the notification event (CreateSession).” – Workstations connecting to the domain are also getting event log events pertaining to GPclient.
How long does it take for gpclient to boot?
“The winlogon notification subscriber took 91 second (s) to handle the notification event (CreateSession).” – Workstations connecting to the domain are also getting event log events pertaining to GPclient. – Server takes around 3 1/2 minutes to boot.
What is the number for gpclient in XP?
*NOTE: XX is any number between 90 and 1013 so far. XP Clients will display messages regarding the processing of GPOs has failed and they will be applied in the background (dont have exact txt in front of me).
Why is my gpclient taking a long time?
You can see this by running ESXTOP from the service console and monitoring the %READY and %WAIT statistics for your VMs. If your VM has four vCPUs assigned then it’s even more problematic because it has to wait for four processors to be available.
Why is gpclient taking a long time to boot?
I edited the configured on the Windows 2008 Server to run with just once processor, and it made a noticeable difference in stability AND boot time (as it in knocked a few minutes off). For the GPCLIENT error messages it ended up being a DNS issue. My main server runs Windows DNS (the 2008 Domain/ADS server).
Why is my gpclient error message taking so long?
For the GPCLIENT error messages it ended up being a DNS issue. My main server runs Windows DNS (the 2008 Domain/ADS server). My secondary DNS server (I run SimpleDNS) was incorrectly configured, meaning it wasn’t getting updates from the primary server and acting as a stand-alone.
Why does gpclient only run on one CPU?
If you have a VM with a thread that needs scheduled for execution, you would expect that the OS + VMware (or Hyper-V, since it does the same thing) would just grab one CPU and execute it there. But it doesn’t, because the thread scheduler inside the OS would barf if it was running on a multi-CPU system but only saw one CPU for scheduling.