This will require admin privileges for the computer side policies. If you do not have admin rights an old fashioned reboot should force policy to apply. Start Advanced Troubleshooting If the problem cannot be identified from the previous steps, then we can enable gpsvc logging. Click Start , click Run , type regedit, and then click OK. On the Edit menu, point to New , and then click Key. In the Value data box, type Hexadecimal , and then click OK. Exit Registry Editor. View the Gpsvc. In heavy logging scenarios, one of the writes attempts may fail and we may possibly lose debug log information.
The second number is , which relates to the TID. One thing to consider: we will have two different threads for Machine and User GPO processing, so make sure you follow the correct one. Synchronous vs Asynchronous Processing I will not spend a lot of time explaining this because there is a great post from the GP Team out there which explains this very well.
This is important to understand because it has a big impact on how settings are applied and when.
The default foreground processing mode for Windows clients since Windows XP has been asynchronous. Asynchronous GP processing does not prevent the user from using their desktop while GP processing completes. For example, when the computer is starting up GP asynchronous processing starts to occur for the computer. In the meantime, the user is presented the Windows logon prompt. Likewise, for asynchronous user processing, the user logs on and is presented with their desktop while GP finishes processing.
There is no delay in getting either their logon prompt or their desktop during asynchronous GP processing. When foreground processing is synchronous, the user is not presented with the logon prompt until computer GP processing has completed after a system boot. Likewise the user will not see their desktop at logon until user GP processing completes. This can have the effect of making the user feel like the system is running slow. To summarize, synchronous processing can impact startup time while asynchronous does not.
Enabling this setting will make all foreground processing synchronous. If any of these are enabled within one or more GPOs, they will trigger the next foreground processing cycle to run synchronously when they are changed. If usage of synchronous CSEs is necessary, minimize changes to these policy settings. Analysis — Starting to read into the gpsvc log Starting to read into the gpsvc log First, we identify where the machine settings are starting, because they process first: GPSVC 31c. GPSVC 31c. Consider it as NOT intranet capable.
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This shows us that, at this moment in time, the machine does not have connectivity. However, it does state that it is going to wait for connectivity before applying the policies. After two seconds, we can see that it does find connectivity and moves on with GPO processing. It is important to understand that there is a default timeout when waiting for connectivity. The default value is 30 seconds, which is configurable.
GPSVC As we can see, after 30 seconds it is failing with a timeout and then proceeds to apply policies. Without a network connection there are no policies from the domain and no version checks between cached ones and domain ones that can be made. Moving further, we can see that a bandwidth estimation is taking place, since Vista, this is done through Network Location Awareness NLA. Domain controller location includes the IP address of the domain controller. The first action performed during bandwidth estimation is an authenticated LDAP connect and bind to the domain controller returned during the DC Locator process.
This connection to the domain controller is done under the user's security context and uses Kerberos for authentication. This connection does not support using NTLM. Therefore, this authentication sequence must succeed using Kerberos for Group Policy to continue to process. The Group Policy service makes an authenticated LDAP connection in computer context when user policy processing is configured in loopback-replace mode.
The Group Policy service then determines the network name. The service accomplishes this by using IPHelper APIs to determine the best network interface in which to communicate with the IP address of the domain controller. Additionally, the domain controller and network name are saved in the client computer's registry for future use. The Group Policy service is ready to determine the status of the link between the client computer and the domain controller.
The service asks NLA to report the estimated bandwidth it measured while earlier Group Policy actions occurred. The default minimum transfer rate to measure Group Policy slow link is Kbps. The link between the domain controller and the client is slow if the estimated bandwidth returned by NLA is lower than the value stored in the registry. The policy value has precedence over the preference value if both values appear in the registry.
After successfully determining the link state fast or slow—no errors , then the Group Policy service writes the slow link status into the Group Policy history, which is stored in the registry. The named value is IsSlowLink. If the Group Policy service encounters an error, it read the last recorded value from the history key and uses that true or false value for the slow link status.
There is updated client-side behavior with Windows 8. Then if Group Policy is running in synchronous mode the next time the computer reboots, it reads the most recently downloaded version of the policy from the local store, instead of downloading it from the network. This reduces the time it takes to process the policy. Consequently, the boot time is shorter in synchronous mode.
This is especially important if you have a latent connection to the domain controller, for example, with DirectAccess or for computers that are off premises. This behavior is controllable by a new policy called Configure Group Policy Caching. The feature will be enabled by default and using the default values for slow link detection ms and time-out for communicating with a Domain Controller ms to determine whether it is on the network, if the below conditions are met: o The Turn off background refresh of Group Policy policy setting is Not Configured or Disabled.
Order of processing settings Next on the agenda is retrieving GPOs from the domain. Here we have Group Policy processing and precedence, Group Policy objects that apply to a user or computer do not have the same precedence.source link
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