We have the luxury now of a historical perspective, such as if an ETL file from some release of Windows Vista is loaded into the Event Viewer or similar application on a new Windows. Such use is why the compiled event template even for Windows 10 has information about events that no recent version of the kernel can write. To go by these resources, event 41 exists in a version 0 that has no event data and a version 1 that has the two items as shown above for 6.
This history, however, is a fiction. DLL, have event 41 with no event data for the original release of Windows Vista, and with those two items of event data for Windows Vista SP1 and SP2, but they know nothing of a version 1 and neither does the kernel. As for the two arguments, these too are a fiction—at least for the formal releases that are studied here. Though the compiled event template for Windows 7 knows, of course, that the Windows 7 kernel writes version 2 of the event and supplies seven items of event data, as shown above, the compiled event templates for Windows 8 and higher would have it that version 2 has BootAppStatus as an eighth argument.
Event 42 is known to the kernel in version 6. The text for event version 0 has just the first sentence, there being no Reason in the event data. Event 59 is known to the kernel in version 6. Event 62 is known to the kernel in version 6. Again, version 6. The compiled event template for Windows 7 and higher has event 62 in a version 0 with three items of event data and a version 1 with five, but this is at best an idealised history.
The extension to five items is known for version 0 in Windows Vista SP1 and SP2, both as written by the kernel and as interpreted through the compiled event template from the time. Event 63 is known in version 6.
There seems to have been recurring trouble over the naming of event data and its use in the plain-language description. That version 6. To see the AppName , ignore the text and look at the event data. It is at least curious that for one of the few events that are directed to the Diagnostic channel yet also have a plain-language description, Microsoft has not noticed that the text presents a number where a name is plainly intended, or has not cared to fix the mismatch.
Event 79 is known to the kernel in version 6. Event 80 is known to the kernel in version 6. Event 81 is known to the kernel in version 6. Later versions write event instead. Event 82 is known to the kernel in version 6. Event 83 is known to the kernel in version 6.
Event 84 is known to the kernel in version 6. Event 85 is known to the kernel in version 6. Event 87 is known to the kernel in version 6. Event 89 is known to the kernel in version 6. Is there any chance to change this settings through Registry? Thursday, July 24, PM. When the Write Cache Enabled option is configured for a disk device in Device Manager, two things occur: - A command to turn on or turn off Write Caching is sent to the disk device.
Tuesday, July 29, AM. Hi Thanks for your hints. First of all the problem occured to be trivial. All the time I was convinced that Write caching function is set only on OS level, this is why I didn't bother to contact Dell. Tuesday, August 5, AM. Thanks issue resolved. Wednesday, January 11, PM. Thanks for any help. Windows Server General Forum. Sign in to vote. Dears, can u plz advice me regarding this issue, i'm suffering since three months for this event and i have tried to update the server to the latest update but still the same.
No memory dumps generated. Sunday, May 8, PM. Hello, unfortunal you didn't provide much information about the installed server roles, services runing on it and installed applications.
Hi, If the issue persists, please also test the issue in Clean Boot to narrow down the possible third party software conflict. This can be beneficial to other community members reading the thread. Monday, May 9, AM.
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