![]() WordBusNumber (ResourceProducer, MinFixed, MaxFixed, PosDecode,Ġx0000, // Address Space -139,25 +123,12, AddressRangeMemory, TypeStatic)ĭWordMemory (ResourceProducer, PosDecode, MinNotFixed,Ġxe0000000 comes from hw/pc. OperationRegion (CMS, SystemIO, 0x70, 0x02) in package tagged with severity in source package in packages maintained by submitted by owned by with status which affect package with mail from newest bugs in bug. RCS file: /cvsroot/bochs/bochs/bios/acpi-dsdt.dsl,v We might get the proper value from there. The 440fx specs says "The top of memory is determined by the value written into I guess rombios space from 0xe000 to 0xffff could be a good The Microsoft document suggests to copy the CMOS data to somewhere in memoryĪnd access it there. Is there a minimal hole size specified somewhere? I looked at some specs butĪny other ideas how to solve the problem? The AML of my real hardware does calculate the maximal hole. PCI hole like in patch below and eliminate CMOS access ![]() Is this really needed or we can just hard code a reasonably large To see how much memory is present and configure PCI hole to be maximum Windows XP nor Linux implements this part of the spec (it works inĪs far as I can see AML accesses CMOS in order ACPI spec defines a way to readĬMOS without accessing IO ports directly, but unfortunately neither Eliminating theĪccess indeed fixed reboot problem. Microsoft, is caused by CMOS access from AML code. Problem (one of 10 reboots hangs with ACPI error) that, according to You can otherwise save the infolog content to the Windows Event Log or to a file on disk. Issues caused by it, but recently we encountered Windows 2008 reboot Now when you select this particular record and press the log button the infolog messages stored for this record are displayed in info. We ignored this error for a long time since there was no any stability Which lies in the 0x70 - 0x71 protected address range. It logsĪCPI BIOS is attempting to read from an illegal IO port address (0x71), Re: BIOS, ACPI,ĜMOS and Windows EvenID: 4ĪML, that is shipped with BIOS, reads data from CMOS by directlyĪccessing ports 0x70-0x71. These symlinks are named using the structure _.Re: BIOS, ACPI,ĜMOS and Windows EvenID: qemu-devel Similarly, inside the /var/log/containers/ directory are symlinks to a /var/log/pods/_// directory. Lastly, when we look inside a /var/log/pods/_// directory, we'll find symbolic links to the log files stored by Docker inside /var/lib/docker/containers. If Kubernetes uses Docker as the container runtime, Docker will also store the containers logs in that location on the Kubernetes node. The name of these directories is equal to the name of the container. Within each /var/log/pods/_/ directory are more directories, each representing a container within the Pod. If you're used to using yq, you may find running kubectl get pod -o yaml | yq r - metadata.uid more straight-forward. ![]() You can get the ID of a Pod by running kubectl get pod -n core gloo-76dffbd956-rmvdz -o jsonpath=''. But since we don't run containers directly in Kubernetes (we run Pods), Kubernetes also creates the /var/log/pods/ and /var/log/containers directories to help us better organize the log files based on Pods.Įach directory within /var/log/pods/ stores the logs for a single Pod, and each are named using the structure _. If Kubernetes uses Docker as the container runtime, Docker will also store the containers logs in that location on the Kubernetes node. But Kubernetes also creates a directory structure to help you find logs based on Pods, so you can find the container logs for each Pod running on a node at /var/log/pods/_//.ĭocker traps the stdout logs from each container and stores them in /var/lib/docker/containers on the host. If you're using Docker, the stdout from each container are stored in /var/lib/docker/containers. ![]()
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |