Fedora 38 CoreOS

Fedora CoreOS Test Week

Fedora CoreOS

Date	2023-03-28 to 2023-04-03
Time	all week

Website	QA/Test Days
IRC	#fedora-coreos (webirc)
Mailing list	test

Can't make the date?
If you come to this page before or after the test day is completed, your testing is still valuable, and you can use the information on this page to test, file any bugs you find at Fedora CoreOS issue tracker, and add your results to the results section. If this page is more than a month old when you arrive here, please check the current schedule and see if a similar but more recent Test Day is planned or has already happened.

What to test?

Today's installment of Fedora Test Day will focus on Fedora CoreOS

Who's available?

The following cast of characters will be available for testing, workarounds, bug fixes, and general discussion ...

Development - Renata Ravanelli (ravanelli), Dusty Mabe (dustymabe), Jonathan Lebon (jlebon)
Quality Assurance - Kamil Paral (kparal), Sumantro Mukherjee (sumantrom), Geoff Marr (coremodule)

For real time help, please join us on the IRC: #fedora-coreos^[?] on https://libera.chat/.

Documentation is also available here. Documentation feedback is welcome through chat, mailing list, github tracker and in the form of a pull request to the documentation sources.

Prerequisites for Test Day

Virtual machine (x86_64, aarch64, s390x)
Test day Image

Grab images/artifacts/information for the most current next stream release (38) from our download page: https://getfedora.org/en/coreos/download?tab=cloud_operators&stream=next

How to test?

Run the tests

Visit the results page and click on the column title links to see the tests that need to be run: most column titles are links to a specific test case. Follow the instructions there, then enter your results by clicking the Enter result button for the test.

Reporting bugs

Please report all bugs, issues or enhancement proposals to the Fedora CoreOS issue tracker.

If you are unsure about exactly how to file the report or what other information to include, just ask on IRC #fedora-coreos^[?], #fedora-test-day^[?] or #fedora-qa^[?] and we will help you.

Test Results

Installation

User	Profile	Virtual install	Bare Metal install	References
azukku		pass ^[1] pass ^[2]	pass ^[3]	↑ All worked fine for me : 1. rpm-ostree install 2. rpm-ostree kargs --append 3. rpm-ostree kargs --delete 4. static IP via ignition kernelArguments ↑ All worked fine for me : 1. rpm-ostree install 2. rpm-ostree kargs --append 3. rpm-ostree kargs --delete ↑ zVM + DASD - all works fine: 1. rpm-ostree install 2. rpm-ostree kargs --append 3. rpm-ostree kargs --delete
brianmcarey	38.20230322.1.0/x86_64/QEMU	pass
danniel	38.20230322.1.0/x86_64/QEMU	pass
donaldsebleung	fedora/x86_64/coreos/next (38.20230322.1.0) on QEMU/KVM	pass
garrmcnu	38.20230322.1.0/x86_64/QEMU	pass
geraldosimiao	38.20230322.1.0/x86_64/QEMU	pass
hricky	38.20230322.1.0/x86_64/QEMU	pass	pass
pnemade	38.20230322.1.0/x86_64/QEMU	pass
sayaksarkar	38.20230322.1.0/x86_64/QEMU	pass
vishalvvr	38.20230322.1.0/x86_64/QEMU	pass

S90x

User	Profile	Virtual install	Bare Metal install	IBM Cloud	References
azukku		pass ^[1] pass ^[2]	pass ^[3]		↑ All worked fine for me : 1. rpm-ostree install 2. rpm-ostree kargs --append 3. rpm-ostree kargs --delete 4. static IP via ignition kernelArguments ↑ All worked fine for me : 1. rpm-ostree install 2. rpm-ostree kargs --append 3. rpm-ostree kargs --delete ↑ zVM + DASD - all works fine: 1. rpm-ostree install 2. rpm-ostree kargs --append 3. rpm-ostree kargs --delete
brianmcarey	38.20230322.1.0/x86_64/QEMU	pass
danniel	38.20230322.1.0/x86_64/QEMU	pass
donaldsebleung	fedora/x86_64/coreos/next (38.20230322.1.0) on QEMU/KVM	pass
garrmcnu	38.20230322.1.0/x86_64/QEMU	pass
geraldosimiao	38.20230322.1.0/x86_64/QEMU	pass
hricky	38.20230322.1.0/x86_64/QEMU	pass	pass
lravicha	IBM Cloud/s390x/bz2-1x4/Fedora CoreOS 38.20230326.10.0			pass ^[1]	↑ Worked fine for me: 1. Download F38 ibmcloud-qcow image 2. create ibm cloud resources for cloud object storage using above qcow 3. create cloud instance using dedicated cloud resources 4. successful ssh to the F38 cloud instance
lravicha	https://github.com/LakshmiRavichandran1			pass ^[1]	↑ IBM Cloud / s390x / bz2-1x4 / Fedora CoreOS 38.20230326.10.0
mnguyen	bx2-2x8			pass
pnemade	38.20230322.1.0/x86_64/QEMU	pass
sayaksarkar	38.20230322.1.0/x86_64/QEMU	pass
vishalvvr	38.20230322.1.0/x86_64/QEMU	pass

Cloud launch

User	Profile	AWS	GCP	DigitalOcean	VMWare	IBM Cloud	VirtualBox	References
apiaseck	aws m5.large, fcos next Image: ami-05426870cdf857352,	pass ^[1]						↑ A few things did not resonate as straightforward in the documentation for a novice aws user. Since my AWS account was pretty much 'clean' I had to figure out a few details that led me to a successful implementation of this test case. Things that slowed me down: 1. Create private VPC with a set up of subnets with an appropriate pool of IPv4 CIDR 2. Security groups inbound rules / adding the SSH access for the sg 3. Creation of elastic IP, and elastic IP association
dustymabe	s-2vcpu-2gb in nyc3			pass
fifofonix	Newly provisoned 'next' nodes on vSphere 7.0.3.01200				pass ^[1]			↑ Provisioned via terraform. This testing also validated: (i) corproate proxy configuration, (ii) systemd rpm-ostree layering of open-vm-tools.
hhei	Launch 38.20230322.1.0 on gcp		pass ^[1]					↑ 1. Launch with gcloud using GCP web console, and also add an Ignition file that includes ssh public key with `hhei`, verify vm works well and `hhei` can login via ssh. 2. Launch with gcloud from local client, and no any custom instance metadata, verify vm works well and can ssh using `$ gcloud compute ssh core@fcos --zone=us-central1-a`.
lravicha	IBM Cloud/s390x/bz2-1x4/Fedora CoreOS 38.20230326.10.0					pass ^[1]		↑ Worked fine for me: 1. Download F38 ibmcloud-qcow image 2. create ibm cloud resources for cloud object storage using above qcow 3. create cloud instance using dedicated cloud resources 4. successful ssh to the F38 cloud instance
lravicha	https://github.com/LakshmiRavichandran1					pass ^[1]		↑ IBM Cloud / s390x / bz2-1x4 / Fedora CoreOS 38.20230326.10.0
mnguyen	bx2-2x8					pass
ravanelli	38.20230322.1.0/x86_64/GCP		pass
ravanelli	VirtualBox 7.0.6 r155176 (Qt5.15.2)						pass ^[1]	↑ Tested using NAT networking
vishalvvr	VirtualBox 6.1.42 r155177 / 38.20230322.1.0 / x86_64						pass

aarch64

User	Profile	Virtual install	Bare Metal install	Raspberry Pi 4	References
dustymabe	8G RPi4			pass ^[1]	↑ Used the updated instructions from https://github.com/coreos/fedora-coreos-docs/pull/519
hhei			fail ^[1]		↑ Install failed in beaker machine using PXE as downloading signature failed, see https://github.com/coreos/coreos-installer/issues/1158
ravanelli	38.20230322.1.0/aarch64/QEMU	pass

Advanced configuration

User	Profile	Static networking	Complex partitioning	Building containers	Containerized service	Kernel Tuning (sysctl)	Modifying Kernel Arguments	OS extensions	References
Nemric	Next 38 automatically updated from 37 : Bare Metal/x86_64			pass ^[1]	pass				↑ Build from a containerized jenkins-agent via podman socket
brianmcarey	38.20230322.1.0/x86_64/QEMU			pass	pass			pass
danniel	38.20230322.1.0/x86_64/QEMU			pass
donaldsebleung	fedora/x86_64/coreos/next (38.20230322.1.0) on QEMU/KVM	pass ^[1]							↑ Manual, 10.0.2.10/24, GW 10.0.2.2, DNS 10.0.2.3, can access sites such as https://github.com/DonaldKellett with curl
garrmcnu	38.20230322.1.0/x86_64/QEMU			pass
hricky	38.20230322.1.0/x86_64/QEMU	pass	pass	pass	pass	pass	pass	pass
jlebon	38.20230322.1.0/x86_64/QEMU		pass ^[1]					pass ^[2]	↑ Tested a bunch of different scenarios. ↑ Couldn't test with vim because of the split base pkg problem and the archive repo isn't yet archiving for f38 it seems. Worked with tmux.
ravanelli	38.20230322.1.0/x86_64/GCP					pass	pass

Really Advanced Config

User	Profile	Configuring SwapOnZRAM	Configuring Time Zone	Debugging with Toolbox	Customizing NIC name	Setting alternatives	Node counting	KDump via Ignition	Nmstate	References
Nemric	Next 38 automatically updated from 37 : Bare Metal/x86_64	pass
danniel	38.20230322.1.0/x86_64/QEMU		pass
dustymabe		pass					pass
hricky	38.20230322.1.0/x86_64/QEMU	pass	pass	pass	pass ^[1]	pass	pass	pass	pass	↑ After removing the extra single quote at the end of the Customize NIC via Udev Rules example, the snippet works as expected.
jlebon	38.20230322.1.0/x86_64/QEMU		pass			pass		pass ^[1]		↑ Tested both arming from Ignition and manually.
sayaksarkar	38.20230322.1.0/x86_64/QEMU		pass

Upgrade

User	Profile	Switch stream	Bootloader updates	References
Nemric	Next 38 automatically updated from 37 : Bare Metal/x86_64		pass ^[1]	↑ Did run the test whithout changing stream (was already on next) show results : sudo bootupctl status Component EFI Installed: grub2-efi-x64-1:2.06-29.fc36.x86_64,shim-x64-15.4-5.x86_64 Update: Available: grub2-efi-x64-1:2.06-88.fc38.x86_64,shim-x64-15.6-2.x86_64 No components are adoptable. CoreOS aleph image ID: fedora-coreos-36.20220410.1.1-metal.x86_64.raw Boot method: EFI After update and successful reboot sudo bootupctl status Component EFI Installed: grub2-efi-x64-1:2.06-88.fc38.x86_64,shim-x64-15.6-2.x86_64 Update: At latest version No components are adoptable. CoreOS aleph image ID: fedora-coreos-36.20220410.1.1-metal.x86_64.raw Boot method: EFI
brianmcarey	38.20230322.1.0/x86_64/QEMU	pass
hricky	38.20230322.1.0/x86_64/QEMU	pass	pass
jlebon	38.20230322.1.0/x86_64/QEMU		pass ^[1]	↑ Tested both manual updates and via a bootupd automated systemd service.

Tutorials

User	Profile	Autologin	Systemd unit service	References
apiaseck	i7-10610U, 32GB, fcos-37.20230303.3.0-qemu.x86_64.qcow2	pass ^[1]	pass ^[2]	↑ ignition-validate autologin.ign && echo 'Success!', systemctl cat serial-getty@ttyS0.service, hostnamectl -> Worked as expected. systemctl status --full zincati.service -> Worked as expected. After the `initialization complete, auto-updates logic enabled` it returned a client-side error: [ERROR zincati::cincinnati] failed to check Cincinnati for updates: client-side error ↑ Since I rebooted the laptop, an error popped up related to virbr0 not running: ERROR /usr/libexec/qemu-bridge-helper --use-vnet --br=virbr0 --fd=28: failed to communicate with bridge helper: stderr=failed to get mtu of bridge `virbr0': No such device I restarted the firewall and libvirt, and test completed successfully. $ sudo systemctl restart firewalld \ $ sudo systemctl restart libvirtd
hricky	38.20230322.1.0/x86_64/QEMU	pass	pass

Miscellaneous

User	Profile	Documentation	Exploratory testing	References
apiaseck	i7-10610U, 32GB, fcos-37.20230110.3.1-qemu.x86_64.qcow2	pass ^[1] fail ^[2] fail ^[3]		↑ Waiting 5 minutes with the system up and running, solves the Issue related to `Temporary failure in name resolution`. The failed tests in relation to the `Testing Fedora CoreOS updates` tutorial can be ignored. ↑ The above (pt.1) refers to a [Testing Fedora CoreOS updates](https://docs.fedoraproject.org/en-US/fedora-coreos/tutorial-updates/) tutorial. ↑ After a successful boot of an older fcos instance, systemctl status --full zincati.service -> returns an error: localhost.localdomain zincati[1410]: [ERROR zincati::cincinnati] failed to check Cincinnati for updates: client-side error: error sending request for url (https://updates.coreos.fedoraproject.org/v1/graph?group=default&os_version=37.20230110.3.1&platform=): error trying to connect: dns error. rpm-ostree db diff, returns: `error: No pending or rollback deployment to diff against`
apiaseck	i7-10610U, 32GB, fcos-37.20230303.3.0-qemu.x86_64.qcow2	pass ^[1] pass ^[2]	pass ^[3]	↑ I went through the `Launching a user-level systemd unit on boot` [tutorial](https://docs.fedoraproject.org/en-US/fedora-coreos/tutorial-user-systemd-unit-on-boot/). Everything worked as expected. ↑ ignition-validate autologin.ign && echo 'Success!', systemctl cat serial-getty@ttyS0.service, hostnamectl -> Worked as expected. systemctl status --full zincati.service worked as expected. After the `initialization complete, auto-updates logic enabled` it returned a client-side error: [ERROR zincati::cincinnati] failed to check Cincinnati for updates: client-side error ↑ I went through the `SSH access and starting containers' [tutorial](https://docs.fedoraproject.org/en-US/fedora-coreos/tutorial-containers/). Everything worked as expected.

[1] All worked fine for me : 1. rpm-ostree install 2. rpm-ostree kargs --append 3. rpm-ostree kargs --delete 4. static IP via ignition kernelArguments

[2] All worked fine for me : 1. rpm-ostree install 2. rpm-ostree kargs --append 3. rpm-ostree kargs --delete

[3] zVM + DASD - all works fine: 1. rpm-ostree install 2. rpm-ostree kargs --append 3. rpm-ostree kargs --delete

[4] All worked fine for me : 1. rpm-ostree install 2. rpm-ostree kargs --append 3. rpm-ostree kargs --delete 4. static IP via ignition kernelArguments

[5] All worked fine for me : 1. rpm-ostree install 2. rpm-ostree kargs --append 3. rpm-ostree kargs --delete

[6] zVM + DASD - all works fine: 1. rpm-ostree install 2. rpm-ostree kargs --append 3. rpm-ostree kargs --delete

[7] Worked fine for me: 1. Download F38 ibmcloud-qcow image 2. create ibm cloud resources for cloud object storage using above qcow 3. create cloud instance using dedicated cloud resources 4. successful ssh to the F38 cloud instance

[8] IBM Cloud / s390x / bz2-1x4 / Fedora CoreOS 38.20230326.10.0

[9] A few things did not resonate as straightforward in the documentation for a novice aws user. Since my AWS account was pretty much 'clean' I had to figure out a few details that led me to a successful implementation of this test case. Things that slowed me down: 1. Create private VPC with a set up of subnets with an appropriate pool of IPv4 CIDR 2. Security groups inbound rules / adding the SSH access for the sg 3. Creation of elastic IP, and elastic IP association

[10] Provisioned via terraform. This testing also validated: (i) corproate proxy configuration, (ii) systemd rpm-ostree layering of open-vm-tools.

[11] 1. Launch with gcloud using GCP web console, and also add an Ignition file that includes ssh public key with hhei, verify vm works well and hhei can login via ssh. 2. Launch with gcloud from local client, and no any custom instance metadata, verify vm works well and can ssh using $ gcloud compute ssh core@fcos --zone=us-central1-a.

[12] Worked fine for me: 1. Download F38 ibmcloud-qcow image 2. create ibm cloud resources for cloud object storage using above qcow 3. create cloud instance using dedicated cloud resources 4. successful ssh to the F38 cloud instance

[13] IBM Cloud / s390x / bz2-1x4 / Fedora CoreOS 38.20230326.10.0

[14] Tested using NAT networking

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Test Day:Fedora 38 CoreOS

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