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building next major Fedora content can lead to failure in buildextend-live #1761
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jlebon
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This is a temporary hack to unblock the f33 rebase in next. See coreos#1761 for details.
jlebon
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…yaml When that key is on, we use the coreos-installer from cosa instead of the target system. This is a temporary hack to unblock the f33 rebase in next. See coreos#1761 for details.
jlebon
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When that key is on, we use the coreos-installer from cosa instead of the target system. This is a temporary hack to unblock the f33 rebase in next. See coreos#1761 for details.
jlebon
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When that key is on, we use the coreos-installer from cosa instead of the target system. This is a temporary hack to unblock the f33 rebase in next. See coreos#1761 for details.
openshift-merge-robot
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When that key is on, we use the coreos-installer from cosa instead of the target system. This is a temporary hack to unblock the f33 rebase in next. See #1761 for details.
dustymabe
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For now, temporarily use the coreos-installer from COSA in order to work around coreos/coreos-assembler#1761 when building F33 based FCOS.
dustymabe
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For now, temporarily use the coreos-installer from COSA in order to work around coreos/coreos-assembler#1761 when building F33 based FCOS.
dustymabe
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For now, temporarily use the coreos-installer from COSA in order to work around coreos/coreos-assembler#1761 when building F33 based FCOS.
jlebon
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Oct 6, 2020
Otherwise, we might get linking issues if the target system has newer e.g. glibc. We could use `bwrap` here instead of `chroot`, but meh this is easier and the block device itself is read-only anyway. I was initially trying to get this code to use the qemu image directly, but we have a bunch of issues there with our systemd services getting confused by the metal disk containing identical boot and root partitions (which... we should circle back to eventually). Closes: coreos#1761
Fix for this in #1774. |
jlebon
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Otherwise, we might get linking issues if the target system has newer e.g. glibc. We could use `bwrap` here instead of `chroot`, but meh this is easier and the block device itself is read-only anyway. I was initially trying to get this code to use the qemu image directly, but we have a bunch of issues there with our systemd services getting confused by the metal disk containing identical boot and root partitions (which... we should circle back to eventually). Closes: coreos#1761
jlebon
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Oct 6, 2020
Otherwise, we might get linking issues if the target system has newer e.g. glibc. We could use `bwrap` here instead of `chroot`, but meh this is easier and the block device itself is read-only anyway. I was initially trying to get this code to use the qemu image directly, but we have a bunch of issues there with our systemd services getting confused by the metal disk containing identical boot and root partitions (which... we should circle back to eventually). Closes: coreos#1761
jlebon
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Oct 6, 2020
Otherwise, we might get linking issues if the target system has newer e.g. glibc. We could use `bwrap` here instead of `chroot`, but meh this is easier and the block device itself is read-only anyway. I was initially trying to get this code to use the qemu image directly, but we have a bunch of issues there with our systemd services getting confused by the metal disk containing identical boot and root partitions (which... we should circle back to eventually). Closes: coreos#1761
openshift-merge-robot
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Otherwise, we might get linking issues if the target system has newer e.g. glibc. We could use `bwrap` here instead of `chroot`, but meh this is easier and the block device itself is read-only anyway. I was initially trying to get this code to use the qemu image directly, but we have a bunch of issues there with our systemd services getting confused by the metal disk containing identical boot and root partitions (which... we should circle back to eventually). Closes: #1761
kelvinfan001
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Dec 14, 2020
For now, temporarily use the coreos-installer from COSA in order to work around coreos/coreos-assembler#1761 when building F33 based FCOS.
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In
cosa buildextend-live
we use thecoreos-installer
bits from the built artifact. Currently I'm building Fedora 33 using a Fedora 32 based cosa and hitting an issue because a newer glibc is needed:Perhaps in the future we can figure out a better way to run this so that we don't have to match exactly the Fedora major version in COSA and in the target.
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