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be006eab1f
By generating a version-5 GUID based on $out (which contains the derivation hash) and preventing isohybrid from overwriting the GPT table (which already is populated correctly by xorriso). Tested by: * booting from USB disk on a UEFI system * booting from USB disk on a non-UEFI system * booting from CD on a UEFI system * booting from CD on a non-UEFI system * booting from CD on an OSX system Also tested that "nix-build ./nixos/release-combined.nix -A nixos.iso_minimal.x86_64-linux -I nixpkgs=~/nixpkgs-r13y --check" now succeeds. Fixes #74047
138 lines
3.6 KiB
Bash
138 lines
3.6 KiB
Bash
source $stdenv/setup
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sources_=($sources)
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targets_=($targets)
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objects=($objects)
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symlinks=($symlinks)
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# Remove the initial slash from a path, since genisofs likes it that way.
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stripSlash() {
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res="$1"
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if test "${res:0:1}" = /; then res=${res:1}; fi
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}
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# Escape potential equal signs (=) with backslash (\=)
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escapeEquals() {
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echo "$1" | sed -e 's/\\/\\\\/g' -e 's/=/\\=/g'
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}
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# Queues an file/directory to be placed on the ISO.
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# An entry consists of a local source path (2) and
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# a destination path on the ISO (1).
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addPath() {
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target="$1"
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source="$2"
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echo "$(escapeEquals "$target")=$(escapeEquals "$source")" >> pathlist
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}
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stripSlash "$bootImage"; bootImage="$res"
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if test -n "$bootable"; then
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# The -boot-info-table option modifies the $bootImage file, so
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# find it in `contents' and make a copy of it (since the original
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# is read-only in the Nix store...).
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for ((i = 0; i < ${#targets_[@]}; i++)); do
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stripSlash "${targets_[$i]}"
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if test "$res" = "$bootImage"; then
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echo "copying the boot image ${sources_[$i]}"
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cp "${sources_[$i]}" boot.img
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chmod u+w boot.img
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sources_[$i]=boot.img
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fi
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done
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isoBootFlags="-eltorito-boot ${bootImage}
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-eltorito-catalog .boot.cat
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-no-emul-boot -boot-load-size 4 -boot-info-table
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--sort-weight 1 /isolinux" # Make sure isolinux is near the beginning of the ISO
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fi
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if test -n "$usbBootable"; then
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usbBootFlags="-isohybrid-mbr ${isohybridMbrImage}"
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fi
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if test -n "$efiBootable"; then
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efiBootFlags="-eltorito-alt-boot
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-e $efiBootImage
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-no-emul-boot
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-isohybrid-gpt-basdat"
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fi
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touch pathlist
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# Add the individual files.
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for ((i = 0; i < ${#targets_[@]}; i++)); do
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stripSlash "${targets_[$i]}"
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addPath "$res" "${sources_[$i]}"
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done
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# Add the closures of the top-level store objects.
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for i in $(< $closureInfo/store-paths); do
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addPath "${i:1}" "$i"
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done
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# Also include a manifest of the closures in a format suitable for
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# nix-store --load-db.
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if [[ ${#objects[*]} != 0 ]]; then
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cp $closureInfo/registration nix-path-registration
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addPath "nix-path-registration" "nix-path-registration"
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fi
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# Add symlinks to the top-level store objects.
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for ((n = 0; n < ${#objects[*]}; n++)); do
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object=${objects[$n]}
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symlink=${symlinks[$n]}
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if test "$symlink" != "none"; then
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mkdir -p $(dirname ./$symlink)
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ln -s $object ./$symlink
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addPath "$symlink" "./$symlink"
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fi
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done
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mkdir -p $out/iso
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# daed2280-b91e-42c0-aed6-82c825ca41f3 is an arbitrary namespace, to prevent
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# independent applications from generating the same UUID for the same value.
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# (the chance of that being problematic seem pretty slim here, but that's how
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# version-5 UUID's work)
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xorriso="xorriso
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-boot_image any gpt_disk_guid=$(uuid -v 5 daed2280-b91e-42c0-aed6-82c825ca41f3 $out | tr -d -)
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-as mkisofs
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-iso-level 3
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-volid ${volumeID}
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-appid nixos
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-publisher nixos
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-graft-points
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-full-iso9660-filenames
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-joliet
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${isoBootFlags}
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${usbBootFlags}
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${efiBootFlags}
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-r
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-path-list pathlist
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--sort-weight 0 /
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"
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$xorriso -output $out/iso/$isoName
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if test -n "$compressImage"; then
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echo "Compressing image..."
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zstd -T$NIX_BUILD_CORES --rm $out/iso/$isoName
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fi
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mkdir -p $out/nix-support
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echo $system > $out/nix-support/system
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if test -n "$compressImage"; then
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echo "file iso $out/iso/$isoName.zst" >> $out/nix-support/hydra-build-products
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else
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echo "file iso $out/iso/$isoName" >> $out/nix-support/hydra-build-products
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fi
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