Age | Commit message (Collapse) | Author |
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Since c29bb909d241e7215e574e93d9799e701cbc6ddb, fakeroot "sed" and "coreutils"
dependencies are now explicit.
* gnu/system/image.scm (system-disk-image): Remove "sed" and "coreutils" from
inputs.
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The "image-root" derivation output is used as a temporary directory that is
passed to mke2fs and mkdosfs later on. By merging the creation of this
directory and the production of partition images, we can get rid of the
derivation.
As mke2fs and mkdosfs are not able to override file permissions, call those
commands with fakeroot. This way, all the image files will be owned by root,
even if image generation is done in an unprivilegded context.
* gnu/system/image.scm (system-disk-image): Merge "image-root" and
"iso9660-image" derivations so that we spare an extra derivation. Also add
"fakeroot" and its runtime dependencies to the inputs.
* gnu/build/image.scm (make-ext-image, make-vfat-image): Make sure that mke2fs
and mkdosfs are respectively called by fakeroot.
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The "image-root" derivation output is used as a temporary directory that is
passed to GNU Xorriso later on. By merging the creation of this directory and
the production of an ISO image, we can get rid of the derivation.
* gnu/system/image.scm (system-iso9660-image): Merge "image-root" and
"iso9660-image" derivations so that we spare an extra derivation.
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* gnu/system/uuid.scm (uuid=?): Use type predicates in the fallback case to
prevent looping on invalid arguments.
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* gnu/system/hurd.scm (%base-services/hurd): Add extra-special-files "/bin/sh"
and "/usr/bin/env".
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* gnu/system/image.scm (system-image): Move "with-parameters" call so that it
encapsulates "operating-system-bootcfg".
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* gnu/system/image.scm: Remove a left-over since maybe-with-target procedure
was removed.
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* gnu/system/image.scm (maybe-with-target): Remove,
(system-image): adapt accordingly.
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* gnu/image.scm (<image>)[target]: New field,
(image-target): new public method.
* gnu/system/image.scm (hurd-disk-image): Set "i586-pc-gnu" as image 'target'
field,
(maybe-with-target): new procedure,
(system-image): honor image 'target' field using the above procedure.
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* gnu/system/image.scm (find-image): Make non-monadic. Add 'target'
parameter.
* gnu/tests/install.scm (run-install): Update caller,
passing (%current-target-system).
* guix/scripts/system.scm (perform-action): Likewise.
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The initial
guix build -f gnu/system/hurd.scm
hack has been superseded by regular guix system (cross) build.
* gnu/system/hurd.scm (compile-manifest, cross-hurd-image): Remove.
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* gnu/system/examples/bare-hurd.tmpl (%hurd-os)[packages]: Add openssh-sans-x.
[services]: Add openssh-service. Add example usage.
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Use "mbr_only" mode to make sure that no HFS+ tree are generated.
* gnu/system/image.scm (system-image): Set MKRESCUE_SED_MODE to "mbr_only".
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* gnu/system/vm.scm (qemu-image): Import missing (gnu build hurd-boot) module.
Signed-off-by: Maxim Cournoyer <maxim.cournoyer@gmail.com>
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* gnu/packages/hurd.scm (hurd-rc-script): Move implementation to ...
* gnu/build/hurd-boot.scm (boot-hurd-system): ...here, new file.
* gnu/build/linux-boot.scm (make-hurd-device-nodes): Move there likewise.
* gnu/local.mk (GNU_SYSTEM_MODULES): Add it.
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* gnu/system/hurd.scm (%base-services/hurd): Add hurd-console-service,
hurd-getty-services, guix-service. Also add sylog and loopback, needed for
...
* gnu/system.scm (hurd-default-essential-services): ... add
%shepherd-root-service with dependencies: %boot-service, %activation-service,
user-processes, root-file-system-service, file-system-service,
pam-root-service.
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* gnu/system/hurd.scm (%hurd-def%hurd-default-operating-system-kernel,
%hurd-default-operating-system): New exported variables.
* gnu/system/examples/bare-hurd.tmpl: New file.
* Makefile.am (EXAMPLES): Add it.
* tests/guix-system.sh: Add --target=i586-pc-gnu when testing it.
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* gnu/system/image.scm (hurd-disk-image): New exported variable,
(root-offset, root-label): new variables,
(esp-partition, root-partition): adapt accordingly,
(find-image): add Hurd support.
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Use "openssh-sans-x" to prevent the inclusion of X libraries to the bare-bones
system closure.
* gnu/system/examples/bare-bones.tmpl (operating-system)[services]: Use
openssh-sans-x instead of openssh.
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During the installation, it may be needed to build locales that are not
covered by glibc-utf8-locales. Make sure that the libraries required to build
locales are available.
This is a follow-up of 0eed77127592323d89f56c215a15374a1aaae110.
* gnu/system/install.scm (installation-os)[services]: Add
%default-locale-libcs to gc-root-service-type.
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* gnu/system/vm.scm (system-qemu-image/shared-store-script): Use #+ for
QEMU and BASH.
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* gnu/system/vm.scm (system-qemu-image/shared-store): Add #:system
and #:target. Pass it down.
(system-qemu-image/shared-store-script): Likewise.
(virtual-machine-compiler): Likewise.
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* gnu/system/vm.scm (qemu-image)[preserve-target, inputs*]: New variables.
In gexp, use INPUTS* instead of INPUTS. Wrap OS and BOOTCFG-DRV in
'preserve-target'. Pass INPUTS* instead of INPUTS as the #:references-graphs.
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* gnu/system/vm.scm (qemu-image): Use #+ for Parted, the bootloader, etc.
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* gnu/system/vm.scm (expression->derivation-in-linux-vm): Remove #:target.
[builder]: Use #+. Don't pass #:target-arm32? and #:target-aarch64? to
'load-in-linux-vm'.
Pass #:target #f to 'gexp->derivation'.
(qemu-image): Adjust accordingly.
* gnu/build/vm.scm (load-in-linux-vm): Remove #:target-aarch64?
and #:target-arm32?. Define them as local variables.
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Now that installing Grub on raw disk-images is supported, we do not need to
rely on (gnu system vm) module.
* gnu/system/image.scm (make-system-image): Rename to ...
(system-image): ... this, and remove the compatibility wrapper.
(find-image): Turn to a monadic procedure. This will become useful when
introducing Hurd support, to be able to detect the target system.
* gnu/ci.scm (qemu-jobs): Use lower-object now that system-image returns a
file-like object.
* gnu/tests/install.scm (run-install): Ditto.
* guix/scripts/system.scm (system-derivation-for-action): Add a 'base-image'
argument,
(perform-action): adapt accordingly.
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The generic 'efi-disk-image' needs to be bootable on systems without EFI. To
do that, GRUB is installed in the post-MBR gap. Make sure that the first
partition starts with an offset, to make this gap large enough for GRUB.
* gnu/system/image.scm (root-offset, root-label): New variables,
(esp-partition): use 'root-offset' as the partition offset,
(root-partition): use 'root-label' as the partition label.
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* gnu/system/image.scm (image-with-os): Do not reorder partitions, as we want
them to be created according to definition order.
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* gnu/build/image.scm (initialize-efi-partition): Rename bootloader-package
argument to grub-efi.
* gnu/system/image.scm (system-disk-image): Adapt accordingly to pass
grub-efi package.
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* gnu/system/image.scm (system-disk-image): Fix genimage configuration file
indentation.
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* gnu/build/image.scm (initialize-root-partition): Add bootloader-package and
bootloader-installer arguments. Run the bootloader-installer if defined.
* gnu/system/image.scm (system-disk-image): Adapt the partition initializer
call accordingly.
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* gnu/bootloader.scm (<bootloader>)[disk-image-installer]: New field,
(bootloader-disk-image-installer): export it.
* gnu/bootloader/grub.scm (install-grub-disk-image): New procedure ...
(grub-bootloader): ... used as "disk-image-installer" here.
(grub-efi-bootloader): set "disk-image-installer" to #f.
* gnu/system/image.scm (root-partition?, find-root-partition): Move to
"Helpers" section.
(root-partition-index): New procedure.
(system-disk-image): Honor disk-image-installer, and
use it to install the bootloader directly on the disk-image, if supported.
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This is superseded by <profile>, which was added in
ef674a24c527eaf54801707d34dbf5d12ec139cb.
* gnu/system/hurd.scm (compile-manifest): Remove.
(cross-hurd-image)[system-profile]: Define using 'profile'.
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* gnu/image.scm (<partition>)[file-system-options]: New field,
(partition-file-system-options): new exported procedure.
* gnu/system/image.scm (partition->gexp): Adapt accordingly.
* gnu/build/image.scm (sexp->partition): Also adapt accordingly,
(make-ext-image): and pass file-system options to mke2fs.
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* gnu/image.scm (<partition>)[offset]: Set to zero by default.
* gnu/system/image.scm (system-disk-image): Adapt accordingly.
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* gnu/system/image.scm (system-disk-image): Use the native version of the
helper packages (e2fsprogs, dosfstools, mtools, genimage, coreutils and
findutils).
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* gnu/image.scm (partition-offset): New procedure,
(<partition>)[offset]: new field.
* gnu/system/image.scm (system-disk-image): Apply the partition offset.
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* gnu/bootloader/grub.scm (strip-mount-point): Remove procedure.
(normalize-file): Add procedure.
(grub-configuration-file): New BTRFS-SUBVOLUME-FILE-NAME parameter. When
defined, prepend its value to the kernel and initrd file names, using the
NORMALIZE-FILE procedure. Adjust the call to EYE-CANDY to pass the
BTRFS-SUBVOLUME-FILE-NAME argument. Normalize the KEYMAP file as well.
(eye-candy): Add a BTRFS-SUBVOLUME-FILE-NAME parameter, and use it, along with
the NORMALIZE-FILE procedure, to normalize the FONT-FILE and IMAGE nested
variables. Adjust doc.
* gnu/bootloader/depthcharge.scm (depthcharge-configuration-file): Adapt.
* gnu/bootloader/extlinux.scm (extlinux-configuration-file): Likewise.
* gnu/system/file-systems.scm (btrfs-subvolume?)
(btrfs-store-subvolume-file-name): New procedures.
* gnu/system.scm (operating-system-bootcfg): Specify the Btrfs
subvolume file name the store resides on to the
`operating-system-bootcfg' procedure, using the new
BTRFS-SUBVOLUME-FILE-NAME argument.
* doc/guix.texi (File Systems): Add a Btrfs subsection to document the use of
subvolumes.
* gnu/tests/install.scm (%btrfs-root-on-subvolume-os)
(%btrfs-root-on-subvolume-os-source)
(%btrfs-root-on-subvolume-installation-script)
(%test-btrfs-root-on-subvolume-os): New variables.
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* gnu/system/file-systems.scm (file-system-options->alist)
(alist->file-system-options): New procedures.
* tests/file-systems.scm: New tests.
* doc/guix.texi (File Systems): Add note about the newly added procedures.
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Previously, since the switch to Guile 3, we'd see this warning repeated
several times at boot time:
WARNING: …: imported module (guix build utils) overrides core binding `delete'
* gnu/system/linux-initrd.scm (raw-initrd): In gexp, #:hide 'delete'
from (guix build utils). Wrap 'boot-system' in 'parameterize'.
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* gnu/system/vm.scm (expression->derivation-in-linux-vm)[check]: New macro.
[builder]: Use 'let-system' and 'check' instead of referencing
'%current-system' and '%current-target-system'.
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This fixes system cross-compilation.
* gnu/system/locale.scm (single-locale-directory)[build]: Use the native
GZIP and LIBC.
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* gnu/services/dbus.scm (polkit-service-type)[description]: New field.
* gnu/services/dict.scm (dicod-service-type)[description]: New field.
* gnu/services/dns.scm (knot-service-type)[description]: New field.
* gnu/services/networking.scm (dhcpd-service-type)[description]: New field.
* gnu/services/shepherd.scm (shepherd-root-service-type)[description]:
New field.
* gnu/services/xorg.scm (slim-service-type)[description]: New field.
(screen-locker-service-type)[description]: New field.
* gnu/system/pam.scm (pam-root-service-type)[description]: New field.
* gnu/system/shadow.scm (account-service-type)[description]: New field.
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* gnu/system/vm.scm (system-docker-image): Add #:shared-network? and
pass it to 'containerized-operating-system'.
(qemu-image):
* guix/scripts/system.scm (system-derivation-for-action): Pass
#:shared-network? to 'system-docker-image'.
* doc/guix.texi (Invoking guix system): Document it.
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* gnu/build/vm.scm (install-efi, make-iso9660-image): Remove those procedures
that are now implemented in (gnu build image) module,
(initialize-hard-disk): remove efi support.
* gnu/system/vm.scm (iso9660-image): Remove it,
(qemu-image): adapt it to remove ISO9660 support.
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Raw disk-images and ISO9660 images are created in a Qemu virtual machine. This
is quite fragile, very slow, and almost unusable without KVM.
For all these reasons, add support for host image generation. This implies the
use new image generation mechanisms.
- Raw disk images: images of partitions are created using tools such as mke2fs
and mkdosfs depending on the partition file-system type. The partition
images are then assembled into a final image using genimage.
- ISO9660 images: the ISO root directory is populated within the store. GNU
xorriso is then called on that directory, in the exact same way as this is
done in (gnu build vm) module.
Those mechanisms are built upon the new (gnu image) module.
* gnu/image.scm: New file.
* gnu/system/image.scm: New file.
* gnu/build/image: New file.
* gnu/local.mk: Add them.
* gnu/system/vm.scm (system-disk-image): Rename to system-disk-image-in-vm.
* gnu/ci.scm (qemu-jobs): Adapt to new API.
* gnu/tests/install.scm (run-install): Ditto.
* guix/scripts/system.scm (system-derivation-for-action): Ditto.
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* gnu/system/vm.scm (operating-system-uuid): Move to ...
* gnu/system.scm: ... here.
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* gnu/system/linux-initrd.scm (file-system-packages): Add F2FS fsck.
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