;;; GNU Guix --- Functional package management for GNU
-;;; Copyright © 2014, 2015, 2016, 2017, 2018, 2019 Ludovic Courtès <ludo@gnu.org>
+;;; Copyright © 2014, 2015, 2016, 2017, 2018, 2019, 2020 Ludovic Courtès <ludo@gnu.org>
;;; Copyright © 2016 Alex Kost <alezost@gmail.com>
;;; Copyright © 2016, 2017, 2018 Chris Marusich <cmmarusich@gmail.com>
-;;; Copyright © 2017 Mathieu Othacehe <m.othacehe@gmail.com>
+;;; Copyright © 2017, 2019 Mathieu Othacehe <m.othacehe@gmail.com>
;;; Copyright © 2018 Ricardo Wurmus <rekado@elephly.net>
;;; Copyright © 2019 Christopher Baines <mail@cbaines.net>
+;;; Copyright © 2020 Jan (janneke) Nieuwenhuizen <janneke@gnu.org>
+;;; Copyright © 2020 Julien Lepiller <julien@lepiller.eu>
+;;; Copyright © 2020 Efraim Flashner <efraim@flashner.co.il>
;;;
;;; This file is part of GNU Guix.
;;;
#:use-module (guix ui)
#:use-module ((guix status) #:select (with-status-verbosity))
#:use-module (guix store)
- #:autoload (guix store database) (register-path)
+ #:autoload (guix base16) (bytevector->base16-string)
+ #:autoload (guix store database)
+ (sqlite-register store-database-file call-with-database)
+ #:autoload (guix build store-copy) (copy-store-item)
+ #:use-module (guix describe)
#:use-module (guix grafts)
#:use-module (guix gexp)
#:use-module (guix derivations)
#:use-module (guix records)
#:use-module (guix profiles)
#:use-module (guix scripts)
+ #:use-module (guix channels)
#:use-module (guix scripts build)
#:autoload (guix scripts package) (delete-generations
delete-matching-generations)
+ #:autoload (guix scripts pull) (channel-commit-hyperlink)
#:use-module (guix graph)
#:use-module (guix scripts graph)
+ #:use-module (guix scripts system reconfigure)
#:use-module (guix build utils)
#:use-module (guix progress)
#:use-module ((guix build syscalls) #:select (terminal-columns))
#:autoload (gnu build linux-modules)
(device-module-aliases matching-modules)
#:use-module (gnu system linux-initrd)
+ #:use-module (gnu image)
#:use-module (gnu system)
#:use-module (gnu bootloader)
#:use-module (gnu system file-systems)
+ #:use-module (gnu system image)
#:use-module (gnu system mapped-devices)
#:use-module (gnu system linux-container)
#:use-module (gnu system uuid)
#:use-module (srfi srfi-34)
#:use-module (srfi srfi-35)
#:use-module (srfi srfi-37)
+ #:use-module (ice-9 format)
#:use-module (ice-9 match)
#:use-module (rnrs bytevectors)
#:export (guix-system
(store-lift topologically-sorted))
-(define* (copy-item item references target
+(define* (copy-item item info target db
#:key (log-port (current-error-port)))
- "Copy ITEM to the store under root directory TARGET and register it with
-REFERENCES as its set of references."
- (let ((dest (string-append target item))
- (state (string-append target "/var/guix")))
+ "Copy ITEM to the store under root directory TARGET and populate DB with the
+given INFO, a <path-info> record."
+ (let ((dest (string-append target item)))
(format log-port "copying '~a'...~%" item)
;; Remove DEST if it exists to make sure that (1) we do not fail badly
#:directories? #t))
(delete-file-recursively dest))
- (copy-recursively item dest
- #:log (%make-void-port "w"))
+ (copy-store-item item target
+ #:deduplicate? #t)
- ;; Register ITEM; as a side-effect, it resets timestamps, etc.
- ;; Explicitly use "TARGET/var/guix" as the state directory, to avoid
- ;; reproducing the user's current settings; see
- ;; <http://bugs.gnu.org/18049>.
- (unless (register-path item
- #:prefix target
- #:state-directory state
- #:references references)
- (leave (G_ "failed to register '~a' under '~a'~%")
- item target))))
+ (sqlite-register db
+ #:path item
+ #:references (path-info-references info)
+ #:deriver (path-info-deriver info)
+ #:hash (string-append
+ "sha256:"
+ (bytevector->base16-string (path-info-hash info)))
+ #:nar-size (path-info-nar-size info))))
(define* (copy-closure item target
#:key (log-port (current-error-port)))
"Copy ITEM and all its dependencies to the store under root directory
TARGET, and register them."
(mlet* %store-monad ((to-copy (topologically-sorted* (list item)))
- (refs (mapm %store-monad references* to-copy))
- (info (mapm %store-monad query-path-info*
- (delete-duplicates
- (append to-copy (concatenate refs)))))
+ (info (mapm %store-monad query-path-info* to-copy))
(size -> (reduce + 0 (map path-info-nar-size info))))
(define progress-bar
(progress-reporter/bar (length to-copy)
(format #f (G_ "copying to '~a'...")
target)))
+ (define state
+ (string-append target "/var/guix"))
+
(check-available-space size target)
- (call-with-progress-reporter progress-bar
- (lambda (report)
- (let ((void (%make-void-port "w")))
- (for-each (lambda (item refs)
- (copy-item item refs target #:log-port void)
- (report))
- to-copy refs))))
+ ;; Explicitly use "TARGET/var/guix" as the state directory to avoid
+ ;; reproducing the user's current settings; see
+ ;; <http://bugs.gnu.org/18049>.
+ (call-with-database (store-database-file #:prefix target
+ #:state-directory state)
+ (lambda (db)
+ (call-with-progress-reporter progress-bar
+ (lambda (report)
+ (let ((void (%make-void-port "w")))
+ (for-each (lambda (item info)
+ (copy-item item info target db #:log-port void)
+ (report))
+ to-copy info))))))
(return *unspecified*)))
-(define* (install-bootloader installer
- #:key
- bootcfg bootcfg-file
- target)
- "Run INSTALLER, a bootloader installation script, with error handling, in
-%STORE-MONAD."
- (mlet %store-monad ((installer-drv (if installer
- (lower-object installer)
- (return #f)))
- (bootcfg (lower-object bootcfg)))
- (let* ((gc-root (string-append target %gc-roots-directory
- "/bootcfg"))
- (temp-gc-root (string-append gc-root ".new"))
- (install (and installer-drv
- (derivation->output-path installer-drv)))
- (bootcfg (derivation->output-path bootcfg)))
- ;; Prepare the symlink to bootloader config file to make sure that it's
- ;; a GC root when 'installer-drv' completes (being a bit paranoid.)
- (switch-symlinks temp-gc-root bootcfg)
-
- (unless (false-if-exception
- (begin
- (install-boot-config bootcfg bootcfg-file target)
- (when install
- (save-load-path-excursion (primitive-load install)))))
- (delete-file temp-gc-root)
- (leave (G_ "failed to install bootloader ~a~%") install))
-
- ;; Register bootloader config file as a GC root so that its dependencies
- ;; (background image, font, etc.) are not reclaimed.
- (rename-file temp-gc-root gc-root)
- (return #t))))
-
(define* (install os-drv target
#:key (log-port (current-output-port))
- bootloader-installer install-bootloader?
- bootcfg bootcfg-file)
+ install-bootloader? bootloader bootcfg)
"Copy the closure of BOOTCFG, which includes the output of OS-DRV, to
directory TARGET. TARGET must be an absolute directory name since that's what
'register-path' expects.
(populate os-dir target)
(mwhen install-bootloader?
- (install-bootloader bootloader-installer
- #:bootcfg bootcfg
- #:bootcfg-file bootcfg-file
- #:target target))))))
+ (install-bootloader local-eval bootloader bootcfg
+ #:target target)
+ (return
+ (info (G_ "bootloader successfully installed on '~a'~%")
+ (bootloader-configuration-target bootloader))))))))
\f
;;;
(lambda ()
(guard (c ((shepherd-error? c)
(values (report-shepherd-error c) store)))
- (values (run-with-store store (begin mbody ...))
+ (values (run-with-store store (mbegin %store-monad mbody ...))
store)))
(lambda (key proc format-string format-args errno . rest)
(warning (G_ "while talking to shepherd: ~a~%")
(define (report-shepherd-error error)
"Report ERROR, a '&shepherd-error' error condition object."
- (cond ((service-not-found-error? error)
- (report-error (G_ "service '~a' could not be found~%")
- (service-not-found-error-service error)))
- ((action-not-found-error? error)
- (report-error (G_ "service '~a' does not have an action '~a'~%")
- (action-not-found-error-service error)
- (action-not-found-error-action error)))
- ((action-exception-error? error)
- (report-error (G_ "exception caught while executing '~a' \
+ (when error
+ (cond ((service-not-found-error? error)
+ (warning (G_ "service '~a' could not be found~%")
+ (service-not-found-error-service error)))
+ ((action-not-found-error? error)
+ (warning (G_ "service '~a' does not have an action '~a'~%")
+ (action-not-found-error-service error)
+ (action-not-found-error-action error)))
+ ((action-exception-error? error)
+ (warning (G_ "exception caught while executing '~a' \
on service '~a':~%")
- (action-exception-error-action error)
- (action-exception-error-service error))
- (print-exception (current-error-port) #f
- (action-exception-error-key error)
- (action-exception-error-arguments error)))
- ((unknown-shepherd-error? error)
- (report-error (G_ "something went wrong: ~s~%")
- (unknown-shepherd-error-sexp error)))
- ((shepherd-error? error)
- (report-error (G_ "shepherd error~%")))
- ((not error) ;not an error
- #t)))
-
-(define (call-with-service-upgrade-info new-services mproc)
- "Call MPROC, a monadic procedure in %STORE-MONAD, passing it the list of
-names of services to load (upgrade), and the list of names of services to
-unload."
- (match (current-services)
- ((services ...)
- (let-values (((to-unload to-restart)
- (shepherd-service-upgrade services new-services)))
- (mproc to-restart
- (map (compose first live-service-provision)
- to-unload))))
- (#f
- (with-monad %store-monad
- (warning (G_ "failed to obtain list of shepherd services~%"))
- (return #f)))))
-
-(define (upgrade-shepherd-services os)
- "Upgrade the Shepherd (PID 1) by unloading obsolete services and loading new
-services specified in OS and not currently running.
-
-This is currently very conservative in that it does not stop or unload any
-running service. Unloading or stopping the wrong service ('udev', say) could
-bring the system down."
- (define new-services
- (service-value
- (fold-services (operating-system-services os)
- #:target-type shepherd-root-service-type)))
-
- ;; Arrange to simply emit a warning if the service upgrade fails.
- (with-shepherd-error-handling
- (call-with-service-upgrade-info new-services
- (lambda (to-restart to-unload)
- (for-each (lambda (unload)
- (info (G_ "unloading service '~a'...~%") unload)
- (unload-service unload))
- to-unload)
-
- (with-monad %store-monad
- (munless (null? new-services)
- (let ((new-service-names (map shepherd-service-canonical-name new-services))
- (to-restart-names (map shepherd-service-canonical-name to-restart))
- (to-start (filter shepherd-service-auto-start? new-services)))
- (info (G_ "loading new services:~{ ~a~}...~%") new-service-names)
- (unless (null? to-restart-names)
- ;; Listing TO-RESTART-NAMES in the message below wouldn't help
- ;; because many essential services cannot be meaningfully
- ;; restarted. See <https://debbugs.gnu.org/cgi/bugreport.cgi?bug=22039#30>.
- (format #t (G_ "To complete the upgrade, run 'herd restart SERVICE' to stop,
-upgrade, and restart each service that was not automatically restarted.\n")))
- (mlet %store-monad ((files (mapm %store-monad
- (compose lower-object
- shepherd-service-file)
- new-services)))
- ;; Here we assume that FILES are exactly those that were computed
- ;; as part of the derivation that built OS, which is normally the
- ;; case.
- (load-services/safe (map derivation->output-path files))
-
- (for-each start-service
- (map shepherd-service-canonical-name to-start))
- (return #t)))))))))
-
-(define* (switch-to-system os
- #:optional (profile %system-profile))
- "Make a new generation of PROFILE pointing to the directory of OS, switch to
-it atomically, and then run OS's activation script."
- (mlet* %store-monad ((drv (operating-system-derivation os))
- (script (lower-object (operating-system-activation-script os))))
- (let* ((system (derivation->output-path drv))
- (number (+ 1 (generation-number profile)))
- (generation (generation-file-name profile number)))
- (switch-symlinks generation system)
- (switch-symlinks profile generation)
-
- (format #t (G_ "activating system...~%"))
-
- ;; The activation script may change $PATH, among others, so protect
- ;; against that.
- (save-environment-excursion
- ;; Tell 'activate-current-system' what the new system is.
- (setenv "GUIX_NEW_SYSTEM" system)
-
- ;; The activation script may modify '%load-path' & co., so protect
- ;; against that. This is necessary to ensure that
- ;; 'upgrade-shepherd-services' gets to see the right modules when it
- ;; computes derivations with 'gexp->derivation'.
- (save-load-path-excursion
- (primitive-load (derivation->output-path script))))
-
- ;; Finally, try to update system services.
- (upgrade-shepherd-services os))))
+ (action-exception-error-action error)
+ (action-exception-error-service error))
+ (print-exception (current-error-port) #f
+ (action-exception-error-key error)
+ (action-exception-error-arguments error)))
+ ((unknown-shepherd-error? error)
+ (warning (G_ "something went wrong: ~s~%")
+ (unknown-shepherd-error-sexp error)))
+ ((shepherd-error? error)
+ (warning (G_ "shepherd error~%"))))
+
+ ;; Don't leave users out in the cold and explain what that means and what
+ ;; they can do.
+ (warning (G_ "some services could not be upgraded~%"))
+ (display-hint (G_ "To allow changes to all the system services to take
+effect, you will need to reboot."))))
(define-syntax-rule (unless-file-not-found exp)
(catch 'system-error
(bootloader bootloader)))
;; Make the specified system generation the default entry.
- (params (profile-boot-parameters %system-profile (list number)))
+ (params (first (profile-boot-parameters %system-profile
+ (list number))))
+ (locale (boot-parameters-locale params))
+ (store-crypto-devices (boot-parameters-store-crypto-devices params))
+ (store-directory-prefix
+ (boot-parameters-store-directory-prefix params))
(old-generations
(delv number (reverse (generation-numbers %system-profile))))
(old-params (profile-boot-parameters
%system-profile old-generations))
- (entries (map boot-parameters->menu-entry params))
+ (entries (cons (boot-parameters->menu-entry params)
+ (boot-parameters-bootloader-menu-entries params)))
(old-entries (map boot-parameters->menu-entry old-params)))
(run-with-store store
(mlet* %store-monad
((bootcfg (lower-object
((bootloader-configuration-file-generator bootloader)
bootloader-config entries
+ #:locale locale
+ #:store-crypto-devices store-crypto-devices
+ #:store-directory-prefix store-directory-prefix
#:old-entries old-entries)))
- (bootcfg-file -> (bootloader-configuration-file bootloader))
- (target -> "/")
(drvs -> (list bootcfg)))
(mbegin %store-monad
- (show-what-to-build* drvs)
(built-derivations drvs)
- ;; Only install bootloader configuration file. Thus, no installer is
- ;; provided here.
- (install-bootloader #f
- #:bootcfg bootcfg
- #:bootcfg-file bootcfg-file
- #:target target))))))
+ ;; Only install bootloader configuration file.
+ (install-bootloader local-eval bootloader-config bootcfg
+ #:run-installer? #f))))))
\f
;;;
(define* (display-system-generation number
#:optional (profile %system-profile))
"Display a summary of system generation NUMBER in a human-readable format."
+ (define (display-channel channel)
+ (format #t " ~a:~%" (channel-name channel))
+ (format #t (G_ " repository URL: ~a~%") (channel-url channel))
+ (when (channel-branch channel)
+ (format #t (G_ " branch: ~a~%") (channel-branch channel)))
+ (format #t (G_ " commit: ~a~%")
+ (if (supports-hyperlinks?)
+ (channel-commit-hyperlink channel)
+ (channel-commit channel))))
+
(unless (zero? number)
(let* ((generation (generation-file-name profile number))
(params (read-boot-parameters-file generation))
(root-device (if (bytevector? root)
(uuid->string root)
root))
- (kernel (boot-parameters-kernel params)))
+ (kernel (boot-parameters-kernel params))
+ (multiboot-modules (boot-parameters-multiboot-modules params)))
+ (define-values (channels config-file)
+ (system-provenance generation))
+
(display-generation profile number)
(format #t (G_ " file name: ~a~%") generation)
(format #t (G_ " canonical file name: ~a~%") (readlink* generation))
(cond ((uuid? root-device) 0)
((file-system-label? root-device) 1)
(else 2))
- (cond ((uuid? root-device)
- (uuid->string root-device))
- ((file-system-label? root-device)
- (file-system-label->string root-device))
- (else
- root-device)))
-
- (format #t (G_ " kernel: ~a~%") kernel))))
+ (file-system-device->string root-device))
+
+ (format #t (G_ " kernel: ~a~%") kernel)
+
+ (match multiboot-modules
+ (() #f)
+ (((modules . _) ...)
+ (format #t (G_ " multiboot: ~a~%")
+ (string-join modules "\n "))))
+
+ (unless (null? channels)
+ ;; TRANSLATORS: Here "channel" is the same terminology as used in
+ ;; "guix describe" and "guix pull --channels".
+ (format #t (G_ " channels:~%"))
+ (for-each display-channel channels))
+ (when config-file
+ (format #t (G_ " configuration file: ~a~%")
+ (if (supports-hyperlinks?)
+ (file-hyperlink config-file)
+ config-file))))))
(define* (list-generations pattern #:optional (profile %system-profile))
"Display in a human-readable format all the system generations matching
(cond ((not (file-exists? profile)) ; XXX: race condition
(raise (condition (&profile-not-found-error
(profile profile)))))
- ((string-null? pattern)
+ ((not pattern)
(for-each display-system-generation (profile-generations profile)))
((matching-generations pattern profile)
=>
(if (null-list? numbers)
(exit 1)
(leave-on-EPIPE
- (for-each display-system-generation numbers)))))
- (else
- (leave (G_ "invalid syntax: ~a~%") pattern))))
+ (for-each display-system-generation numbers)))))))
\f
;;;
(and (file-system-mount? fs)
(not (member (file-system-type fs)
%pseudo-file-system-types))
+ ;; Don't try to validate network file systems.
+ (not (string-prefix? "nfs" (file-system-type fs)))
(not (memq 'bind-mount (file-system-flags fs)))))
file-systems))
(define fail? #f)
(define (file-system-location* fs)
- (location->string
- (source-properties->location
- (file-system-location fs))))
+ (and=> (file-system-location fs)
+ source-properties->location))
(let-syntax ((error (syntax-rules ()
((_ args ...)
(begin
(set! fail? #t)
- (format (current-error-port)
- args ...))))))
+ (report-error args ...))))))
(for-each (lambda (fs)
(catch 'system-error
(lambda ()
(lambda args
(let ((errno (system-error-errno args))
(device (file-system-device fs)))
- (error (G_ "~a: error: device '~a' not found: ~a~%")
- (file-system-location* fs) device
- (strerror errno))
+ (error (file-system-location* fs)
+ (G_ "device '~a' not found: ~a~%")
+ device (strerror errno))
(unless (string-prefix? "/" device)
(display-hint (format #f (G_ "If '~a' is a file system
label, write @code{(file-system-label ~s)} in your @code{device} field.")
(let ((label (file-system-label->string
(file-system-device fs))))
(unless (find-partition-by-label label)
- (error (G_ "~a: error: file system with label '~a' not found~%")
- (file-system-location* fs) label))))
+ (error (file-system-location* fs)
+ (G_ "file system with label '~a' not found~%")
+ label))))
labeled)
(for-each (lambda (fs)
(unless (find-partition-by-uuid (file-system-device fs))
- (error (G_ "~a: error: file system with UUID '~a' not found~%")
- (file-system-location* fs)
+ (error (file-system-location* fs)
+ (G_ "file system with UUID '~a' not found~%")
(uuid->string (file-system-device fs)))))
uuid)
;;;
(define* (system-derivation-for-action os action
- #:key image-size file-system-type
+ #:key image-size image-type
full-boot? container-shared-network?
- mappings)
+ mappings label
+ volatile-root?)
"Return as a monadic value the derivation for OS according to ACTION."
- (case action
- ((build init reconfigure)
- (operating-system-derivation os))
- ((container)
- (container-script
- os
- #:mappings mappings
- #:shared-network? container-shared-network?))
- ((vm-image)
- (system-qemu-image os #:disk-image-size image-size))
- ((vm)
- (system-qemu-image/shared-store-script os
- #:full-boot? full-boot?
- #:disk-image-size
- (if full-boot?
- image-size
- (* 70 (expt 2 20)))
- #:mappings mappings))
- ((disk-image)
- (system-disk-image os
- #:name (match file-system-type
- ("iso9660" "image.iso")
- (_ "disk-image"))
- #:disk-image-size image-size
- #:file-system-type file-system-type))
- ((docker-image)
- (system-docker-image os))))
+ (mlet %store-monad ((target (current-target-system)))
+ (case action
+ ((build init reconfigure)
+ (operating-system-derivation os))
+ ((container)
+ (container-script
+ os
+ #:mappings mappings
+ #:shared-network? container-shared-network?))
+ ((vm-image)
+ (system-qemu-image os #:disk-image-size image-size))
+ ((vm)
+ (system-qemu-image/shared-store-script os
+ #:full-boot? full-boot?
+ #:disk-image-size
+ (if full-boot?
+ image-size
+ (* 70 (expt 2 20)))
+ #:mappings mappings))
+ ((disk-image)
+ (let* ((base-image (os->image os #:type image-type))
+ (base-target (image-target base-image)))
+ (lower-object
+ (system-image
+ (image
+ (inherit (if label
+ (image-with-label base-image label)
+ base-image))
+ (target (or base-target target))
+ (size image-size)
+ (operating-system os)
+ (volatile-root? volatile-root?))))))
+ ((docker-image)
+ (system-docker-image os
+ #:shared-network? container-shared-network?)))))
(define (maybe-suggest-running-guix-pull)
"Suggest running 'guix pull' if this has never been done before."
- ;; The reason for this is that the 'guix' binding that we see here comes
- ;; from either ~/.config/latest or, if it's missing, from the
- ;; globally-installed Guix, which is necessarily older. See
- ;; <http://lists.gnu.org/archive/html/guix-devel/2014-08/msg00057.html> for
- ;; a discussion.
- (define latest
- (string-append (config-directory) "/current"))
-
- (unless (file-exists? latest)
- (warning (G_ "~a not found: 'guix pull' was never run~%") latest)
+ ;; Check whether we're running a 'guix pull'-provided 'guix' command. When
+ ;; 'current-profile' returns #f, we may be running the globally-installed
+ ;; 'guix' and thus run the risk of deploying an older 'guix'. See
+ ;; <https://lists.gnu.org/archive/html/guix-devel/2014-08/msg00057.html>
+ (unless (or (current-profile) (getenv "GUIX_UNINSTALLED"))
(warning (G_ "Consider running 'guix pull' before 'reconfigure'.~%"))
(warning (G_ "Failing to do that may downgrade your system!~%"))))
(condition-message c))
(exit 1)))
(#$installer #$bootloader #$device #$target)
- (format #t "bootloader successfully installed on '~a'~%"
- #$device))))))
+ (info (G_ "bootloader successfully installed on '~a'~%")
+ #$device))))))
+
+(define (local-eval exp)
+ "Evaluate EXP, a G-Expression, in-place."
+ (mlet* %store-monad ((lowered (lower-gexp exp))
+ (_ (built-derivations (lowered-gexp-inputs lowered))))
+ (save-load-path-excursion
+ (set! %load-path (lowered-gexp-load-path lowered))
+ (set! %load-compiled-path (lowered-gexp-load-compiled-path lowered))
+ (return (primitive-eval (lowered-gexp-sexp lowered))))))
(define* (perform-action action os
- #:key skip-safety-checks?
+ #:key
+ (validate-reconfigure ensure-forward-reconfigure)
+ save-provenance?
+ skip-safety-checks?
install-bootloader?
dry-run? derivations-only?
use-substitutes? bootloader-target target
- image-size file-system-type full-boot?
- container-shared-network?
+ image-size image-type
+ volatile-root?
+ full-boot? label container-shared-network?
(mappings '())
(gc-root #f))
"Perform ACTION for OS. INSTALL-BOOTLOADER? specifies whether to install
bootloader; BOOTLOADER-TAGET is the target for the bootloader; TARGET is the
target root directory; IMAGE-SIZE is the size of the image to be built, for
-the 'vm-image' and 'disk-image' actions. The root file system is created as a
-FILE-SYSTEM-TYPE file system. FULL-BOOT? is used for the 'vm' action; it
-determines whether to boot directly to the kernel or to the bootloader.
-CONTAINER-SHARED-NETWORK? determines if the container will use a separate
-network namespace.
+the 'vm-image' and 'disk-image' actions. IMAGE-TYPE is the type of image to
+be built. When VOLATILE-ROOT? is #t, the root file system is mounted
+volatile.
+
+FULL-BOOT? is used for the 'vm' action; it determines whether to
+boot directly to the kernel or to the bootloader. CONTAINER-SHARED-NETWORK?
+determines if the container will use a separate network namespace.
When DERIVATIONS-ONLY? is true, print the derivation file name(s) without
building anything.
(map boot-parameters->menu-entry (profile-boot-parameters))))
(define bootloader
- (bootloader-configuration-bootloader (operating-system-bootloader os)))
+ (operating-system-bootloader os))
(define bootcfg
(and (memq action '(init reconfigure))
(operating-system-bootcfg os menu-entries)))
- (define bootloader-script
- (let ((installer (bootloader-installer bootloader))
- (target (or target "/")))
- (bootloader-installer-script installer
- (bootloader-package bootloader)
- bootloader-target target)))
-
(when (eq? action 'reconfigure)
- (maybe-suggest-running-guix-pull))
+ (maybe-suggest-running-guix-pull)
+ (check-forward-update validate-reconfigure))
;; Check whether the declared file systems exist. This is better than
;; instantiating a broken configuration. Assume that we can only check if
(mlet* %store-monad
((sys (system-derivation-for-action os action
- #:file-system-type file-system-type
+ #:label label
+ #:image-type image-type
#:image-size image-size
+ #:volatile-root? volatile-root?
#:full-boot? full-boot?
#:container-shared-network? container-shared-network?
#:mappings mappings))
;; For 'init' and 'reconfigure', always build BOOTCFG, even if
;; --no-bootloader is passed, because we then use it as a GC root.
;; See <http://bugs.gnu.org/21068>.
- (drvs (mapm %store-monad lower-object
- (if (memq action '(init reconfigure))
- (if install-bootloader?
- (list sys bootcfg bootloader-script)
- (list sys bootcfg))
- (list sys))))
+ (drvs (mapm/accumulate-builds lower-object
+ (if (memq action '(init reconfigure))
+ (list sys bootcfg)
+ (list sys))))
(% (if derivations-only?
(return (for-each (compose println derivation-file-name)
drvs))
- (maybe-build drvs #:dry-run? dry-run?
- #:use-substitutes? use-substitutes?))))
+ (built-derivations drvs))))
(if (or dry-run? derivations-only?)
(return #f)
- (let ((bootcfg-file (bootloader-configuration-file bootloader)))
+ (begin
(for-each (compose println derivation->output-path)
drvs)
(case action
((reconfigure)
+ (newline)
+ (format #t (G_ "activating system...~%"))
(mbegin %store-monad
- (switch-to-system os)
+ (switch-to-system local-eval os)
(mwhen install-bootloader?
- (install-bootloader bootloader-script
- #:bootcfg bootcfg
- #:bootcfg-file bootcfg-file
- #:target "/"))))
+ (install-bootloader local-eval bootloader bootcfg
+ #:target (or target "/"))
+ (return
+ (info (G_ "bootloader successfully installed on '~a'~%")
+ (bootloader-configuration-target bootloader))))
+ (with-shepherd-error-handling
+ (upgrade-shepherd-services local-eval os)
+ (return (format #t (G_ "\
+To complete the upgrade, run 'herd restart SERVICE' to stop,
+upgrade, and restart each service that was not automatically restarted.\n")))
+ (return (format #t (G_ "\
+Run 'herd status' to view the list of services on your system.\n"))))))
((init)
(newline)
(format #t (G_ "initializing operating system under '~a'...~%")
target)
(install sys (canonicalize-path target)
#:install-bootloader? install-bootloader?
- #:bootcfg bootcfg
- #:bootcfg-file bootcfg-file
- #:bootloader-installer bootloader-script))
+ #:bootloader bootloader
+ #:bootcfg bootcfg))
(else
;; All we had to do was to build SYS and maybe register an
;; indirect GC root.
#:reverse-edges? #t)))
\f
+;;;
+;;; Images.
+;;;
+
+(define (list-image-types)
+ "Print the available image types."
+ (display (G_ "The available image types are:\n"))
+ (newline)
+ (format #t "~{ - ~a ~%~}" (map image-type-name (force %image-types))))
+
+\f
;;;
;;; Options.
;;;
reconfigure switch to a new operating system configuration\n"))
(display (G_ "\
roll-back switch to the previous operating system configuration\n"))
+ (display (G_ "\
+ describe describe the current system\n"))
(display (G_ "\
list-generations list the system generations\n"))
(display (G_ "\
(display (G_ "
-e, --expression=EXPR consider the operating-system EXPR evaluates to
instead of reading FILE, when applicable"))
+ (display (G_ "
+ --allow-downgrades for 'reconfigure', allow downgrades to earlier
+ channel revisions"))
(display (G_ "
--on-error=STRATEGY
apply STRATEGY (one of nothing-special, backtrace,
or debug) when an error occurs while reading FILE"))
(display (G_ "
- --file-system-type=TYPE
- for 'disk-image', produce a root file system of TYPE
- (one of 'ext4', 'iso9660')"))
+ --list-image-types list available image types"))
+ (display (G_ "
+ -t, --image-type=TYPE for 'disk-image', produce an image of TYPE"))
(display (G_ "
--image-size=SIZE for 'vm-image', produce an image of SIZE"))
(display (G_ "
--no-bootloader for 'init', do not install a bootloader"))
(display (G_ "
- --share=SPEC for 'vm', share host file system according to SPEC"))
+ --volatile for 'disk-image', make the root file system volatile"))
+ (display (G_ "
+ --label=LABEL for 'disk-image', label disk image with LABEL"))
+ (display (G_ "
+ --save-provenance save provenance information"))
+ (display (G_ "
+ --share=SPEC for 'vm' and 'container', share host file system with
+ read/write access according to SPEC"))
+ (display (G_ "
+ --expose=SPEC for 'vm' and 'container', expose host file system
+ directory as read-only according to SPEC"))
(display (G_ "
-N, --network for 'container', allow containers to access the network"))
(display (G_ "
-r, --root=FILE for 'vm', 'vm-image', 'disk-image', 'container',
and 'build', make FILE a symlink to the result, and
register it as a garbage collector root"))
- (display (G_ "
- --expose=SPEC for 'vm', expose host file system according to SPEC"))
(display (G_ "
--full-boot for 'vm', make a full boot sequence"))
(display (G_ "
--skip-checks skip file system and initrd module safety checks"))
+ (display (G_ "
+ --target=TRIPLET cross-build for TRIPLET--e.g., \"armel-linux-gnu\""))
(display (G_ "
-v, --verbosity=LEVEL use the given verbosity LEVEL"))
(newline)
(option '(#\d "derivation") #f #f
(lambda (opt name arg result)
(alist-cons 'derivations-only? #t result)))
+ (option '("allow-downgrades") #f #f
+ (lambda (opt name arg result)
+ (alist-cons 'validate-reconfigure
+ warn-about-backward-reconfigure
+ result)))
(option '("on-error") #t #f
(lambda (opt name arg result)
(alist-cons 'on-error (string->symbol arg)
result)))
- (option '(#\t "file-system-type") #t #f
+ (option '(#\t "image-type") #t #f
(lambda (opt name arg result)
- (alist-cons 'file-system-type arg
+ (alist-cons 'image-type (string->symbol arg)
result)))
+ (option '("list-image-types") #f #f
+ (lambda (opt name arg result)
+ (list-image-types)
+ (exit 0)))
(option '("image-size") #t #f
(lambda (opt name arg result)
(alist-cons 'image-size (size->number arg)
(option '("no-bootloader" "no-grub") #f #f
(lambda (opt name arg result)
(alist-cons 'install-bootloader? #f result)))
+ (option '("volatile") #f #f
+ (lambda (opt name arg result)
+ (alist-cons 'volatile-root? #t result)))
+ (option '("label") #t #f
+ (lambda (opt name arg result)
+ (alist-cons 'label arg result)))
(option '("full-boot") #f #f
(lambda (opt name arg result)
(alist-cons 'full-boot? #t result)))
+ (option '("save-provenance") #f #f
+ (lambda (opt name arg result)
+ (alist-cons 'save-provenance? #t result)))
(option '("skip-checks") #f #f
(lambda (opt name arg result)
(alist-cons 'skip-safety-checks? #t result)))
(option '(#\n "dry-run") #f #f
(lambda (opt name arg result)
- (alist-cons 'dry-run? #t (alist-cons 'graft? #f result))))
+ (alist-cons 'dry-run? #t result)))
(option '(#\v "verbosity") #t #f
(lambda (opt name arg result)
(let ((level (string->number* arg)))
(lambda (opt name arg result)
(alist-cons 'system arg
(alist-delete 'system result eq?))))
+ (option '("target") #t #f
+ (lambda (opt name arg result)
+ (alist-cons 'target arg
+ (alist-delete 'target result eq?))))
(option '(#\r "root") #t #f
(lambda (opt name arg result)
(alist-cons 'gc-root arg result)))
(define %default-options
;; Alist of default option values.
`((system . ,(%current-system))
+ (target . #f)
(substitutes? . #t)
- (build-hook? . #t)
+ (offload? . #t)
(print-build-trace? . #t)
(print-extended-build-trace? . #t)
(multiplexed-build-output? . #t)
(graft? . #t)
(debug . 0)
(verbosity . #f) ;default
- (file-system-type . "ext4")
+ (validate-reconfigure . ,ensure-forward-reconfigure)
+ (image-type . raw)
(image-size . guess)
- (install-bootloader? . #t)))
+ (install-bootloader? . #t)
+ (label . #f)
+ (volatile-root? . #f)))
+
+(define (verbosity-level opts)
+ "Return the verbosity level based on OPTS, the alist of parsed options."
+ (or (assoc-ref opts 'verbosity)
+ (if (eq? (assoc-ref opts 'action) 'build)
+ 2 1)))
\f
;;;
ACTION must be one of the sub-commands that takes an operating system
declaration as an argument (a file name.) OPTS is the raw alist of options
resulting from command-line parsing."
+ (define (ensure-operating-system file-or-exp obj)
+ (unless (operating-system? obj)
+ (leave (G_ "'~a' does not return an operating system~%")
+ file-or-exp))
+ obj)
+
+ (define save-provenance?
+ (or (assoc-ref opts 'save-provenance?)
+ (memq action '(init reconfigure))))
+
(let* ((file (match args
(() #f)
((x . _) x)))
(expr (assoc-ref opts 'expression))
(system (assoc-ref opts 'system))
- (os (cond
- ((and expr file)
- (leave
- (G_ "both file and expression cannot be specified~%")))
- (expr
- (read/eval expr))
- (file
- (load* file %user-module
- #:on-error (assoc-ref opts 'on-error)))
- (else
- (leave (G_ "no configuration specified~%")))))
+ (target (assoc-ref opts 'target))
+ (transform (if save-provenance?
+ (cut operating-system-with-provenance <> file)
+ identity))
+ (os (transform
+ (ensure-operating-system
+ (or file expr)
+ (cond
+ ((and expr file)
+ (leave
+ (G_ "both file and expression cannot be specified~%")))
+ (expr
+ (read/eval expr))
+ (file
+ (load* file %user-module
+ #:on-error (assoc-ref opts 'on-error)))
+ (else
+ (leave (G_ "no configuration specified~%")))))))
(dry? (assoc-ref opts 'dry-run?))
(bootloader? (assoc-ref opts 'install-bootloader?))
- (target (match args
+ (label (assoc-ref opts 'label))
+ (target-file (match args
((first second) second)
(_ #f)))
(bootloader-target
(with-store store
(set-build-options-from-command-line store opts)
- (run-with-store store
- (mbegin %store-monad
- (set-guile-for-build (default-guile))
- (case action
- ((extension-graph)
- (export-extension-graph os (current-output-port)))
- ((shepherd-graph)
- (export-shepherd-graph os (current-output-port)))
- (else
- (unless (memq action '(build init))
- (warn-about-old-distro #:suggested-command
- "guix system reconfigure"))
-
- (perform-action action os
- #:dry-run? dry?
- #:derivations-only? (assoc-ref opts
- 'derivations-only?)
- #:use-substitutes? (assoc-ref opts 'substitutes?)
- #:skip-safety-checks?
- (assoc-ref opts 'skip-safety-checks?)
- #:file-system-type (assoc-ref opts 'file-system-type)
- #:image-size (assoc-ref opts 'image-size)
- #:full-boot? (assoc-ref opts 'full-boot?)
- #:container-shared-network?
- (assoc-ref opts 'container-shared-network?)
- #:mappings (filter-map (match-lambda
- (('file-system-mapping . m)
- m)
- (_ #f))
- opts)
- #:install-bootloader? bootloader?
- #:target target
- #:bootloader-target bootloader-target
- #:gc-root (assoc-ref opts 'gc-root)))))
- #:system system))
+ (with-build-handler (build-notifier #:use-substitutes?
+ (assoc-ref opts 'substitutes?)
+ #:verbosity
+ (verbosity-level opts)
+ #:dry-run?
+ (assoc-ref opts 'dry-run?))
+ (run-with-store store
+ (mbegin %store-monad
+ (set-guile-for-build (default-guile))
+ (case action
+ ((extension-graph)
+ (export-extension-graph os (current-output-port)))
+ ((shepherd-graph)
+ (export-shepherd-graph os (current-output-port)))
+ (else
+ (unless (memq action '(build init))
+ (warn-about-old-distro #:suggested-command
+ "guix system reconfigure"))
+
+ (perform-action action os
+ #:dry-run? dry?
+ #:derivations-only? (assoc-ref opts
+ 'derivations-only?)
+ #:use-substitutes? (assoc-ref opts 'substitutes?)
+ #:skip-safety-checks?
+ (assoc-ref opts 'skip-safety-checks?)
+ #:validate-reconfigure
+ (assoc-ref opts 'validate-reconfigure)
+ #:image-type (lookup-image-type-by-name
+ (assoc-ref opts 'image-type))
+ #:image-size (assoc-ref opts 'image-size)
+ #:volatile-root?
+ (assoc-ref opts 'volatile-root?)
+ #:full-boot? (assoc-ref opts 'full-boot?)
+ #:container-shared-network?
+ (assoc-ref opts 'container-shared-network?)
+ #:mappings (filter-map (match-lambda
+ (('file-system-mapping . m)
+ m)
+ (_ #f))
+ opts)
+ #:install-bootloader? bootloader?
+ #:label label
+ #:target target-file
+ #:bootloader-target bootloader-target
+ #:gc-root (assoc-ref opts 'gc-root)))))
+ #:target target
+ #:system system)))
(warn-about-disk-space)))
(define (resolve-subcommand name)
(define (process-command command args opts)
"Process COMMAND, one of the 'guix system' sub-commands. ARGS is its
argument list and OPTS is the option alist."
+ (define-syntax-rule (with-store* store exp ...)
+ (with-store store
+ (set-build-options-from-command-line store opts)
+ exp ...))
+
(case command
;; The following commands do not need to use the store, and they do not need
;; an operating system configuration file.
((list-generations)
(let ((pattern (match args
- (() "")
+ (() #f)
((pattern) pattern)
(x (leave (G_ "wrong number of arguments~%"))))))
(list-generations pattern)))
+ ((describe)
+ (match (generation-number %system-profile)
+ (0
+ (error (G_ "no system generation, nothing to describe~%")))
+ (generation
+ (display-system-generation generation))))
((search)
(apply (resolve-subcommand "search") args))
;; The following commands need to use the store, but they do not need an
;; operating system configuration file.
((delete-generations)
(let ((pattern (match args
- (() "")
+ (() #f)
((pattern) pattern)
(x (leave (G_ "wrong number of arguments~%"))))))
- (with-store store
+ (with-store* store
(delete-matching-generations store %system-profile pattern)
(reinstall-bootloader store (generation-number %system-profile)))))
((switch-generation)
(let ((pattern (match args
((pattern) pattern)
(x (leave (G_ "wrong number of arguments~%"))))))
- (with-store store
- (set-build-options-from-command-line store opts)
+ (with-store* store
(switch-to-system-generation store pattern))))
((roll-back)
(let ((pattern (match args
(() "")
(x (leave (G_ "wrong number of arguments~%"))))))
- (with-store store
- (set-build-options-from-command-line store opts)
+ (with-store* store
(roll-back-system store))))
;; The following commands need to use the store, and they also
;; need an operating system configuration file.
(else (process-action command args opts))))
-(define (guix-system . args)
+(define-command (guix-system . args)
+ (synopsis "build and deploy full operating systems")
+
(define (parse-sub-command arg result)
;; Parse sub-command ARG and augment RESULT accordingly.
(if (assoc-ref result 'action)
(case action
((build container vm vm-image disk-image reconfigure init
extension-graph shepherd-graph
- list-generations delete-generations roll-back
+ list-generations describe
+ delete-generations roll-back
switch-generation search docker-image)
(alist-cons 'action action result))
(else (leave (G_ "~a: unknown action~%") action))))))
(args (option-arguments opts))
(command (assoc-ref opts 'action)))
(parameterize ((%graft? (assoc-ref opts 'graft?)))
- (with-status-verbosity (or (assoc-ref opts 'verbosity)
- (if (eq? command 'build) 2 1))
+ (with-status-verbosity (verbosity-level opts)
(process-command command args opts))))))
;;; Local Variables:
-;;; eval: (put 'call-with-service-upgrade-info 'scheme-indent-function 1)
+;;; eval: (put 'with-store* 'scheme-indent-function 1)
;;; End:
;;; system.scm ends here
HCoop / jackhill / guix / guix.git / blobdiff