;;; GNU Guix --- Functional package management for GNU ;;; Copyright © 2012-2024 Ludovic Courtès ;;; Copyright © 2017, 2020 Jan (janneke) Nieuwenhuizen ;;; Copyright © 2018, 2019 Clément Lassieur ;;; Copyright © 2020 Julien Lepiller ;;; Copyright © 2020, 2021 Mathieu Othacehe ;;; ;;; This file is part of GNU Guix. ;;; ;;; GNU Guix is free software; you can redistribute it and/or modify it ;;; under the terms of the GNU General Public License as published by ;;; the Free Software Foundation; either version 3 of the License, or (at ;;; your option) any later version. ;;; ;;; GNU Guix is distributed in the hope that it will be useful, but ;;; WITHOUT ANY WARRANTY; without even the implied warranty of ;;; MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the ;;; GNU General Public License for more details. ;;; ;;; You should have received a copy of the GNU General Public License ;;; along with GN
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# GNU Guix --- Functional package management for GNU
# Copyright © 2013, 2014, 2015, 2019, 2020 Ludovic Courtès <ludo@gnu.org>
#
# This file is part of GNU Guix.
#
# GNU Guix is free software; you can redistribute it and/or modify it
# under the terms of the GNU General Public License as published by
# the Free Software Foundation; either version 3 of the License, or (at
# your option) any later version.
#
# GNU Guix is distributed in the hope that it will be useful, but
# WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with GNU Guix.  If not, see <http://www.gnu.org/licenses/>.

#
# Test the 'guix archive' command-line utility.
#

guix archive --version

archive="t-archive-$$"
archive_alt="t-archive-alt-$$"
tmpdir="t-archive-dir-$$"
rm -f "$archive" "$archive_alt"
rm -rf "$tmpdir"

trap 'rm -f "$archive" "$archive_alt"; chmod -R +w "$tmpdir"; rm -rf "$tmpdir"' EXIT

guix archive --export guile-bootstrap > "$archive"
guix archive --export guile-bootstrap:out > "$archive_alt"
cmp "$archive" "$archive_alt"

guix archive --export							\
    -e '(@ (gnu packages bootstrap) %bootstrap-guile)' > "$archive_alt"
cmp "$archive" "$archive_alt"

guix archive --export `guix build guile-bootstrap` > "$archive_alt"
cmp "$archive" "$archive_alt"

# Check the exit value upon import.
guix archive --import < "$archive"

guix archive --export something-that-does-not-exist && false

# This one must not be listed as missing.
guix build guile-bootstrap > "$archive"
guix archive --missing < "$archive"
test "`guix archive --missing < "$archive"`" = ""

# Two out of three should be listed as missing.
echo "$NIX_STORE_DIR/aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa-foo" >> "$archive"
echo "$NIX_STORE_DIR/aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa-bar" >> "$archive"
guix archive --missing < "$archive" > "$archive_alt"
echo "$NIX_STORE_DIR/aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa-foo" > "$archive"
echo "$NIX_STORE_DIR/aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa-bar" >> "$archive"
cmp "$archive" "$archive_alt"

# This is not a valid store file name, so an error.
echo something invalid > "$archive"
guix archive --missing < "$archive" && false

# Check '--extract'.
guile -c "(use-modules (guix serialization))
  (call-with-output-file \"$archive\"
    (lambda (port)
      (write-file \"$(guix build guile-bootstrap)\" port)))"
guix archive -x "$tmpdir" < "$archive"
test -x "$tmpdir/bin/guile"
test -d "$tmpdir/lib/guile"

# Check '--list'.
guix archive -t < "$archive" | grep "^D /share/guile"
guix archive -t < "$archive" | grep "^x /bin/guile"
guix archive -t < "$archive" | grep "^r /share/guile.*/boot-9\.scm"

echo foo | guix archive --authorize && false

exit 0
generated by cgit
%binutils-bootstrap-tarball (%glibc-bootstrap-tarball) %gcc-bootstrap-tarball %guile-bootstrap-tarball %bootstrap-tarballs)) (define (commencement-packages system) "Return the list of bootstrap packages from the commencement module for SYSTEM." ;; Only include packages supported on SYSTEM. For example, the Mes ;; bootstrap graph is currently not supported on ARM so it should be ;; excluded. (filter (lambda (obj) (and (package? obj) (supported-package? obj system))) (module-map (lambda (sym var) (variable-ref var)) (resolve-module '(gnu packages commencement))))) (define (packages-to-cross-build target) "Return the list of packages to cross-build for TARGET." ;; Don't cross-build the bootstrap tarballs for MinGW. (if (string-contains target "mingw") (drop-right %core-packages 6) %core-packages)) (define %bare-platform-triplets ;; Cross-compilation triplets of platforms that lack a proper user-space and ;; for which there's no point in trying to build regular packages. '("avr" "or1k-elf" "xtensa-ath9k-elf")) (define %unsupported-platform-triplets ;; These systems are kept around for nostalgia or for tinkering, but regular ;; CI is disabled for them to reduce the load on CI infrastructure. '("mips64el-linux-gnu" "powerpc-linux-gnu" "powerpc64-linux-gnu")) (define (cross-jobs store system) "Return a list of cross-compilation jobs for SYSTEM." (define (from-32-to-64? target) ;; Return true if SYSTEM is 32-bit and TARGET is 64-bit. This hack ;; prevents known-to-fail cross-builds from i686-linux or armhf-linux to ;; mips64el-linux-gnuabi64. (and (or (string-prefix? "i686-" system) (string-prefix? "i586-" system) (string-prefix? "armhf-" system)) (string-contains target "64"))) ;x86_64, mips64el, aarch64, etc. (define (same? target) ;; Return true if SYSTEM and TARGET are the same thing. This is so we ;; don't try to cross-compile to 'mips64el-linux-gnu' from ;; 'mips64el-linux'. (or (and (string-contains target system) (not (string=? "x86_64-linux-gnux32" target))) (and (string-prefix? "armhf" system) ;armhf-linux (string-prefix? "arm" target)))) ;arm-linux-gnueabihf (define (pointless? target) ;; Return #t if it makes no sense to cross-build to TARGET from SYSTEM. (or (member target %bare-platform-triplets) (member target %unsupported-platform-triplets) (match system ((or "x86_64-linux" "i686-linux") (if (string-contains target "mingw") (not (string=? "x86_64-linux" system)) #f)) (_ ;; Don't try to cross-compile from non-Intel platforms: this isn't ;; very useful and these are often brittle configurations. #t)))) (define (either proc1 proc2 proc3) (lambda (x) (or (proc1 x) (proc2 x) (proc3 x)))) (append-map (lambda (target) (map (lambda (package) (package-cross-job store (job-name package) package target system)) (packages-to-cross-build target))) (remove (either from-32-to-64? same? pointless?) (targets)))) (define* (guix-jobs store systems #:key source commit) "Return a list of jobs for Guix itself." (define build (primitive-load (string-append source "/build-aux/build-self.scm"))) (map (lambda (system) (let ((name (string->symbol (string-append "guix." system))) (drv (run-with-store store (build source #:version commit #:system system #:pull-version 1 #:guile-version "2.2")))) (derivation->job name drv))) systems)) ;; Architectures that are able to build or cross-build Guix System images. ;; This does not mean that other architectures are not supported, only that ;; they are often not fast enough to support Guix System images building. (define %guix-system-supported-systems '("x86_64-linux" "i686-linux")) (define %guix-system-images (list hurd-barebones-qcow2-image pine64-barebones-raw-image pinebook-pro-barebones-raw-image novena-barebones-raw-image visionfive2-barebones-raw-image)) (define (hours hours) (* 3600 hours)) (define* (image->job store image #:key name system) "Return the job for IMAGE on SYSTEM. If NAME is passed, use it as job name, otherwise use the IMAGE name." (let* ((image-name (or name (symbol->string (image-name image)))) (name (string-append image-name "." system)) (drv (run-with-store store (mbegin %store-monad (set-guile-for-build (default-guile)) (lower-object (system-image image) system))))) (parameterize ((%graft? #f)) (derivation->job name drv)))) (define* (image-jobs store system #:key source commit) "Return a list of jobs that build images for SYSTEM." (define MiB (expt 2 20)) (parameterize ((current-guix-package (channel-source->package source #:commit commit))) (if (member system %guix-system-supported-systems) `(,(image->job store (image (inherit mbr-hybrid-disk-image) (operating-system installation-os)) #:name "usb-image" #:system system) ,(image->job store (image (inherit (image-with-label iso9660-image (string-append "GUIX_" system "_" (if (> (string-length %guix-version) 7) (substring %guix-version 0 7) %guix-version)))) (operating-system installation-os)) #:name "iso9660-image" #:system system) ;; Only cross-compile Guix System images from x86_64-linux for now. ,@(if (string=? system "x86_64-linux") (map (cut image->job store <> #:system system) %guix-system-images) '())) '()))) (define* (system-test-jobs store system #:key source commit) "Return a list of jobs for the system tests." (define (->job test) (let ((name (string-append "test." (system-test-name test) "." system)) (drv (run-with-store store (mbegin %store-monad (set-current-system system) (set-grafting #f) (set-guile-for-build (default-guile)) (system-test-value test))))) (derivation->job name drv))) (if (member system %guix-system-supported-systems) ;; Override the value of 'current-guix' used by system tests. Using a ;; channel instance makes tests that rely on 'current-guix' less ;; expensive. It also makes sure we get a valid Guix package when this ;; code is not running from a checkout. (parameterize ((current-guix-package (channel-source->package source #:commit commit))) (map ->job (all-system-tests))) '())) (define (tarball-jobs store system) "Return jobs to build the self-contained Guix binary tarball." (define (->job name drv) (let ((name (string-append name "." system))) (parameterize ((%graft? #f)) (derivation->job name drv)))) ;; XXX: Add a job for the stable Guix? (list (->job "binary-tarball" (run-with-store store (mbegin %store-monad (set-guile-for-build (default-guile)) (>>= (profile-derivation (packages->manifest (list guix))) (lambda (profile) (self-contained-tarball "guix-binary" profile #:profile-name "current-guix" #:localstatedir? #t #:compressor (lookup-compressor "xz"))))) #:system system)))) (define job-name ;; Return the name of a package's job. package-name) (define base-packages (mlambda (system) "Return the set of packages considered to be part of the base for SYSTEM." (delete-duplicates (append-map (match-lambda ((_ package _ ...) (match (package-transitive-inputs package) (((_ inputs _ ...) ...) inputs)))) (%final-inputs system))))) (define package->job (lambda* (store package system #:key (suffix "")) "Return a job for PACKAGE on SYSTEM, or #f if this combination is not valid. Append SUFFIX to the job name." (cond ((member package (base-packages system)) (package-job store (string-append "base." (job-name package)) package system #:suffix suffix)) ((supported-package? package system) (let ((drv (package-derivation store package system #:graft? #f))) (and (substitutable-derivation? drv) (package-job store (job-name package) package system #:suffix suffix)))) (else #f)))) (define %x86-64-micro-architectures ;; Micro-architectures for which we build tuned variants. '("haswell" "skylake" "x86-64-v2" "x86-64-v3" "x86-64-v4")) (define (tuned-package-jobs store package system) "Return a list of jobs for PACKAGE tuned for SYSTEM's micro-architectures." (filter-map (lambda (micro-architecture) (define suffix (string-append "." micro-architecture)) (package->job store (tuned-package package micro-architecture) system #:suffix suffix)) (match system ("x86_64-linux" %x86-64-micro-architectures) (_ '())))) (define (all-packages) "Return the list of packages to build." (define (adjust package result) (cond ((package-replacement package) ;; XXX: If PACKAGE and its replacement have the same name/version, ;; then both Cuirass jobs will have the same name, which ;; effectively means that the second one will be ignored. Thus, ;; return the replacement first. (cons* (package-replacement package) ;build both package result)) ((package-superseded package) result) ;don't build it (else (cons package result)))) (fold-packages adjust (fold adjust '() ;include base packages (match (%final-inputs) (((labels packages _ ...) ...) packages))) #:select? (const #t))) ;include hidden packages (define (arguments->manifests arguments channels) "Return the list of manifests extracted from ARGUMENTS." (map (lambda (manifest) (any (lambda (checkout) (let ((path (in-vicinity checkout manifest))) (and (file-exists? path) path))) (map channel-url channels))) arguments)) (define (manifests->jobs store manifests systems) "Return the list of jobs for the entries in MANIFESTS, a list of file names, for each one of SYSTEMS." (define (load-manifest manifest) (save-module-excursion (lambda () (set-current-module (make-user-module '((guix profiles) (gnu)))) (primitive-load manifest)))) (define (manifest-entry-job-name entry) (string-append (manifest-entry-name entry) "-" (manifest-entry-version entry))) (define (manifest-entry->job entry system) (let* ((obj (manifest-entry-item entry)) (drv (parameterize ((%graft? #f)) (run-with-store store (lower-object obj system) #:system system))) (max-silent-time (or (and (package? obj) (assoc-ref (package-properties obj) 'max-silent-time)) 3600)) (timeout (or (and (package? obj) (assoc-ref (package-properties obj) 'timeout)) (* 5 3600)))) (derivation->job (manifest-entry-job-name entry) drv #:max-silent-time max-silent-time #:timeout timeout))) (let ((entries (delete-duplicates (append-map (compose manifest-entries load-manifest) manifests) manifest-entry=?))) (append-map (lambda (system) (map (cut manifest-entry->job <> system) entries)) systems))) (define (arguments->systems arguments) "Return the systems list from ARGUMENTS." (match (assoc-ref arguments 'systems) (#f %cuirass-supported-systems) ((lst ...) lst) ((? string? str) (call-with-input-string str read)))) ;;; ;;; Cuirass entry point. ;;; (define (cuirass-jobs store arguments) "Register Cuirass jobs." (define subset (assoc-ref arguments 'subset)) (define systems (arguments->systems arguments)) (define channels (let ((channels (assq-ref arguments 'channels))) (map sexp->channel channels))) (define guix (find guix-channel? channels)) (define commit (channel-commit guix)) (define source (channel-url guix)) ;; Turn off grafts. Grafting is meant to happen on the user's machines. (parameterize ((%graft? #f)) ;; Return one job for each package, except bootstrap packages. (append-map (lambda (system) (format (current-error-port) "evaluating for '~a' (heap size: ~a MiB)...~%" system (round (/ (assoc-ref (gc-stats) 'heap-size) (expt 2. 20)))) (invalidate-derivation-caches!) (match subset ('all ;; Build everything, including replacements. (let ((all (all-packages)) (jobs (lambda (package) (match (package->job store package system) (#f '()) (main-job (cons main-job (if (tunable-package? package) (tuned-package-jobs store package system) '()))))))) (append (append-map jobs all) (cross-jobs store system)))) ('core ;; Build core packages only. (append (map (lambda (package) (package-job store (job-name package) package system)) (append (commencement-packages system) %core-packages)) (cross-jobs store system))) ('guix ;; Build Guix modules only. (guix-jobs store systems #:source source #:commit commit)) ('hello ;; Build hello package only. (let ((hello (specification->package "hello"))) (list (package-job store (job-name hello) hello system)))) ('images ;; Build Guix System images only. (image-jobs store system #:source source #:commit commit)) ('system-tests ;; Build Guix System tests only. (system-test-jobs store system #:source source #:commit commit)) ('tarball ;; Build Guix tarball only. (tarball-jobs store system)) (('custom . modules) ;; Build custom modules jobs only. (append-map (lambda (module) (let ((proc (module-ref (resolve-interface module) 'cuirass-jobs))) (proc store arguments))) modules)) (('channels . channels) ;; Build only the packages from CHANNELS. (let ((all (all-packages))) (filter-map (lambda (package) (any (lambda (channel) (and (member (channel-name channel) channels) (package->job store package system))) (package-channels package))) all))) (('packages . rest) ;; Build selected list of packages only. (let ((packages (map specification->package rest))) (map (lambda (package) (package-job store (job-name package) package system)) packages))) (('manifests . rest) ;; Build packages in the list of manifests. (let ((manifests (arguments->manifests rest channels))) (manifests->jobs store manifests systems))) (else (error "unknown subset" subset)))) systems)))