;;; GNU Guix --- Functional package management for GNU ;;; Copyright © 2012, 2013, 2014, 2015, 2016, 2017 Ludovic Courtès ;;; ;;; 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 . (define-module (test-packages) #:use-module (guix tests) #:use-module (guix store) #:use-module (guix monads) #:use-module (guix grafts) #:use-module ((guix gex
aboutsummaryrefslogtreecommitdiff
;;; GNU Guix --- Functional package management for GNU
;;; Copyright © 2016, 2023 Ludovic Courtès <ludo@gnu.org>
;;; Copyright © 2022 Ricardo Wurmus <rekado@elephly.net>
;;;
;;; 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/>.

(define-module (test-upstream)
  #:use-module (gnu packages base)
  #:use-module (guix download)
  #:use-module (guix packages)
  #:use-module (guix build-system gnu)
  #:use-module (guix import print)
  #:use-module ((guix licenses) #:prefix license:)
  #:use-module (guix upstream)
  #:use-module (guix tests)
  #:use-module (srfi srfi-64)
  #:use-module (ice-9 match))


(test-begin "upstream")

(test-equal "coalesce-sources same version"
  '((source "foo" "1"
            ("ftp://example.org/foo-1.tar.xz"
             "ftp://example.org/foo-1.tar.gz")
            ("ftp://example.org/foo-1.tar.xz.sig"
             "ftp://example.org/foo-1.tar.gz.sig")))

  (map (lambda (source)
         `(source ,(upstream-source-package source)
                  ,(upstream-source-version source)
                  ,(upstream-source-urls source)
                  ,(upstream-source-signature-urls source)))
       (coalesce-sources (list (upstream-source
                                (package "foo") (version "1")
                                (urls '("ftp://example.org/foo-1.tar.gz"))
                                (signature-urls
                                 '("ftp://example.org/foo-1.tar.gz.sig")))
                               (upstream-source
                                (package "foo") (version "1")
                                (urls '("ftp://example.org/foo-1.tar.xz"))
                                (signature-urls
                                 '("ftp://example.org/foo-1.tar.xz.sig")))))))

(test-end)
generated by cgit
((($ "foo" "2" "out" item)) (eq? item new))) (null? (manifest-transaction-remove tx))))) (test-assert "transaction-upgrade-entry, superseded package" (let* ((old (dummy-package "foo" (version "1"))) (new (dummy-package "bar" (version "2"))) (dep (deprecated-package "foo" new)) (tx (mock ((gnu packages) find-newest-available-packages (const (vhash-cons "foo" (list "2" dep) vlist-null))) ((@@ (guix scripts package) transaction-upgrade-entry) (manifest-entry (inherit (package->manifest-entry old)) (item (string-append (%store-prefix) "/" (make-string 32 #\e) "-foo-1"))) (manifest-transaction))))) (and (match (manifest-transaction-install tx) ((($ "bar" "2" "out" item)) (eq? item new))) (match (manifest-transaction-remove tx) (((? manifest-pattern? pattern)) (and (string=? (manifest-pattern-name pattern) "foo") (string=? (manifest-pattern-version pattern) "1") (string=? (manifest-pattern-output pattern) "out"))))))) (test-assert "package-field-location" (let () (define (goto port line column) (unless (and (= (port-column port) (- column 1)) (= (port-line port) (- line 1))) (unless (eof-object? (get-char port)) (goto port line column)))) (define read-at (match-lambda (($ file line column) (call-with-input-file (search-path %load-path file) (lambda (port) (goto port line column) (read port)))))) ;; Until Guile 2.0.6 included, source properties were added only to pairs. ;; Thus, check against both VALUE and (FIELD VALUE). (and (member (read-at (package-field-location %bootstrap-guile 'name)) (let ((name (package-name %bootstrap-guile))) (list name `(name ,name)))) (member (read-at (package-field-location %bootstrap-guile 'version)) (let ((version (package-version %bootstrap-guile))) (list version `(version ,version)))) (not (package-field-location %bootstrap-guile 'does-not-exist))))) ;; Make sure we don't change the file name to an absolute file name. (test-equal "package-field-location, relative file name" (location-file (package-location %bootstrap-guile)) (with-fluids ((%file-port-name-canonicalization 'absolute)) (location-file (package-field-location %bootstrap-guile 'version)))) (test-assert "package-transitive-inputs" (let* ((a (dummy-package "a")) (b (dummy-package "b" (propagated-inputs `(("a" ,a))))) (c (dummy-package "c" (inputs `(("a" ,a))))) (d (dummy-package "d" (propagated-inputs `(("x" "something.drv"))))) (e (dummy-package "e" (inputs `(("b" ,b) ("c" ,c) ("d" ,d)))))) (and (null? (package-transitive-inputs a)) (equal? `(("a" ,a)) (package-transitive-inputs b)) (equal? `(("a" ,a)) (package-transitive-inputs c)) (equal? (package-propagated-inputs d) (package-transitive-inputs d)) (equal? `(("b" ,b) ("c" ,c) ("d" ,d) ("a" ,a) ("x" "something.drv")) (pk 'x (package-transitive-inputs e)))))) (test-assert "package-transitive-inputs, no duplicates" (let* ((a (dummy-package "a")) (b (dummy-package "b" (inputs `(("a+" ,a))) (native-inputs `(("a*" ,a))) (propagated-inputs `(("a" ,a))))) (c (dummy-package "c" (propagated-inputs `(("b" ,b))))) (d (dummy-package "d" (inputs `(("a" ,a) ("c" ,c))))) (e (dummy-package "e" (inputs `(("b" ,b) ("c" ,c)))))) (and (null? (package-transitive-inputs a)) (equal? `(("a*" ,a) ("a+" ,a) ("a" ,a)) ;here duplicates are kept (package-transitive-inputs b)) (equal? `(("b" ,b) ("a" ,a)) (package-transitive-inputs c)) (equal? `(("a" ,a) ("c" ,c) ("b" ,b)) ;duplicate A removed (package-transitive-inputs d)) (equal? `(("b" ,b) ("c" ,c) ("a" ,a)) (package-transitive-inputs e))))) ;ditto (test-equal "package-transitive-supported-systems" '(("x" "y" "z") ;a ("x" "y") ;b ("y") ;c ("y") ;d ("y")) ;e ;; Use TRIVIAL-BUILD-SYSTEM because it doesn't add implicit inputs and thus ;; doesn't restrict the set of supported systems. (let* ((a (dummy-package "a" (build-system trivial-build-system) (supported-systems '("x" "y" "z")))) (b (dummy-package "b" (build-system trivial-build-system) (supported-systems '("x" "y")) (inputs `(("a" ,a))))) (c (dummy-package "c" (build-system trivial-build-system) (supported-systems '("y" "z")) (inputs `(("b" ,b))))) (d (dummy-package "d" (build-system trivial-build-system) (supported-systems '("x" "y" "z")) (inputs `(("b" ,b) ("c" ,c))))) (e (dummy-package "e" (build-system trivial-build-system) (supported-systems '("x" "y" "z")) (inputs `(("d" ,d)))))) (list (package-transitive-supported-systems a) (package-transitive-supported-systems b) (package-transitive-supported-systems c) (package-transitive-supported-systems d) (package-transitive-supported-systems e)))) (test-equal "origin-actual-file-name" "foo-1.tar.gz" (let ((o (dummy-origin (uri "http://www.example.com/foo-1.tar.gz")))) (origin-actual-file-name o))) (test-equal "origin-actual-file-name, file-name" "foo-1.tar.gz" (let ((o (dummy-origin (uri "http://www.example.com/tarball") (file-name "foo-1.tar.gz")))) (origin-actual-file-name o))) (let* ((o (dummy-origin)) (u (dummy-origin)) (i (dummy-origin)) (a (dummy-package "a")) (b (dummy-package "b" (inputs `(("a" ,a) ("i" ,i))))) (c (package (inherit b) (source o))) (d (dummy-package "d" (build-system trivial-build-system) (source u) (inputs `(("c" ,c)))))) (test-assert "package-direct-sources, no source" (null? (package-direct-sources a))) (test-equal "package-direct-sources, #f source" (list i) (package-direct-sources b)) (test-equal "package-direct-sources, not input source" (list u) (package-direct-sources d)) (test-assert "package-direct-sources" (let ((s (package-direct-sources c))) (and (= (length (pk 's-sources s)) 2) (member o s) (member i s)))) (test-assert "package-transitive-sources" (let ((s (package-transitive-sources d))) (and (= (length (pk 'd-sources s)) 3) (member o s) (member i s) (member u s))))) (test-assert "transitive-input-references" (let* ((a (dummy-package "a")) (b (dummy-package "b")) (c (dummy-package "c" (inputs `(("a" ,a))) (propagated-inputs `(("boo" ,b))))) (d (dummy-package "d" (inputs `(("c*" ,c))))) (keys (map (match-lambda (('assoc-ref 'l key) key)) (pk 'refs (transitive-input-references 'l (package-inputs d)))))) (and (= (length keys) 2) (member "c*" keys) (member "boo" keys)))) (test-equal "package-transitive-supported-systems, implicit inputs" %supported-systems ;; Here GNU-BUILD-SYSTEM adds implicit inputs that build only on ;; %SUPPORTED-SYSTEMS. Thus the others must be ignored. (let ((p (dummy-package "foo" (build-system gnu-build-system) (supported-systems `("does-not-exist" "foobar" ,@%supported-systems))))) (package-transitive-supported-systems p))) (test-assert "supported-package?" (let ((p (dummy-package "foo" (build-system gnu-build-system) (supported-systems '("x86_64-linux" "does-not-exist"))))) (and (supported-package? p "x86_64-linux") (not (supported-package? p "does-not-exist")) (not (supported-package? p "i686-linux"))))) (test-skip (if (not %store) 8 0)) (test-assert "package-source-derivation, file" (let* ((file (search-path %load-path "guix.scm")) (package (package (inherit (dummy-package "p")) (source file))) (source (package-source-derivation %store (package-source package)))) (and (store-path? source) (valid-path? %store source) (equal? (call-with-input-file source get-bytevector-all) (call-with-input-file file get-bytevector-all))))) (test-assert "package-source-derivation, store path" (let* ((file (add-to-store %store "guix.scm" #t "sha256" (search-path %load-path "guix.scm"))) (package (package (inherit (dummy-package "p")) (source file))) (source (package-source-derivation %store (package-source package)))) (string=? file source))) (test-assert "package-source-derivation, indirect store path" (let* ((dir (add-to-store %store "guix-build" #t "sha256" (dirname (search-path %load-path "guix/build/utils.scm")))) (package (package (inherit (dummy-package "p")) (source (string-append dir "/utils.scm")))) (source (package-source-derivation %store (package-source package)))) (and (direct-store-path? source) (string-suffix? "utils.scm" source)))) (test-assert "package-source-derivation, local-file" (let* ((file (local-file "../guix/base32.scm")) (package (package (inherit (dummy-package "p")) (source file))) (source (package-source-derivation %store (package-source package)))) (and (store-path? source) (string-suffix? "base32.scm" source) (valid-path? %store source) (equal? (call-with-input-file source get-bytevector-all) (call-with-input-file (search-path %load-path "guix/base32.scm") get-bytevector-all))))) (unless (network-reachable?) (test-skip 1)) (test-equal "package-source-derivation, snippet" "OK" (let* ((file (search-bootstrap-binary (match (%current-system) ("armhf-linux" "guile-2.0.11.tar.xz") ("aarch64-linux" "guile-2.0.14.tar.xz") (_ "guile-2.0.9.tar.xz")) (%current-system))) (sha256 (call-with-input-file file port-sha256)) (fetch (lambda* (url hash-algo hash #:optional name #:key system) (pk 'fetch url hash-algo hash name system) (interned-file url))) (source (bootstrap-origin (origin (method fetch) (uri file) (sha256 sha256) (patch-inputs `(("tar" ,%bootstrap-coreutils&co) ("xz" ,%bootstrap-coreutils&co) ("patch" ,%bootstrap-coreutils&co))) (patch-guile %bootstrap-guile) (modules '((guix build utils))) (snippet '(begin ;; We end up in 'bin', because it's the first ;; directory, alphabetically. Not a very good ;; example but hey. (chmod "." #o777) (symlink "guile" "guile-rocks") (copy-recursively "../share/guile/2.0/scripts" "scripts") ;; Make sure '.file_list' can be created. (chmod ".." #o777)))))) (package (package (inherit (dummy-package "with-snippet")) (source source) (build-system trivial-build-system) (inputs `(("tar" ,(search-bootstrap-binary "tar" (%current-system))) ("xz" ,(search-bootstrap-binary "xz" (%current-system))))) (arguments `(#:guile ,%bootstrap-guile #:builder (let ((tar (assoc-ref %build-inputs "tar")) (xz (assoc-ref %build-inputs "xz")) (source (assoc-ref %build-inputs "source"))) (and (zero? (system* tar "xvf" source "--use-compress-program" xz)) (string=? "guile" (readlink "bin/guile-rocks")) (file-exists? "bin/scripts/compile.scm") (let ((out (assoc-ref %outputs "out"))) (call-with-output-file out (lambda (p) (display "OK" p)))))))))) (drv (package-derivation %store package)) (out (derivation->output-path drv))) (and (build-derivations %store (list (pk 'snippet-drv drv))) (call-with-input-file out get-string-all)))) (test-assert "return value" (let ((drv (package-derivation %store (dummy-package "p")))) (and (derivation? drv) (file-exists? (derivation-file-name drv))))) (test-assert "package-output" (let* ((package (dummy-package "p")) (drv (package-derivation %store package))) (and (derivation? drv) (string=? (derivation->output-path drv) (package-output %store package "out"))))) (test-assert "patch not found yields a run-time error" (guard (c ((condition-has-type? c &message) (and (string-contains (condition-message c) "does-not-exist.patch") (string-contains (condition-message c) "not found")))) (let ((p (package (inherit (dummy-package "p")) (source (origin (method (const #f)) (uri "http://whatever") (patches (list (search-patch "does-not-exist.patch"))) (sha256 (base32 "0amn0bbwqvsvvsh6drfwz20ydc2czk374lzw5kksbh6bf78k4ks4"))))))) (package-derivation %store p) #f))) (let ((dummy (dummy-package "foo" (inputs `(("x" ,(current-module))))))) (test-equal "&package-input-error" (list dummy (current-module)) (guard (c ((package-input-error? c) (list (package-error-package c) (package-error-invalid-input c)))) (package-derivation %store dummy)))) (test-assert "reference to non-existent output" ;; See . (parameterize ((%graft? #f)) (let* ((dep (dummy-package "dep")) (p (dummy-package "p" (inputs `(("dep" ,dep "non-existent")))))) (guard (c ((derivation-missing-output-error? c) (and (string=? (derivation-missing-output c) "non-existent") (equal? (package-derivation %store dep) (derivation-error-derivation c))))) (package-derivation %store p))))) (test-assert "trivial" (let* ((p (package (inherit (dummy-package "trivial")) (build-system trivial-build-system) (source #f) (arguments `(#:guile ,%bootstrap-guile #:builder (begin (mkdir %output) (call-with-output-file (string-append %output "/test") (lambda (p) (display '(hello guix) p)))))))) (d (package-derivation %store p))) (and (build-derivations %store (list d)) (let ((p (pk 'drv d (derivation->output-path d)))) (equal? '(hello guix) (call-with-input-file (string-append p "/test") read)))))) (test-assert "trivial with local file as input" (let* ((i (search-path %load-path "ice-9/boot-9.scm")) (p (package (inherit (dummy-package "trivial-with-input-file")) (build-system trivial-build-system) (source #f) (arguments `(#:guile ,%bootstrap-guile #:builder (copy-file (assoc-ref %build-inputs "input") %output))) (inputs `(("input" ,i))))) (d (package-derivation %store p))) (and (build-derivations %store (list d)) (let ((p (pk 'drv d (derivation->output-path d)))) (equal? (call-with-input-file p get-bytevector-all) (call-with-input-file i get-bytevector-all)))))) (test-assert "trivial with source" (let* ((i (search-path %load-path "ice-9/boot-9.scm")) (p (package (inherit (dummy-package "trivial-with-source")) (build-system trivial-build-system) (source i) (arguments `(#:guile ,%bootstrap-guile #:builder (copy-file (assoc-ref %build-inputs "source") %output))))) (d (package-derivation %store p))) (and (build-derivations %store (list d)) (let ((p (derivation->output-path d))) (equal? (call-with-input-file p get-bytevector-all) (call-with-input-file i get-bytevector-all)))))) (test-assert "trivial with system-dependent input" (let* ((p (package (inherit (dummy-package "trivial-system-dependent-input")) (build-system trivial-build-system) (source #f) (arguments `(#:guile ,%bootstrap-guile #:builder (let ((out (assoc-ref %outputs "out")) (bash (assoc-ref %build-inputs "bash"))) (zero? (system* bash "-c" (format #f "echo hello > ~a" out)))))) (inputs `(("bash" ,(search-bootstrap-binary "bash" (%current-system))))))) (d (package-derivation %store p))) (and (build-derivations %store (list d)) (let ((p (pk 'drv d (derivation->output-path d)))) (eq? 'hello (call-with-input-file p read)))))) (test-assert "search paths" (let* ((p (make-prompt-tag "return-search-paths")) (s (build-system (name 'raw) (description "Raw build system with direct store access") (lower (lambda* (name #:key source inputs system target #:allow-other-keys) (bag (name name) (system system) (target target) (build-inputs inputs) (build (lambda* (store name inputs #:key outputs system search-paths) search-paths))))))) (x (list (search-path-specification (variable "GUILE_LOAD_PATH") (files '("share/guile/site/2.0"))) (search-path-specification (variable "GUILE_LOAD_COMPILED_PATH") (files '("share/guile/site/2.0"))))) (a (package (inherit (dummy-package "guile")) (build-system s) (native-search-paths x))) (b (package (inherit (dummy-package "guile-foo")) (build-system s) (inputs `(("guile" ,a))))) (c (package (inherit (dummy-package "guile-bar")) (build-system s) (inputs `(("guile" ,a) ("guile-foo" ,b)))))) (let-syntax ((collect (syntax-rules () ((_ body ...) (call-with-prompt p (lambda () body ...) (lambda (k search-paths) search-paths)))))) (and (null? (collect (package-derivation %store a))) (equal? x (collect (package-derivation %store b))) (equal? x (collect (package-derivation %store c))))))) (test-assert "package-transitive-native-search-paths" (let* ((sp (lambda (name) (list (search-path-specification (variable name) (files '("foo/bar")))))) (p0 (dummy-package "p0" (native-search-paths (sp "PATH0")))) (p1 (dummy-package "p1" (native-search-paths (sp "PATH1")))) (p2 (dummy-package "p2" (native-search-paths (sp "PATH2")) (inputs `(("p0" ,p0))) (propagated-inputs `(("p1" ,p1))))) (p3 (dummy-package "p3" (native-search-paths (sp "PATH3")) (native-inputs `(("p0" ,p0))) (propagated-inputs `(("p2" ,p2)))))) (lset= string=? '("PATH1" "PATH2" "PATH3") (map search-path-specification-variable (package-transitive-native-search-paths p3))))) (test-assert "package-cross-derivation" (let ((drv (package-cross-derivation %store (dummy-package "p") "mips64el-linux-gnu"))) (and (derivation? drv) (file-exists? (derivation-file-name drv))))) (test-assert "package-cross-derivation, trivial-build-system" (let ((p (package (inherit (dummy-package "p")) (build-system trivial-build-system) (arguments '(#:builder (exit 1)))))) (let ((drv (package-cross-derivation %store p "mips64el-linux-gnu"))) (derivation? drv)))) (test-assert "package-cross-derivation, no cross builder" (let* ((b (build-system (inherit trivial-build-system) (lower (const #f)))) (p (package (inherit (dummy-package "p")) (build-system b)))) (guard (c ((package-cross-build-system-error? c) (eq? (package-error-package c) p))) (package-cross-derivation %store p "mips64el-linux-gnu") #f))) ;; XXX: The next two tests can trigger builds when the distro defines ;; replacements on core packages, so they're disable for lack of a better ;; solution. ;; (test-equal "package-derivation, direct graft" ;; (package-derivation %store gnu-make #:graft? #f) ;; (let ((p (package (inherit coreutils) ;; (replacement gnu-make)))) ;; (package-derivation %store p #:graft? #t))) ;; (test-equal "package-cross-derivation, direct graft" ;; (package-cross-derivation %store gnu-make "mips64el-linux-gnu" ;; #:graft? #f) ;; (let ((p (package (inherit coreutils) ;; (replacement gnu-make)))) ;; (package-cross-derivation %store p "mips64el-linux-gnu" ;; #:graft? #t))) (test-assert "package-grafts, indirect grafts" (let* ((new (dummy-package "dep" (arguments '(#:implicit-inputs? #f)))) (dep (package (inherit new) (version "0.0"))) (dep* (package (inherit dep) (replacement new))) (dummy (dummy-package "dummy" (arguments '(#:implicit-inputs? #f)) (inputs `(("dep" ,dep*)))))) (equal? (package-grafts %store dummy) (list (graft (origin (package-derivation %store dep)) (replacement (package-derivation %store new))))))) ;; XXX: This test would require building the cross toolchain just to see if it ;; needs grafting, which is obviously too expensive, and thus disabled. ;; ;; (test-assert "package-grafts, indirect grafts, cross" ;; (let* ((new (dummy-package "dep" ;; (arguments '(#:implicit-inputs? #f)))) ;; (dep (package (inherit new) (version "0.0"))) ;; (dep* (package (inherit dep) (replacement new))) ;; (dummy (dummy-package "dummy" ;; (arguments '(#:implicit-inputs? #f)) ;; (inputs `(("dep" ,dep*))))) ;; (target "mips64el-linux-gnu")) ;; ;; XXX: There might be additional grafts, for instance if the distro ;; ;; defines replacements for core packages like Perl. ;; (member (graft ;; (origin (package-cross-derivation %store dep target)) ;; (replacement ;; (package-cross-derivation %store new target))) ;; (package-grafts %store dummy #:target target)))) (test-assert "package-grafts, indirect grafts, propagated inputs" (let* ((new (dummy-package "dep" (arguments '(#:implicit-inputs? #f)))) (dep (package (inherit new) (version "0.0"))) (dep* (package (inherit dep) (replacement new))) (prop (dummy-package "propagated" (propagated-inputs `(("dep" ,dep*))) (arguments '(#:implicit-inputs? #f)))) (dummy (dummy-package "dummy" (arguments '(#:implicit-inputs? #f)) (inputs `(("prop" ,prop)))))) (equal? (package-grafts %store dummy) (list (graft (origin (package-derivation %store dep)) (replacement (package-derivation %store new))))))) (test-assert "package-grafts, same replacement twice" (let* ((new (dummy-package "dep" (version "1") (arguments '(#:implicit-inputs? #f)))) (dep (package (inherit new) (version "0") (replacement new))) (p1 (dummy-package "intermediate1" (arguments '(#:implicit-inputs? #f)) (inputs `(("dep" ,dep))))) (p2 (dummy-package "intermediate2" (arguments '(#:implicit-inputs? #f)) ;; Here we copy DEP to have an equivalent package that is not ;; 'eq?' to DEP. This is similar to what happens with ;; 'package-with-explicit-inputs' & co. (inputs `(("dep" ,(package (inherit dep))))))) (p3 (dummy-package "final" (arguments '(#:implicit-inputs? #f)) (inputs `(("p1" ,p1) ("p2" ,p2)))))) (equal? (package-grafts %store p3) (list (graft (origin (package-derivation %store (package (inherit dep) (replacement #f)))) (replacement (package-derivation %store new))))))) (test-assert "replacement also grafted" ;; We build a DAG as below, where dotted arrows represent replacements and ;; solid arrows represent dependencies: ;; ;; P1 ·············> P1R ;; |\__________________. ;; v v ;; P2 ·············> P2R ;; | ;; v ;; P3 ;; ;; We want to make sure that: ;; grafts(P3) = (P1,P1R) + (P2, grafted(P2R, (P1,P1R))) ;; where: ;; (A,B) is a graft to replace A by B ;; grafted(DRV,G) denoted DRV with graft G applied (let* ((p1r (dummy-package "P1" (build-system trivial-build-system) (arguments `(#:guile ,%bootstrap-guile #:builder (let ((out (assoc-ref %outputs "out"))) (mkdir out) (call-with-output-file (string-append out "/replacement") (const #t))))))) (p1 (package (inherit p1r) (name "p1") (replacement p1r) (arguments `(#:guile ,%bootstrap-guile #:builder (mkdir (assoc-ref %outputs "out")))))) (p2r (dummy-package "P2" (build-system trivial-build-system) (inputs `(("p1" ,p1))) (arguments `(#:guile ,%bootstrap-guile #:builder (let ((out (assoc-ref %outputs "out"))) (mkdir out) (chdir out) (symlink (assoc-ref %build-inputs "p1") "p1") (call-with-output-file (string-append out "/replacement") (const #t))))))) (p2 (package (inherit p2r) (name "p2") (replacement p2r) (arguments `(#:guile ,%bootstrap-guile #:builder (let ((out (assoc-ref %outputs "out"))) (mkdir out) (chdir out) (symlink (assoc-ref %build-inputs "p1") "p1")))))) (p3 (dummy-package "p3" (build-system trivial-build-system) (inputs `(("p2" ,p2))) (arguments `(#:guile ,%bootstrap-guile #:builder (let ((out (assoc-ref %outputs "out"))) (mkdir out) (chdir out) (symlink (assoc-ref %build-inputs "p2") "p2"))))))) (lset= equal? (package-grafts %store p3) (list (graft (origin (package-derivation %store p1 #:graft? #f)) (replacement (package-derivation %store p1r))) (graft (origin (package-derivation %store p2 #:graft? #f)) (replacement (package-derivation %store p2r #:graft? #t))))))) ;;; XXX: Nowadays 'graft-derivation' needs to build derivations beforehand to ;;; find out about their run-time dependencies, so this test is no longer ;;; applicable since it would trigger a full rebuild. ;; ;; (test-assert "package-derivation, indirect grafts" ;; (let* ((new (dummy-package "dep" ;; (arguments '(#:implicit-inputs? #f)))) ;; (dep (package (inherit new) (version "0.0"))) ;; (dep* (package (inherit dep) (replacement new))) ;; (dummy (dummy-package "dummy" ;; (arguments '(#:implicit-inputs? #f)) ;; (inputs `(("dep" ,dep*))))) ;; (guile (package-derivation %store (canonical-package guile-2.0) ;; #:graft? #f))) ;; (equal? (package-derivation %store dummy) ;; (graft-derivation %store ;; (package-derivation %store dummy #:graft? #f) ;; (package-grafts %store dummy) ;; ;; Use the same Guile as 'package-derivation'. ;; #:guile guile)))) (test-equal "package->bag" `("foo86-hurd" #f (,(package-source gnu-make)) (,(canonical-package glibc)) (,(canonical-package coreutils))) (let ((bag (package->bag gnu-make "foo86-hurd"))) (list (bag-system bag) (bag-target bag) (assoc-ref (bag-build-inputs bag) "source") (assoc-ref (bag-build-inputs bag) "libc") (assoc-ref (bag-build-inputs bag) "coreutils")))) (test-equal "package->bag, cross-compilation" `(,(%current-system) "foo86-hurd" (,(package-source gnu-make)) (,(canonical-package glibc)) (,(canonical-package coreutils))) (let ((bag (package->bag gnu-make (%current-system) "foo86-hurd"))) (list (bag-system bag) (bag-target bag) (assoc-ref (bag-build-inputs bag) "source") (assoc-ref (bag-build-inputs bag) "libc") (assoc-ref (bag-build-inputs bag) "coreutils")))) (test-assert "package->bag, propagated inputs" (let* ((dep (dummy-package "dep")) (prop (dummy-package "prop" (propagated-inputs `(("dep" ,dep))))) (dummy (dummy-package "dummy" (inputs `(("prop" ,prop))))) (inputs (bag-transitive-inputs (package->bag dummy #:graft? #f)))) (match (assoc "dep" inputs) (("dep" package) (eq? package dep))))) (test-assert "bag->derivation" (parameterize ((%graft? #f)) (let ((bag (package->bag gnu-make)) (drv (package-derivation %store gnu-make))) (parameterize ((%current-system "foox86-hurd")) ;should have no effect (equal? drv (bag->derivation %store bag)))))) (test-assert "bag->derivation, cross-compilation" (parameterize ((%graft? #f)) (let* ((target "mips64el-linux-gnu") (bag (package->bag gnu-make (%current-system) target)) (drv (package-cross-derivation %store gnu-make target))) (parameterize ((%current-system "foox86-hurd") ;should have no effect (%current-target-system "foo64-linux-gnu")) (equal? drv (bag->derivation %store bag)))))) (when (or (not (network-reachable?)) (shebang-too-long?)) (test-skip 1)) (test-assert "GNU Make, bootstrap" ;; GNU Make is the first program built during bootstrap; we choose it ;; here so that the test doesn't last for too long. (let ((gnu-make (@@ (gnu packages commencement) gnu-make-boot0))) (and (package? gnu-make) (or (location? (package-location gnu-make)) (not (package-location gnu-make))) (let* ((drv (package-derivation %store gnu-make)) (out (derivation->output-path drv))) (and (build-derivations %store (list drv)) (file-exists? (string-append out "/bin/make"))))))) (test-equal "package-mapping" 42 (let* ((dep (dummy-package "chbouib" (native-inputs `(("x" ,grep))))) (p0 (dummy-package "example" (inputs `(("foo" ,coreutils) ("bar" ,grep) ("baz" ,dep))))) (transform (lambda (p) (package (inherit p) (source 42)))) (rewrite (package-mapping transform)) (p1 (rewrite p0))) (and (eq? p1 (rewrite p0)) (eqv? 42 (package-source p1)) (match (package-inputs p1) ((("foo" dep1) ("bar" dep2) ("baz" dep3)) (and (eq? dep1 (rewrite coreutils)) ;memoization (eq? dep2 (rewrite grep)) (eq? dep3 (rewrite dep)) (eqv? 42 (package-source dep1) (package-source dep2) (package-source dep3)) (match (package-native-inputs dep3) ((("x" dep)) (and (eq? dep (rewrite grep)) (package-source dep)))))))))) (test-assert "package-input-rewriting" (let* ((dep (dummy-package "chbouib" (native-inputs `(("x" ,grep))))) (p0 (dummy-package "example" (inputs `(("foo" ,coreutils) ("bar" ,grep) ("baz" ,dep))))) (rewrite (package-input-rewriting `((,coreutils . ,sed) (,grep . ,findutils)) (cut string-append "r-" <>))) (p1 (rewrite p0)) (p2 (rewrite p0))) (and (not (eq? p1 p0)) (eq? p1 p2) ;memoization (string=? "r-example" (package-name p1)) (match (package-inputs p1) ((("foo" dep1) ("bar" dep2) ("baz" dep3)) (and (eq? dep1 sed) (eq? dep2 findutils) (string=? (package-name dep3) "r-chbouib") (eq? dep3 (rewrite dep)) ;memoization (match (package-native-inputs dep3) ((("x" dep)) (eq? dep findutils))))))))) (test-eq "fold-packages" hello (fold-packages (lambda (p r) (if (string=? (package-name p) "hello") p r)) #f)) (test-assert "fold-packages, hidden package" ;; There are two public variables providing "guile@2.0" ('guile-final' in ;; commencement.scm and 'guile-2.0' in guile.scm), but only the latter ;; should show up. (match (fold-packages (lambda (p r) (if (and (string=? (package-name p) "guile") (string-prefix? "2.0" (package-version p))) (cons p r) r)) '()) ((one) (eq? one guile-2.0)))) (test-assert "find-packages-by-name" (match (find-packages-by-name "hello") (((? (cut eq? hello <>))) #t) (wrong (pk 'find-packages-by-name wrong #f)))) (test-assert "find-packages-by-name with version" (match (find-packages-by-name "hello" (package-version hello)) (((? (cut eq? hello <>))) #t) (wrong (pk 'find-packages-by-name wrong #f)))) (test-assert "--search-paths with pattern" ;; Make sure 'guix package --search-paths' correctly reports environment ;; variables when file patterns are used (in particular, it must follow ;; symlinks when looking for 'catalog.xml'.) To do that, we rely on the ;; libxml2 package specification, which contains such a definition. (let* ((p1 (package (name "foo") (version "0") (source #f) (build-system trivial-build-system) (arguments `(#:guile ,%bootstrap-guile #:modules ((guix build utils)) #:builder (begin (use-modules (guix build utils)) (let ((out (assoc-ref %outputs "out"))) (mkdir-p (string-append out "/xml/bar/baz")) (call-with-output-file (string-append out "/xml/bar/baz/catalog.xml") (lambda (port) (display "xml? wat?!" port))))))) (synopsis #f) (description #f) (home-page #f) (license #f))) (p2 (package ;; Provide a fake libxml2 to avoid building the real one. This ;; is OK because 'guix package' gets search path specifications ;; from the same-named package found in the distro. (name "libxml2") (version "0.0.0") (source #f) (build-system trivial-build-system) (arguments `(#:guile ,%bootstrap-guile #:builder (mkdir (assoc-ref %outputs "out")))) (native-search-paths (package-native-search-paths libxml2)) (synopsis #f) (description #f) (home-page #f) (license #f))) (prof (run-with-store %store (profile-derivation (manifest (map package->manifest-entry (list p1 p2))) #:hooks '() #:locales? #f) #:guile-for-build (%guile-for-build)))) (build-derivations %store (list prof)) (string-match (format #f "^export XML_CATALOG_FILES=\"~a/xml/+bar/baz/catalog\\.xml\"\n" (regexp-quote (derivation->output-path prof))) (with-output-to-string (lambda () (guix-package "-p" (derivation->output-path prof) "--search-paths")))))) (test-assert "--search-paths with single-item search path" ;; Make sure 'guix package --search-paths' correctly reports environment ;; variables for things like 'GIT_SSL_CAINFO' that have #f as their ;; separator, meaning that the first match wins. (let* ((p1 (dummy-package "foo" (build-system trivial-build-system) (arguments `(#:guile ,%bootstrap-guile #:modules ((guix build utils)) #:builder (begin (use-modules (guix build utils)) (let ((out (assoc-ref %outputs "out"))) (mkdir-p (string-append out "/etc/ssl/certs")) (call-with-output-file (string-append out "/etc/ssl/certs/ca-certificates.crt") (const #t)))))))) (p2 (package (inherit p1) (name "bar"))) (p3 (dummy-package "git" ;; Provide a fake Git to avoid building the real one. (build-system trivial-build-system) (arguments `(#:guile ,%bootstrap-guile #:builder (mkdir (assoc-ref %outputs "out")))) (native-search-paths (package-native-search-paths git)))) (prof1 (run-with-store %store (profile-derivation (packages->manifest (list p1 p3)) #:hooks '() #:locales? #f) #:guile-for-build (%guile-for-build))) (prof2 (run-with-store %store (profile-derivation (packages->manifest (list p2 p3)) #:hooks '() #:locales? #f) #:guile-for-build (%guile-for-build)))) (build-derivations %store (list prof1 prof2)) (string-match (format #f "^export GIT_SSL_CAINFO=\"~a/etc/ssl/certs/ca-certificates.crt" (regexp-quote (derivation->output-path prof1))) (with-output-to-string (lambda () (guix-package "-p" (derivation->output-path prof1) "-p" (derivation->output-path prof2) "--search-paths")))))) (test-equal "specification->package when not found" 'quit (catch 'quit (lambda () ;; This should call 'leave', producing an error message. (specification->package "this-package-does-not-exist")) (lambda (key . args) key))) (test-end "packages") ;;; Local Variables: ;;; eval: (put 'dummy-package 'scheme-indent-function 1) ;;; End: