c232375340
The 'asd-operation' parameter can be used to specify the ASDF operation to use in the build phase. It's default value is "load-system". * guix/build-system/asdf.scm (package-with-build-system, asdf-build): Add 'asd-operation' parameter. * guix/build/asdf-buid-system.scm (build): Add 'asd-operation' parameter and use it. * guix/build/lisp-utils.scm (compile-systems): Add 'asd-operation' parameter and use it.
376 lines
14 KiB
Scheme
376 lines
14 KiB
Scheme
;;; GNU Guix --- Functional package management for GNU
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;;; Copyright © 2016, 2017 Andy Patterson <ajpatter@uwaterloo.ca>
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;;; Copyright © 2019, 2020, 2021, 2022 Guillaume Le Vaillant <glv@posteo.net>
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;;; Copyright © 2021 Ludovic Courtès <ludo@gnu.org>
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;;; Copyright © 2022 Pierre Neidhardt <mail@ambrevar.xyz>
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;;;
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;;; This file is part of GNU Guix.
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;;;
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;;; GNU Guix is free software; you can redistribute it and/or modify it
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;;; under the terms of the GNU General Public License as published by
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;;; the Free Software Foundation; either version 3 of the License, or (at
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;;; your option) any later version.
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;;;
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;;; GNU Guix is distributed in the hope that it will be useful, but
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;;; WITHOUT ANY WARRANTY; without even the implied warranty of
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;;; MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
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;;; GNU General Public License for more details.
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;;;
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;;; You should have received a copy of the GNU General Public License
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;;; along with GNU Guix. If not, see <http://www.gnu.org/licenses/>.
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(define-module (guix build-system asdf)
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#:use-module (guix store)
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#:use-module (guix utils)
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#:use-module (guix memoization)
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#:use-module (guix packages)
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#:use-module (guix gexp)
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#:use-module (guix monads)
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#:use-module (guix search-paths)
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#:use-module ((guix build utils)
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#:select ((package-name->name+version
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. hyphen-separated-name->name+version)))
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#:use-module (guix build-system)
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#:use-module (guix build-system gnu)
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#:use-module (ice-9 match)
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#:use-module (ice-9 regex)
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#:use-module (srfi srfi-1)
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#:use-module (srfi srfi-26)
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#:use-module (gnu packages)
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#:export (%asdf-build-system-modules
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%asdf-build-modules
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asdf-build
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asdf-build-system/sbcl
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asdf-build-system/ecl
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asdf-build-system/source
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sbcl-package->cl-source-package
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sbcl-package->ecl-package))
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;; Commentary:
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;;
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;; Standard build procedure for asdf packages. This is implemented as an
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;; extension of 'gnu-build-system'.
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;;
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;; Code:
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(define %asdf-build-system-modules
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;; Imported build-side modules
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`((guix build asdf-build-system)
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(guix build lisp-utils)
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(guix build union)
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,@%gnu-build-system-modules))
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(define %asdf-build-modules
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;; Used (visible) build-side modules
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'((guix build asdf-build-system)
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(guix build utils)
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(guix build union)
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(guix build lisp-utils)))
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(define (default-lisp implementation)
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"Return the default package for the lisp IMPLEMENTATION."
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;; Lazily resolve the binding to avoid a circular dependency.
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(let ((lisp-module (resolve-interface '(gnu packages lisp))))
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(module-ref lisp-module implementation)))
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(define* (lower/source name
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#:key source inputs outputs native-inputs system target
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#:allow-other-keys
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#:rest arguments)
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"Return a bag for NAME"
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(define private-keywords
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'(#:target #:inputs #:native-inputs))
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(and (not target)
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(bag
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(name name)
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(system system)
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(host-inputs `(,@(if source
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`(("source" ,source))
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'())
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,@inputs
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,@(standard-packages)))
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(build-inputs native-inputs)
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(outputs outputs)
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(build asdf-build/source)
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(arguments (strip-keyword-arguments private-keywords arguments)))))
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(define* (asdf-build/source name inputs
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#:key source outputs
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(phases '%standard-phases/source)
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(search-paths '())
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(system (%current-system))
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(guile #f)
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(imported-modules %asdf-build-system-modules)
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(modules %asdf-build-modules))
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(define builder
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(with-imported-modules imported-modules
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#~(begin
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(use-modules #$@(sexp->gexp modules))
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(asdf-build/source #:name #$name
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#:source #+source
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#:system #$system
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#:phases #$phases
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#:outputs #$(outputs->gexp outputs)
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#:search-paths '#$(sexp->gexp
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(map search-path-specification->sexp
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search-paths))
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#:inputs #$(input-tuples->gexp inputs)))))
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(mlet %store-monad ((guile (package->derivation (or guile (default-guile))
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system #:graft? #f)))
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(gexp->derivation name builder
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#:system system
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#:guile-for-build guile)))
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(define* (package-with-build-system from-build-system to-build-system
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from-prefix to-prefix
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#:key variant-property
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phases-transformer)
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"Return a precedure which takes a package PKG which uses FROM-BUILD-SYSTEM,
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and returns one using TO-BUILD-SYSTEM. If PKG was prefixed by FROM-PREFIX,
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the resulting package will be prefixed by TO-PREFIX. Inputs of PKG are
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recursively transformed using the same rule. The result's #:phases argument
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will be modified by PHASES-TRANSFORMER, an S-expression which evaluates on the
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build side to a procedure of one argument.
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VARIANT-PROPERTY can be added to a package's properties to indicate that the
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corresponding package promise should be used as the result of this
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transformation. This allows the result to differ from what the transformation
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would otherwise produce.
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If TO-BUILD-SYSTEM is asdf-build-system/source, the resulting package will be
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set up using CL source package conventions."
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(define target-is-source? (eq? asdf-build-system/source to-build-system))
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(define (transform-package-name name)
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(if (string-prefix? from-prefix name)
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(let ((new-name (string-drop name (string-length from-prefix))))
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(if (string-prefix? to-prefix new-name)
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new-name
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(string-append to-prefix new-name)))
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name))
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(define (has-from-build-system? pkg)
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(and (package? pkg)
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(eq? from-build-system (package-build-system pkg))))
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(define (find-input-package pkg)
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(let* ((name (package-name pkg))
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(new-name (transform-package-name name))
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(pkgs (find-packages-by-name new-name)))
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(if (null? pkgs) #f (list-ref pkgs 0))))
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(define transform
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(mlambda (pkg)
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(define rewrite
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(match-lambda
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((name content . rest)
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(let* ((is-package? (package? content))
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(new-content (if is-package?
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(or (find-input-package content)
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(transform content))
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content)))
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`(,name ,new-content ,@rest)))))
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;; Special considerations for source packages: CL inputs become
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;; propagated, and un-handled arguments are removed.
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(define (new-propagated-inputs)
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(if target-is-source?
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(map rewrite
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(append
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(filter (match-lambda
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((_ input . _)
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(has-from-build-system? input)))
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(append (package-inputs pkg)
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;; The native inputs might be needed just
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;; to load the system.
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(package-native-inputs pkg)))
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(package-propagated-inputs pkg)))
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(map rewrite (package-propagated-inputs pkg))))
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(define (new-inputs inputs-getter)
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(if target-is-source?
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(map rewrite
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(filter (match-lambda
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((_ input . _)
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(not (has-from-build-system? input))))
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(inputs-getter pkg)))
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(map rewrite (inputs-getter pkg))))
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(define base-arguments
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(if target-is-source?
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(strip-keyword-arguments
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'(#:tests? #:lisp #:asd-systems #:asd-test-systems #:asd-operation)
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(package-arguments pkg))
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(package-arguments pkg)))
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(cond
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((and variant-property
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(assoc-ref (package-properties pkg) variant-property))
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=> force)
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((has-from-build-system? pkg)
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(package
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(inherit pkg)
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(location (package-location pkg))
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(name (transform-package-name (package-name pkg)))
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(build-system to-build-system)
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(arguments
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(substitute-keyword-arguments base-arguments
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((#:phases phases) (list phases-transformer phases))))
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(inputs (new-inputs package-inputs))
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(propagated-inputs (new-propagated-inputs))
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(native-inputs (append (if target-is-source?
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(list (list (package-name pkg) pkg))
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'())
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(new-inputs package-native-inputs)))
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(outputs (if target-is-source?
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'("out")
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(package-outputs pkg)))))
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(else pkg))))
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transform)
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(define (strip-variant-as-necessary variant pkg)
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(define properties (package-properties pkg))
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(if (assoc variant properties)
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(package
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(inherit pkg)
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(properties (alist-delete variant properties)))
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pkg))
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(define (lower lisp-type)
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(lambda* (name
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#:key source inputs outputs native-inputs system target
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(lisp (default-lisp (string->symbol lisp-type)))
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#:allow-other-keys
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#:rest arguments)
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"Return a bag for NAME"
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(define private-keywords
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'(#:target #:inputs #:native-inputs #:lisp))
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(and (not target)
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(bag
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(name name)
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(system system)
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(host-inputs `(,@(if source
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`(("source" ,source))
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'())
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,@inputs
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,@(standard-packages)))
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(build-inputs `((,lisp-type ,lisp)
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,@native-inputs))
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(outputs outputs)
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(build (asdf-build lisp-type))
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(arguments (strip-keyword-arguments private-keywords arguments))))))
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(define (asdf-build lisp-type)
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(lambda* (name inputs
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#:key source outputs
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(tests? #t)
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(asd-systems ''())
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(asd-test-systems ''())
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(asd-operation "load-system")
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(phases '%standard-phases)
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(search-paths '())
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(system (%current-system))
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(guile #f)
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(imported-modules %asdf-build-system-modules)
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(modules %asdf-build-modules))
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(define systems
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(if (null? (cadr asd-systems))
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;; FIXME: Find a more reliable way to get the main system name.
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(let* ((lisp-prefix (string-append lisp-type "-"))
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(package-name (hyphen-separated-name->name+version
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(if (string-prefix? lisp-prefix name)
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(string-drop name
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(string-length lisp-prefix))
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name))))
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`(quote ,(list package-name)))
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asd-systems))
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(define test-systems
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(if (null? (cadr asd-test-systems))
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systems
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asd-test-systems))
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(define builder
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(with-imported-modules imported-modules
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#~(begin
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(use-modules #$@(sexp->gexp modules))
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(parameterize ((%lisp (search-input-file
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#$(input-tuples->gexp inputs)
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(string-append "bin/" #$lisp-type)))
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(%lisp-type #$lisp-type))
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(asdf-build #:name #$name
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#:source #+source
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#:asd-systems #$systems
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#:asd-test-systems #$test-systems
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#:asd-operation #$asd-operation
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#:system #$system
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#:tests? #$tests?
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#:phases #$phases
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#:outputs #$(outputs->gexp outputs)
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#:search-paths '#$(sexp->gexp
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(map search-path-specification->sexp
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search-paths))
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#:inputs #$(input-tuples->gexp inputs))))))
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(mlet %store-monad ((guile (package->derivation (or guile (default-guile))
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system #:graft? #f)))
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(gexp->derivation name builder
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#:system system
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#:guile-for-build guile))))
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(define asdf-build-system/sbcl
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(build-system
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(name 'asdf/sbcl)
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(description "The build system for ASDF binary packages using SBCL")
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(lower (lower "sbcl"))))
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(define asdf-build-system/ecl
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(build-system
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(name 'asdf/ecl)
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(description "The build system for ASDF binary packages using ECL")
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(lower (lower "ecl"))))
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(define asdf-build-system/source
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(build-system
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(name 'asdf/source)
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(description "The build system for ASDF source packages")
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(lower lower/source)))
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(define sbcl-package->cl-source-package
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(let* ((property 'cl-source-variant)
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(transformer
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(package-with-build-system asdf-build-system/sbcl
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asdf-build-system/source
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"sbcl-"
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"cl-"
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#:variant-property property
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#:phases-transformer
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'(const %standard-phases/source))))
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(lambda (pkg)
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(transformer
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(strip-variant-as-necessary property pkg)))))
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(define sbcl-package->ecl-package
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(let* ((property 'ecl-variant)
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(transformer
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(package-with-build-system asdf-build-system/sbcl
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asdf-build-system/ecl
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"sbcl-"
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"ecl-"
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#:variant-property property
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#:phases-transformer
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'identity)))
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(lambda (pkg)
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(transformer
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(strip-variant-as-necessary property pkg)))))
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;;; asdf.scm ends here
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