4ad2e76a14
This fixes a regression introduced in commit e87f059.
* emacs/guix-main.scm (process-package-actions): Add call to
'set-guile-for-build' in monadic expression.
922 lines
34 KiB
Scheme
922 lines
34 KiB
Scheme
;;; GNU Guix --- Functional package management for GNU
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;;; Copyright © 2014 Alex Kost <alezost@gmail.com>
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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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;;; Commentary:
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;; Information about packages and generations is passed to the elisp
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;; side in the form of alists of parameters (such as ‘name’ or
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;; ‘version’) and their values.
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;; ‘entries’ procedure is the “entry point” for the elisp side to get
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;; information about packages and generations.
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;; Since name/version pair is not necessarily unique, we use
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;; `object-address' to identify a package (for ‘id’ parameter), if
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;; possible. However for the obsolete packages (that can be found in
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;; installed manifest but not in a package directory), ‘id’ parameter is
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;; still "name-version" string. So ‘id’ package parameter in the code
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;; below is either an object-address number or a full-name string.
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;; To speed-up the process of getting information, the following
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;; auxiliary variables are used:
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;;
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;; - `%packages' - VHash of "package address"/"package" pairs.
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;;
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;; - `%package-table' - Hash table of
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;; "name+version key"/"list of packages" pairs.
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;;; Code:
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(use-modules
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(ice-9 vlist)
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(ice-9 match)
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(srfi srfi-1)
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(srfi srfi-2)
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(srfi srfi-11)
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(srfi srfi-19)
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(srfi srfi-26)
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(guix)
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(guix git-download)
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(guix packages)
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(guix profiles)
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(guix licenses)
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(guix utils)
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(guix ui)
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(guix scripts package)
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(guix scripts pull)
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(gnu packages))
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(define-syntax-rule (first-or-false lst)
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(and (not (null? lst))
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(first lst)))
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(define (list-maybe obj)
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(if (list? obj) obj (list obj)))
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(define full-name->name+version package-name->name+version)
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(define (name+version->full-name name version)
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(string-append name "-" version))
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(define* (make-package-specification name #:optional version output)
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(let ((full-name (if version
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(name+version->full-name name version)
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name)))
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(if output
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(string-append full-name ":" output)
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full-name)))
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(define name+version->key cons)
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(define key->name+version car+cdr)
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(define %packages
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(fold-packages (lambda (pkg res)
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(vhash-consq (object-address pkg) pkg res))
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vlist-null))
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(define %package-table
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(let ((table (make-hash-table (vlist-length %packages))))
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(vlist-for-each
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(lambda (elem)
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(match elem
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((address . pkg)
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(let* ((key (name+version->key (package-name pkg)
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(package-version pkg)))
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(ref (hash-ref table key)))
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(hash-set! table key
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(if ref (cons pkg ref) (list pkg)))))))
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%packages)
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table))
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(define (manifest-entry->name+version+output entry)
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(values
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(manifest-entry-name entry)
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(manifest-entry-version entry)
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(manifest-entry-output entry)))
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(define (manifest-entry->package-specification entry)
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(call-with-values
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(lambda () (manifest-entry->name+version+output entry))
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make-package-specification))
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(define (manifest-entries->package-specifications entries)
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(map manifest-entry->package-specification entries))
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(define (generation-package-specifications profile number)
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"Return a list of package specifications for generation NUMBER."
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(let ((manifest (profile-manifest
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(generation-file-name profile number))))
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(manifest-entries->package-specifications
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(manifest-entries manifest))))
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(define (generation-package-specifications+paths profile number)
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"Return a list of package specifications and paths for generation NUMBER.
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Each element of the list is a list of the package specification and its path."
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(let ((manifest (profile-manifest
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(generation-file-name profile number))))
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(map (lambda (entry)
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(list (manifest-entry->package-specification entry)
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(manifest-entry-item entry)))
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(manifest-entries manifest))))
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(define (generation-difference profile number1 number2)
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"Return a list of package specifications for outputs installed in generation
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NUMBER1 and not installed in generation NUMBER2."
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(let ((specs1 (generation-package-specifications profile number1))
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(specs2 (generation-package-specifications profile number2)))
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(lset-difference string=? specs1 specs2)))
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(define (manifest-entries->hash-table entries)
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"Return a hash table of name keys and lists of matching manifest ENTRIES."
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(let ((table (make-hash-table (length entries))))
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(for-each (lambda (entry)
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(let* ((key (manifest-entry-name entry))
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(ref (hash-ref table key)))
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(hash-set! table key
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(if ref (cons entry ref) (list entry)))))
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entries)
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table))
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(define (manifest=? m1 m2)
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(or (eq? m1 m2)
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(equal? m1 m2)))
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(define manifest->hash-table
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(let ((current-manifest #f)
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(current-table #f))
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(lambda (manifest)
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"Return a hash table of name keys and matching MANIFEST entries."
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(unless (manifest=? manifest current-manifest)
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(set! current-manifest manifest)
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(set! current-table (manifest-entries->hash-table
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(manifest-entries manifest))))
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current-table)))
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(define* (manifest-entries-by-name manifest name #:optional version output)
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"Return a list of MANIFEST entries matching NAME, VERSION and OUTPUT."
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(let ((entries (or (hash-ref (manifest->hash-table manifest) name)
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'())))
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(if (or version output)
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(filter (lambda (entry)
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(and (or (not version)
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(equal? version (manifest-entry-version entry)))
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(or (not output)
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(equal? output (manifest-entry-output entry)))))
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entries)
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entries)))
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(define (manifest-entry-by-output entries output)
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"Return a manifest entry from ENTRIES matching OUTPUT."
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(find (lambda (entry)
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(string= output (manifest-entry-output entry)))
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entries))
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(define (fold-manifest-by-name manifest proc init)
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"Fold over MANIFEST entries.
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Call (PROC NAME VERSION ENTRIES RESULT), using INIT as the initial value
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of RESULT. ENTRIES is a list of manifest entries with NAME/VERSION."
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(hash-fold (lambda (name entries res)
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(proc name (manifest-entry-version (car entries))
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entries res))
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init
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(manifest->hash-table manifest)))
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(define* (object-transformer param-alist #:optional (params '()))
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"Return procedure transforming objects into alist of parameter/value pairs.
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PARAM-ALIST is alist of available parameters (symbols) and procedures
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returning values of these parameters. Each procedure is applied to
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objects.
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PARAMS is list of parameters from PARAM-ALIST that should be returned by
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a resulting procedure. If PARAMS is not specified or is an empty list,
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use all available parameters.
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Example:
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(let* ((alist `((plus1 . ,1+) (minus1 . ,1-) (mul2 . ,(cut * 2 <>))))
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(number->alist (object-transformer alist '(plus1 mul2))))
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(number->alist 8))
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=>
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((plus1 . 9) (mul2 . 16))
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"
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(let* ((use-all-params (null? params))
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(alist (filter-map (match-lambda
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((param . proc)
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(and (or use-all-params
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(memq param params))
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(cons param proc)))
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(_ #f))
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param-alist)))
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(lambda objects
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(map (match-lambda
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((param . proc)
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(cons param (apply proc objects))))
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alist))))
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(define %manifest-entry-param-alist
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`((output . ,manifest-entry-output)
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(path . ,manifest-entry-item)
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(dependencies . ,manifest-entry-dependencies)))
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(define manifest-entry->sexp
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(object-transformer %manifest-entry-param-alist))
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(define (manifest-entries->sexps entries)
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(map manifest-entry->sexp entries))
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(define (package-inputs-names inputs)
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"Return a list of full names of the packages from package INPUTS."
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(filter-map (match-lambda
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((_ (? package? package))
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(package-full-name package))
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(_ #f))
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inputs))
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(define (package-license-names package)
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"Return a list of license names of the PACKAGE."
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(filter-map (lambda (license)
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(and (license? license)
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(license-name license)))
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(list-maybe (package-license package))))
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(define (package-source-names package)
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"Return a list of source names (URLs) of the PACKAGE."
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(let ((source (package-source package)))
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(and (origin? source)
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(filter-map (lambda (uri)
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(cond ((string? uri)
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uri)
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((git-reference? uri)
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(git-reference-url uri))
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(else "Unknown source type")))
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(list-maybe (origin-uri source))))))
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(define (package-unique? package)
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"Return #t if PACKAGE is a single package with such name/version."
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(null? (cdr (packages-by-name (package-name package)
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(package-version package)))))
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(define %package-param-alist
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`((id . ,object-address)
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(package-id . ,object-address)
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(name . ,package-name)
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(version . ,package-version)
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(license . ,package-license-names)
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(source . ,package-source-names)
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(synopsis . ,package-synopsis)
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(description . ,package-description)
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(home-url . ,package-home-page)
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(outputs . ,package-outputs)
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(non-unique . ,(negate package-unique?))
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(inputs . ,(lambda (pkg)
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(package-inputs-names
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(package-inputs pkg))))
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(native-inputs . ,(lambda (pkg)
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(package-inputs-names
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(package-native-inputs pkg))))
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(propagated-inputs . ,(lambda (pkg)
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(package-inputs-names
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(package-propagated-inputs pkg))))
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(location . ,(lambda (pkg)
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(location->string (package-location pkg))))))
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(define (package-param package param)
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"Return a value of a PACKAGE PARAM."
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(and=> (assq-ref %package-param-alist param)
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(cut <> package)))
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;;; Finding packages.
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(define (package-by-address address)
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(and=> (vhash-assq address %packages)
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cdr))
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(define (packages-by-name+version name version)
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(or (hash-ref %package-table
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(name+version->key name version))
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'()))
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(define (packages-by-full-name full-name)
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(call-with-values
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(lambda () (full-name->name+version full-name))
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packages-by-name+version))
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(define (packages-by-id id)
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(if (integer? id)
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(let ((pkg (package-by-address id)))
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(if pkg (list pkg) '()))
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(packages-by-full-name id)))
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(define (id->name+version id)
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(if (integer? id)
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(and=> (package-by-address id)
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(lambda (pkg)
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(values (package-name pkg)
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(package-version pkg))))
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(full-name->name+version id)))
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(define (package-by-id id)
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(first-or-false (packages-by-id id)))
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(define (newest-package-by-id id)
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(and=> (id->name+version id)
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(lambda (name)
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(first-or-false (find-best-packages-by-name name #f)))))
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(define (matching-packages predicate)
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(fold-packages (lambda (pkg res)
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(if (predicate pkg)
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(cons pkg res)
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res))
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'()))
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(define (filter-packages-by-output packages output)
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(filter (lambda (package)
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(member output (package-outputs package)))
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packages))
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(define* (packages-by-name name #:optional version output)
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"Return a list of packages matching NAME, VERSION and OUTPUT."
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(let ((packages (if version
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(packages-by-name+version name version)
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(matching-packages
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(lambda (pkg) (string=? name (package-name pkg)))))))
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(if output
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(filter-packages-by-output packages output)
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packages)))
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(define (manifest-entry->packages entry)
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(call-with-values
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(lambda () (manifest-entry->name+version+output entry))
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packages-by-name))
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(define (packages-by-regexp regexp match-params)
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"Return a list of packages matching REGEXP string.
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MATCH-PARAMS is a list of parameters that REGEXP can match."
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(define (package-match? package regexp)
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(any (lambda (param)
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(let ((val (package-param package param)))
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(and (string? val) (regexp-exec regexp val))))
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match-params))
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(let ((re (make-regexp regexp regexp/icase)))
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(matching-packages (cut package-match? <> re))))
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(define (all-available-packages)
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"Return a list of all available packages."
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(matching-packages (const #t)))
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(define (newest-available-packages)
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"Return a list of the newest available packages."
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(vhash-fold (lambda (name elem res)
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(match elem
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((_ newest pkgs ...)
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(cons newest res))))
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'()
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(find-newest-available-packages)))
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;;; Making package/output patterns.
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(define (specification->package-pattern specification)
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(call-with-values
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(lambda ()
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(full-name->name+version specification))
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list))
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(define (specification->output-pattern specification)
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(call-with-values
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(lambda ()
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(package-specification->name+version+output specification #f))
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list))
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(define (id->package-pattern id)
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(if (integer? id)
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(package-by-address id)
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(specification->package-pattern id)))
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(define (id->output-pattern id)
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"Return an output pattern by output ID.
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ID should be '<package-address>:<output>' or '<name>-<version>:<output>'."
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(let-values (((name version output)
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(package-specification->name+version+output id)))
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(if version
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(list name version output)
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(list (package-by-address (string->number name))
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output))))
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(define (specifications->package-patterns . specifications)
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(map specification->package-pattern specifications))
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(define (specifications->output-patterns . specifications)
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(map specification->output-pattern specifications))
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(define (ids->package-patterns . ids)
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(map id->package-pattern ids))
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(define (ids->output-patterns . ids)
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(map id->output-pattern ids))
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(define* (manifest-patterns-result packages res obsolete-pattern
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#:optional installed-pattern)
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"Auxiliary procedure for 'manifest-package-patterns' and
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'manifest-output-patterns'."
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(if (null? packages)
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(cons (obsolete-pattern) res)
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(if installed-pattern
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;; We don't need duplicates for a list of installed packages,
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;; so just take any (car) package.
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(cons (installed-pattern (car packages)) res)
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res)))
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(define* (manifest-package-patterns manifest #:optional obsolete-only?)
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"Return a list of package patterns for MANIFEST entries.
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If OBSOLETE-ONLY? is #f, use all entries, otherwise make patterns only
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for obsolete packages."
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(fold-manifest-by-name
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manifest
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(lambda (name version entries res)
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(manifest-patterns-result (packages-by-name name version)
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res
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(lambda () (list name version entries))
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(and (not obsolete-only?)
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(cut list <> entries))))
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'()))
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(define* (manifest-output-patterns manifest #:optional obsolete-only?)
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"Return a list of output patterns for MANIFEST entries.
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If OBSOLETE-ONLY? is #f, use all entries, otherwise make patterns only
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for obsolete packages."
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(fold (lambda (entry res)
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(manifest-patterns-result (manifest-entry->packages entry)
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res
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(lambda () entry)
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(and (not obsolete-only?)
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(cut list <> entry))))
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'()
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(manifest-entries manifest)))
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(define (obsolete-package-patterns manifest)
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(manifest-package-patterns manifest #t))
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(define (obsolete-output-patterns manifest)
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(manifest-output-patterns manifest #t))
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;;; Transforming package/output patterns into alists.
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(define (obsolete-package-sexp name version entries)
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"Return an alist with information about obsolete package.
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ENTRIES is a list of installed manifest entries."
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`((id . ,(name+version->full-name name version))
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(name . ,name)
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(version . ,version)
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(outputs . ,(map manifest-entry-output entries))
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(obsolete . #t)
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(installed . ,(manifest-entries->sexps entries))))
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(define (package-pattern-transformer manifest params)
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"Return 'package-pattern->package-sexps' procedure."
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(define package->sexp
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(object-transformer %package-param-alist params))
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(define* (sexp-by-package package #:optional
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(entries (manifest-entries-by-name
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manifest
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(package-name package)
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(package-version package))))
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(cons (cons 'installed (manifest-entries->sexps entries))
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(package->sexp package)))
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(define (->sexps pattern)
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(match pattern
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((? package? package)
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(list (sexp-by-package package)))
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(((? package? package) entries)
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(list (sexp-by-package package entries)))
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((name version entries)
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||
(list (obsolete-package-sexp
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name version entries)))
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((name version)
|
||
(let ((packages (packages-by-name name version)))
|
||
(if (null? packages)
|
||
(let ((entries (manifest-entries-by-name
|
||
manifest name version)))
|
||
(if (null? entries)
|
||
'()
|
||
(list (obsolete-package-sexp
|
||
name version entries))))
|
||
(map sexp-by-package packages))))
|
||
(_ '())))
|
||
|
||
->sexps)
|
||
|
||
(define (output-pattern-transformer manifest params)
|
||
"Return 'output-pattern->output-sexps' procedure."
|
||
(define package->sexp
|
||
(object-transformer (alist-delete 'id %package-param-alist)
|
||
params))
|
||
|
||
(define manifest-entry->sexp
|
||
(object-transformer (alist-delete 'output %manifest-entry-param-alist)
|
||
params))
|
||
|
||
(define* (output-sexp pkg-alist pkg-address output
|
||
#:optional entry)
|
||
(let ((entry-alist (if entry
|
||
(manifest-entry->sexp entry)
|
||
'()))
|
||
(base `((id . ,(string-append
|
||
(number->string pkg-address)
|
||
":" output))
|
||
(output . ,output)
|
||
(installed . ,(->bool entry)))))
|
||
(append entry-alist base pkg-alist)))
|
||
|
||
(define (obsolete-output-sexp entry)
|
||
(let-values (((name version output)
|
||
(manifest-entry->name+version+output entry)))
|
||
(let ((base `((id . ,(make-package-specification
|
||
name version output))
|
||
(package-id . ,(name+version->full-name name version))
|
||
(name . ,name)
|
||
(version . ,version)
|
||
(output . ,output)
|
||
(obsolete . #t)
|
||
(installed . #t))))
|
||
(append (manifest-entry->sexp entry) base))))
|
||
|
||
(define* (sexps-by-package package #:optional output
|
||
(entries (manifest-entries-by-name
|
||
manifest
|
||
(package-name package)
|
||
(package-version package))))
|
||
;; Assuming that PACKAGE has this OUTPUT.
|
||
(let ((pkg-alist (package->sexp package))
|
||
(address (object-address package))
|
||
(outputs (if output
|
||
(list output)
|
||
(package-outputs package))))
|
||
(map (lambda (output)
|
||
(output-sexp pkg-alist address output
|
||
(manifest-entry-by-output entries output)))
|
||
outputs)))
|
||
|
||
(define* (sexps-by-manifest-entry entry #:optional
|
||
(packages (manifest-entry->packages
|
||
entry)))
|
||
(if (null? packages)
|
||
(list (obsolete-output-sexp entry))
|
||
(map (lambda (package)
|
||
(output-sexp (package->sexp package)
|
||
(object-address package)
|
||
(manifest-entry-output entry)
|
||
entry))
|
||
packages)))
|
||
|
||
(define (->sexps pattern)
|
||
(match pattern
|
||
((? package? package)
|
||
(sexps-by-package package))
|
||
((package (? string? output))
|
||
(sexps-by-package package output))
|
||
((? manifest-entry? entry)
|
||
(list (obsolete-output-sexp entry)))
|
||
((package entry)
|
||
(sexps-by-manifest-entry entry (list package)))
|
||
((name version output)
|
||
(let ((packages (packages-by-name name version output)))
|
||
(if (null? packages)
|
||
(let ((entries (manifest-entries-by-name
|
||
manifest name version output)))
|
||
(append-map (cut sexps-by-manifest-entry <>)
|
||
entries))
|
||
(append-map (cut sexps-by-package <> output)
|
||
packages))))
|
||
(_ '())))
|
||
|
||
->sexps)
|
||
|
||
(define (entry-type-error entry-type)
|
||
(error (format #f "Wrong entry-type '~a'" entry-type)))
|
||
|
||
(define (search-type-error entry-type search-type)
|
||
(error (format #f "Wrong search type '~a' for entry-type '~a'"
|
||
search-type entry-type)))
|
||
|
||
(define %pattern-transformers
|
||
`((package . ,package-pattern-transformer)
|
||
(output . ,output-pattern-transformer)))
|
||
|
||
(define (pattern-transformer entry-type)
|
||
(assq-ref %pattern-transformers entry-type))
|
||
|
||
;; All procedures from inner alists are called with (MANIFEST . SEARCH-VALS)
|
||
;; as arguments; see `package/output-sexps'.
|
||
(define %patterns-makers
|
||
(let* ((apply-to-rest (lambda (proc)
|
||
(lambda (_ . rest) (apply proc rest))))
|
||
(apply-to-first (lambda (proc)
|
||
(lambda (first . _) (proc first))))
|
||
(manifest-package-proc (apply-to-first manifest-package-patterns))
|
||
(manifest-output-proc (apply-to-first manifest-output-patterns))
|
||
(regexp-proc (lambda (_ regexp params . __)
|
||
(packages-by-regexp regexp params)))
|
||
(all-proc (lambda _ (all-available-packages)))
|
||
(newest-proc (lambda _ (newest-available-packages))))
|
||
`((package
|
||
(id . ,(apply-to-rest ids->package-patterns))
|
||
(name . ,(apply-to-rest specifications->package-patterns))
|
||
(installed . ,manifest-package-proc)
|
||
(generation . ,manifest-package-proc)
|
||
(obsolete . ,(apply-to-first obsolete-package-patterns))
|
||
(regexp . ,regexp-proc)
|
||
(all-available . ,all-proc)
|
||
(newest-available . ,newest-proc))
|
||
(output
|
||
(id . ,(apply-to-rest ids->output-patterns))
|
||
(name . ,(apply-to-rest specifications->output-patterns))
|
||
(installed . ,manifest-output-proc)
|
||
(generation . ,manifest-output-proc)
|
||
(obsolete . ,(apply-to-first obsolete-output-patterns))
|
||
(regexp . ,regexp-proc)
|
||
(all-available . ,all-proc)
|
||
(newest-available . ,newest-proc)))))
|
||
|
||
(define (patterns-maker entry-type search-type)
|
||
(or (and=> (assq-ref %patterns-makers entry-type)
|
||
(cut assq-ref <> search-type))
|
||
(search-type-error entry-type search-type)))
|
||
|
||
(define (package/output-sexps profile params entry-type
|
||
search-type search-vals)
|
||
"Return information about packages or package outputs.
|
||
See 'entry-sexps' for details."
|
||
(let* ((profile (if (eq? search-type 'generation)
|
||
(generation-file-name profile (car search-vals))
|
||
profile))
|
||
(manifest (profile-manifest profile))
|
||
(patterns (if (and (eq? entry-type 'output)
|
||
(eq? search-type 'generation-diff))
|
||
(match search-vals
|
||
((g1 g2)
|
||
(map specification->output-pattern
|
||
(generation-difference profile g1 g2)))
|
||
(_ '()))
|
||
(apply (patterns-maker entry-type search-type)
|
||
manifest search-vals)))
|
||
(->sexps ((pattern-transformer entry-type) manifest params)))
|
||
(append-map ->sexps patterns)))
|
||
|
||
|
||
;;; Getting information about generations.
|
||
|
||
(define (generation-param-alist profile)
|
||
"Return an alist of generation parameters and procedures for PROFILE."
|
||
(let ((current (generation-number profile)))
|
||
`((id . ,identity)
|
||
(number . ,identity)
|
||
(prev-number . ,(cut previous-generation-number profile <>))
|
||
(current . ,(cut = current <>))
|
||
(path . ,(cut generation-file-name profile <>))
|
||
(time . ,(lambda (gen)
|
||
(time-second (generation-time profile gen)))))))
|
||
|
||
(define (matching-generations profile predicate)
|
||
"Return a list of PROFILE generations matching PREDICATE."
|
||
(filter predicate (profile-generations profile)))
|
||
|
||
(define (last-generations profile number)
|
||
"Return a list of last NUMBER generations.
|
||
If NUMBER is 0 or less, return all generations."
|
||
(let ((generations (profile-generations profile))
|
||
(number (if (<= number 0) +inf.0 number)))
|
||
(if (> (length generations) number)
|
||
(list-head (reverse generations) number)
|
||
generations)))
|
||
|
||
(define (find-generations profile search-type search-vals)
|
||
"Find PROFILE's generations matching SEARCH-TYPE and SEARCH-VALS."
|
||
(case search-type
|
||
((id)
|
||
(matching-generations profile (cut memq <> search-vals)))
|
||
((last)
|
||
(last-generations profile (car search-vals)))
|
||
((all)
|
||
(last-generations profile +inf.0))
|
||
((time)
|
||
(match search-vals
|
||
((from to)
|
||
(matching-generations
|
||
profile
|
||
(lambda (gen)
|
||
(let ((time (time-second (generation-time profile gen))))
|
||
(< from time to)))))
|
||
(_ '())))
|
||
(else (search-type-error "generation" search-type))))
|
||
|
||
(define (generation-sexps profile params search-type search-vals)
|
||
"Return information about generations.
|
||
See 'entry-sexps' for details."
|
||
(let ((generations (find-generations profile search-type search-vals))
|
||
(->sexp (object-transformer (generation-param-alist profile)
|
||
params)))
|
||
(map ->sexp generations)))
|
||
|
||
|
||
;;; Getting package/output/generation entries (alists).
|
||
|
||
(define (entries profile params entry-type search-type search-vals)
|
||
"Return information about entries.
|
||
|
||
ENTRY-TYPE is a symbol defining a type of returning information. Should
|
||
be: 'package', 'output' or 'generation'.
|
||
|
||
SEARCH-TYPE and SEARCH-VALS define how to get the information.
|
||
SEARCH-TYPE should be one of the following symbols:
|
||
|
||
- If ENTRY-TYPE is 'package' or 'output':
|
||
'id', 'name', 'regexp', 'all-available', 'newest-available',
|
||
'installed', 'obsolete', 'generation'.
|
||
|
||
- If ENTRY-TYPE is 'generation':
|
||
'id', 'last', 'all', 'time'.
|
||
|
||
PARAMS is a list of parameters for receiving. If it is an empty list,
|
||
get information with all available parameters, which are:
|
||
|
||
- If ENTRY-TYPE is 'package':
|
||
'id', 'name', 'version', 'outputs', 'license', 'synopsis',
|
||
'description', 'home-url', 'inputs', 'native-inputs',
|
||
'propagated-inputs', 'location', 'installed'.
|
||
|
||
- If ENTRY-TYPE is 'output':
|
||
'id', 'package-id', 'name', 'version', 'output', 'license',
|
||
'synopsis', 'description', 'home-url', 'inputs', 'native-inputs',
|
||
'propagated-inputs', 'location', 'installed', 'path', 'dependencies'.
|
||
|
||
- If ENTRY-TYPE is 'generation':
|
||
'id', 'number', 'prev-number', 'path', 'time'.
|
||
|
||
Returning value is a list of alists. Each alist consists of
|
||
parameter/value pairs."
|
||
(case entry-type
|
||
((package output)
|
||
(package/output-sexps profile params entry-type
|
||
search-type search-vals))
|
||
((generation)
|
||
(generation-sexps profile params
|
||
search-type search-vals))
|
||
(else (entry-type-error entry-type))))
|
||
|
||
|
||
;;; Package actions.
|
||
|
||
(define* (package->manifest-entry* package #:optional output)
|
||
(and package
|
||
(begin
|
||
(check-package-freshness package)
|
||
(package->manifest-entry package output))))
|
||
|
||
(define* (make-install-manifest-entries id #:optional output)
|
||
(package->manifest-entry* (package-by-id id) output))
|
||
|
||
(define* (make-upgrade-manifest-entries id #:optional output)
|
||
(package->manifest-entry* (newest-package-by-id id) output))
|
||
|
||
(define* (make-manifest-pattern id #:optional output)
|
||
"Make manifest pattern from a package ID and OUTPUT."
|
||
(let-values (((name version)
|
||
(id->name+version id)))
|
||
(and name version
|
||
(manifest-pattern
|
||
(name name)
|
||
(version version)
|
||
(output output)))))
|
||
|
||
(define (convert-action-pattern pattern proc)
|
||
"Convert action PATTERN into a list of objects returned by PROC.
|
||
PROC is called: (PROC ID) or (PROC ID OUTPUT)."
|
||
(match pattern
|
||
((id . outputs)
|
||
(if (null? outputs)
|
||
(let ((obj (proc id)))
|
||
(if obj (list obj) '()))
|
||
(filter-map (cut proc id <>)
|
||
outputs)))
|
||
(_ '())))
|
||
|
||
(define (convert-action-patterns patterns proc)
|
||
(append-map (cut convert-action-pattern <> proc)
|
||
patterns))
|
||
|
||
(define* (process-package-actions
|
||
profile #:key (install '()) (upgrade '()) (remove '())
|
||
(use-substitutes? #t) dry-run?)
|
||
"Perform package actions.
|
||
|
||
INSTALL, UPGRADE, REMOVE are lists of 'package action patterns'.
|
||
Each pattern should have the following form:
|
||
|
||
(ID . OUTPUTS)
|
||
|
||
ID is an object address or a full-name of a package.
|
||
OUTPUTS is a list of package outputs (may be an empty list)."
|
||
(format #t "The process begins ...~%")
|
||
(let* ((install (append
|
||
(convert-action-patterns
|
||
install make-install-manifest-entries)
|
||
(convert-action-patterns
|
||
upgrade make-upgrade-manifest-entries)))
|
||
(remove (convert-action-patterns remove make-manifest-pattern))
|
||
(transaction (manifest-transaction (install install)
|
||
(remove remove)))
|
||
(manifest (profile-manifest profile))
|
||
(new-manifest (manifest-perform-transaction
|
||
manifest transaction)))
|
||
(unless (and (null? install) (null? remove))
|
||
(with-store store
|
||
(let* ((derivation (run-with-store store
|
||
(mbegin %store-monad
|
||
(set-guile-for-build (default-guile))
|
||
(profile-derivation new-manifest))))
|
||
(derivations (list derivation))
|
||
(new-profile (derivation->output-path derivation)))
|
||
(set-build-options store
|
||
#:print-build-trace #f
|
||
#:use-substitutes? use-substitutes?)
|
||
(show-manifest-transaction store manifest transaction
|
||
#:dry-run? dry-run?)
|
||
(show-what-to-build store derivations
|
||
#:use-substitutes? use-substitutes?
|
||
#:dry-run? dry-run?)
|
||
(unless dry-run?
|
||
(let ((name (generation-file-name
|
||
profile
|
||
(+ 1 (generation-number profile)))))
|
||
(and (build-derivations store derivations)
|
||
(let* ((entries (manifest-entries new-manifest))
|
||
(count (length entries)))
|
||
(switch-symlinks name new-profile)
|
||
(switch-symlinks profile name)
|
||
(format #t (N_ "~a package in profile~%"
|
||
"~a packages in profile~%"
|
||
count)
|
||
count))))))))))
|
||
|
||
(define (delete-generations* profile generations)
|
||
"Delete GENERATIONS from PROFILE.
|
||
GENERATIONS is a list of generation numbers."
|
||
(with-store store
|
||
(delete-generations store profile generations)))
|
||
|
||
(define (package-source-derivation->store-path derivation)
|
||
"Return a store path of the package source DERIVATION."
|
||
(match (derivation-outputs derivation)
|
||
;; Source derivation is always (("out" . derivation)).
|
||
(((_ . output-drv))
|
||
(derivation-output-path output-drv))
|
||
(_ #f)))
|
||
|
||
(define (package-source-path package-id)
|
||
"Return a store file path to a source of a package PACKAGE-ID."
|
||
(and-let* ((package (package-by-id package-id))
|
||
(source (package-source package)))
|
||
(with-store store
|
||
(package-source-derivation->store-path
|
||
(package-source-derivation store source)))))
|
||
|
||
(define* (package-source-build-derivation package-id #:key dry-run?
|
||
(use-substitutes? #t))
|
||
"Build source derivation of a package PACKAGE-ID."
|
||
(and-let* ((package (package-by-id package-id))
|
||
(source (package-source package)))
|
||
(with-store store
|
||
(let* ((derivation (package-source-derivation store source))
|
||
(derivations (list derivation)))
|
||
(set-build-options store
|
||
#:print-build-trace #f
|
||
#:use-substitutes? use-substitutes?)
|
||
(show-what-to-build store derivations
|
||
#:use-substitutes? use-substitutes?
|
||
#:dry-run? dry-run?)
|
||
(unless dry-run?
|
||
(build-derivations store derivations))
|
||
(format #t "The source store path: ~a~%"
|
||
(package-source-derivation->store-path derivation))))))
|