gnu: guix-build-coordinator: Update to 0-66.a410ff4. - guix

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author	Christopher Baines <mail@cbaines.net>	2022-10-21 17:27:38 +0100
committer	Christopher Baines <mail@cbaines.net>	2022-10-21 17:27:38 +0100
commit	c7e6d72a0835dba1bed67ef61d9284520bee39a2 (patch)
tree	8d0e34791fd6fd0e422921726f3d75321448424f
parent	2edd7cd00c8f7abd073acbe241a6583d4e3a3df9 (diff)
download	guix-c7e6d72a0835dba1bed67ef61d9284520bee39a2.tar.gz guix-c7e6d72a0835dba1bed67ef61d9284520bee39a2.zip

gnu: guix-build-coordinator: Update to 0-66.a410ff4.

* gnu/packages/package-management.scm (guix-build-coordinator): Update to 0-66.a410ff4.

Diffstat

-rw-r--r--

gnu/packages/package-management.scm

1 files changed, 3 insertions, 3 deletions

;;; GNU Guix --- Functional package management for GNU ;;; Copyright © 2018 Mathieu Othacehe <m.othacehe@gmail.com> ;;; Copyright © 2019 Ludovic Courtès <ludo@gnu.org> ;;; ;;; This file is part of GNU Guix. ;;; ;;; GNU Guix is free software; you can redistribute it and/or modify it ;;; under the terms of the GNU General Public License as published by ;;; the Free Software Foundation; either version 3 of the License, or (at ;;; your option) any later version. ;;; ;;; GNU Guix is distributed in the hope that it will be useful, but ;;; WITHOUT ANY WARRANTY; without even the implied warranty of ;;; MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the ;;; GNU General Public License for more details. ;;; ;;; You should have received a copy of the GNU General Public License ;;; along with GNU Guix. If not, see <http://www.gnu.org/licenses/>. (define-module (gnu installer locale) #:use-module (gnu installer utils) #:use-module ((gnu build locale) #:select (normalize-codeset)) #:use-module (guix records) #:use-module (json) #:use-module (srfi srfi-1) #:use-module (ice-9 match) #:use-module (ice-9 regex) #:export (locale-language locale-territory locale-codeset locale-modifier locale->locale-string supported-locales->locales iso639->iso639-languages language-code->language-name iso3166->iso3166-territories territory-code->territory-name locale->configuration)) ;;; ;;; Locale. ;;; ;; A glibc locale string has the following format: ;; language[_territory[.codeset][@modifier]]. (define locale-regexp "^([^_@]+)(_([^\\.@]+))?(\\.([^@]+))?(@([^$]+))?$") ;; LOCALE will be better expressed in a (guix record) that in an association ;; list. However, loading large files containing records does not scale ;; well. The same thing goes for ISO639 and ISO3166 association lists used ;; later in this module. (define (locale-language assoc) (assoc-ref assoc 'language)) (define (locale-territory assoc) (assoc-ref assoc 'territory)) (define (locale-codeset assoc) (assoc-ref assoc 'codeset)) (define (locale-modifier assoc) (assoc-ref assoc 'modifier)) (define* (locale-string->locale string #:optional codeset) "Return the locale association list built from the parsing of STRING and, optionally, CODESET." (let ((matches (string-match locale-regexp string))) `((language . ,(match:substring matches 1)) (territory . ,(match:substring matches 3)) (codeset . ,(or codeset (match:substring matches 5))) (modifier . ,(match:substring matches 7))))) (define (locale->locale-string locale) "Reverse operation of locale-string->locale." (let ((language (locale-language locale)) (territory (locale-territory locale)) (codeset (locale-codeset locale)) (modifier (locale-modifier locale))) (apply string-append `(,language ,@(if territory `("_" ,territory) '()) ,@(if codeset `("." ,(normalize-codeset codeset)) '()) ,@(if modifier `("@" ,modifier) '()))))) (define (supported-locales->locales supported-locales) "Given SUPPORTED-LOCALES, a file produced by 'glibc-supported-locales', return a list of locales where each locale is an alist." (map (match-lambda ((locale . codeset) (locale-string->locale locale codeset))) (call-with-input-file supported-locales read))) ;;; ;;; Language. ;;; (define (iso639-language-alpha2 assoc) (assoc-ref assoc 'alpha2)) (define (iso639-language-alpha3 assoc) (assoc-ref assoc 'alpha3)) (define (iso639-language-name assoc) (assoc-ref assoc 'name)) (define (supported-locale? locales alpha2 alpha3) "Find a locale in LOCALES whose alpha2 field matches ALPHA-2 or alpha3 field matches ALPHA-3. The ISO639 standard specifies that ALPHA-2 is optional. Thus, if ALPHA-2 is #f, only consider ALPHA-3. Return #f if not matching locale was found." (find (lambda (locale) (let ((language (locale-language locale))) (or (and=> alpha2 (lambda (code) (string=? language code))) (string=? language alpha3)))) locales)) (define (iso639->iso639-languages locales iso639-3 iso639-5) "Return a list of ISO639 association lists created from the parsing of ISO639-3 and ISO639-5 files." (call-with-input-file iso639-3 (lambda (port-iso639-3) (call-with-input-file iso639-5 (lambda (port-iso639-5) (filter-map (lambda (hash) (let ((alpha2 (assoc-ref hash "alpha_2")) (alpha3 (assoc-ref hash "alpha_3")) (name (assoc-ref hash "name"))) (and (supported-locale? locales alpha2 alpha3) `((alpha2 . ,alpha2) (alpha3 . ,alpha3) (name . ,name))))) (append (vector->list (assoc-ref (json->scm port-iso639-3) "639-3")) (vector->list (assoc-ref (json->scm port-iso639-5) "639-5"))))))))) (define (language-code->language-name languages language-code) "Using LANGUAGES as a list of ISO639 association lists, return the language name corresponding to the given LANGUAGE-CODE." (let ((iso639-language (find (lambda (language) (or (and=> (iso639-language-alpha2 language) (lambda (alpha2) (string=? alpha2 language-code))) (string=? (iso639-language-alpha3 language) language-code))) languages))) (iso639-language-name iso639-language))) ;;; ;;; Territory. ;;; (define (iso3166-territory-alpha2 assoc) (assoc-ref assoc 'alpha2)) (define (iso3166-territory-alpha3 assoc) (assoc-ref assoc 'alpha3)) (define (iso3166-territory-name assoc) (assoc-ref assoc 'name)) (define (iso3166->iso3166-territories iso3166) "Return a list of ISO3166 association lists created from the parsing of ISO3166 file." (call-with-input-file iso3166 (lambda (port) (map (lambda (hash) `((alpha2 . ,(assoc-ref hash "alpha_2")) (alpha3 . ,(assoc-ref hash "alpha_3")) (name . ,(assoc-ref hash "name")))) (vector->list (assoc-ref (json->scm port) "3166-1")))))) (define (territory-code->territory-name territories territory-code) "Using TERRITORIES as a list of ISO3166 association lists return the territory name corresponding to the given TERRITORY-CODE." (let ((iso3166-territory (find (lambda (territory) (or (and=> (iso3166-territory-alpha2 territory) (lambda (alpha2) (string=? alpha2 territory-code))) (string=? (iso3166-territory-alpha3 territory) territory-code))) territories))) (iso3166-territory-name iso3166-territory))) ;;; ;;; Configuration formatter. ;;; (define (locale->configuration locale) "Return the configuration field for LOCALE." `((locale ,locale)))


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