;;; GNU Guix --- Functional package management for GNU ;;; Copyright © 2013-2016, 2018, 2020-2022 Ludovic Courtès ;;; Copyright © 2017, 2018, 2019, 2020 Tobias Geerinckx-Rice ;;; Copyright © 2020 Pierre Neidhardt ;;; Copyright © 2021, 2022 Philip McGrath ;;; Copyright © 2021 jgart ;;; ;;; This file is part of GNU Guix. ;;; ;;; GNU Guix is free software; you can redistribute it and/or modify it ;;; under the terms of the GNU General Public License as published by ;;; the Free Software Foundation; either version 3 of the License, or (at ;;; your option) any later version. ;;; ;;; GNU Guix is distributed in the hope that it will be useful, but ;;; WITHOUT ANY WARRANTY; without even the implied warranty of ;;; MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the ;;; GNU General Public License for more details. ;;; ;;; You should have received a copy of the GNU General Public License ;;; along with GN
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Source: https://git.archlinux.org/svntogit/community.git/plain/trunk/boost-1.68.patch?h=packages/aegisub
From d8336d2fed73c72d1227b343d6acfb991bc1651b Mon Sep 17 00:00:00 2001
From: Jan Beich <jbeich@FreeBSD.org>
Date: Mon, 9 Jul 2018 20:15:29 +0000
Subject: [PATCH] Keep using std::distance after Boost 1.68

src/search_replace_engine.cpp:256:14: error: call to
      'distance' is ambiguous
                                count += distance(
                                         ^~~~~~~~
/usr/include/c++/v1/iterator:511:1: note: candidate function [with _InputIter =
      boost::u32regex_iterator<std::__1::__wrap_iter<const char *> >]
distance(_InputIter __first, _InputIter __last)
^
/usr/local/include/boost/iterator/distance.hpp:49:9: note: candidate function [with SinglePassIterator =
      boost::u32regex_iterator<std::__1::__wrap_iter<const char *> >]
        distance(SinglePassIterator first, SinglePassIterator last)
        ^
---
 src/search_replace_engine.cpp | 2 +-
 1 file changed, 1 insertion(+), 1 deletion(-)

diff --git a/src/search_replace_engine.cpp b/src/search_replace_engine.cpp
index 594c21e5e..14c71680d 100644
--- a/src/search_replace_engine.cpp
+++ b/src/search_replace_engine.cpp
@@ -253,7 +253,7 @@ bool SearchReplaceEngine::ReplaceAll() {
 			if (MatchState ms = matches(&diag, 0)) {
 				auto& diag_field = diag.*get_dialogue_field(settings.field);
 				std::string const& text = diag_field.get();
-				count += distance(
+				count += std::distance(
 					boost::u32regex_iterator<std::string::const_iterator>(begin(text), end(text), *ms.re),
 					boost::u32regex_iterator<std::string::const_iterator>());
 				diag_field = u32regex_replace(text, *ms.re, settings.replace_with);
generated by cgit
of the main ;; Racket distribution. (Additionally, components of the Racket VM that are ;; implemented in Racket can be installed as packages, mostly for ease of ;; development.) ;; ;; The top-level 'Makefile' is more like a directory of scripts: it has ;; convienience targets for developing Racket, and it cooperates with the ;; 'distro-build' package to assemble custom Racket distributions. (Again, ;; the makefile just delegates to Zuo.) It is not part of Racket source ;; distributions: the root of a source distribution is basically 'racket/src' ;; with some extra package sources and configuration added. ;; ;; A ''minimal Racket'' installation includes two packages: 'base', which is a ;; sort of bridge between the current ``built-in'' collections and the package ;; system's model of dependencies, and 'racket-lib', which, for installations ;; that can not rely on a system package manager, pulls in the SQLite and ;; OpenSSL shared libraries as platform-specific dependencies for use by the ;; ``built-in'' collections. ;; ;; The main Racket distribution consists of installing the 'main-distribution' ;; package and all of its dependencies. ;; ;; The default mode when building Racket (or installing it with the released ;; installers) is an ``in-place build'', which produces a self-contained, ;; relocatable, roughly FHS-like directory. (Racket also supports ;; ``Unix-style'' installations, which rearrange the parts of an in-place ;; build into Racket-specific subdirectories and generally tries to work for ;; installation into an FHS-based system.) Certain tools, e.g. 'distro-build' ;; and 'raco cross', are able to work with an in-place Racket build. ;; ;; This file defines the packages 'racket-vm-cgc', 'racket-vm-bc', and ;; 'racket-vm-cs'. All three are in-place builds of 'racket/src/' and ;; 'racket/collects/' and are installed to 'opt/racket-vm/' in the store ;; output. ;; ;; Using 'racket-vm-cs', we then define the packages 'racket-minimal' and ;; 'racket'. These use Racket's support for ``layered installations'', which ;; allow an immutable base layer to be extended with additional packages. ;; They use the layer configuration directly provide ready-to-install FHS-like ;; trees, rather than relying on the built in ``Unix-style install'' ;; mechanism. ;; ;; Bootstrapping Racket: ;; --------------------- ;; ;; Here's how bootstrapping Racket works: ;; ;; - Racket BC [CGC] can be built with only a C compiler (except for ;; one caveat discussed below). ;; - Racket BC [3M] needs an existing Racket to run "xform", ;; which transforms its own C source code to add additional annotations ;; for the precise garbage collector. ;; - Racket CS needs (bootfiles for) Racket's fork of Chez Scheme. ;; It also needs an existing Racket to compile Racket-implemented ;; parts of the runtime system to R6RS libraries. ;; - Chez Scheme also needs bootfiles for itself, but Racket can simulate ;; enough of Chez Scheme to load Racket's fork of the Chez Scheme compiler ;; purely from source into Racket and apply the compiler to itself, ;; producing the needed bootfiles (albeit very slowly). ;; Any variant of Racket since version 7.1 can run the simulation. ;; ;; So, we build CGC to build 3M to build bootfiles and CS. ;; ;; (Note: since the CGC variant is basically only for bootstrapping, we ;; often use "BC" to mean "3M", consistent with `(banner)` and the ;; suffixes used on executables when more than one variant co-exists.) ;; ;; One remaining bootstrapping limitation is that Racket's reader, module ;; system, and macro expander are implemented in Racket. For Racket CS, ;; they are compiled to R6RS libraries as discussed above. This note from the ;; README file applies to all such subsystems: ;; ;; The Racket version must be practically the same as the current Racket ;; verson, although it can be the Racket BC implementation (instead of ;; the Racket CS implementation). ;; ;; Unlike Chez Scheme boot files, the files generated in "schemified" ;; are human-readable and -editable Scheme code. That provides a way ;; out of bootstrapping black holes, even without BC. ;; ;; However, other Racket subsystems implemented in Racket for Racket CS ;; use older C implementations for Racket BC, whereas the reader, expander, ;; and module system were completely replaced with the Racket implementation ;; as of Racket 7.0. See also . ;; ;; For Racket BC, the compiled "linklet" s-expressions (primitive modules) ;; are embeded in C as a static string constant. Eventually, they are further ;; compiled by the C-implemented Racket BC bytecode and JIT compilers. ;; ;; Zuo is notably *not* a problem for bootstrapping. The implementation is a ;; single hand-written C file designed to build with just `cc -o zuo zuo.c`, ;; even with very old or limited compilers. (We use the Autoconf support for ;; convienience.) ;; ;; CODE: (define %racket-version "8.7") ; Remember to update chez-scheme-for-racket! (define %zuo-version "1.0") ; defined in racket/src/zuo/zuo.c (define %racket-commit (string-append "v" %racket-version)) (define %racket-origin (origin (method git-fetch) (uri (git-reference (url "https://github.com/racket/racket") (commit %racket-commit))) (sha256 (base32 "0agwa1nrv8mizkqg9nffjli00djyx1r9n6y6b6ry7k13pb6i7xnj")) (file-name (git-file-name "racket" %racket-version)) (patches (search-patches "racket-backport-8.7-pkg-strip.patch" "racket-chez-scheme-bin-sh.patch" "racket-rktio-bin-sh.patch" "racket-zuo-bin-sh.patch")) (modules '((guix build utils))) (snippet #~(begin (use-modules (guix build utils)) ;; Unbundle Chez submodules. (with-directory-excursion "racket/src/ChezScheme" ;; TODO: consider putting this in a (guix ...) or (guix build ...) ;; module so it can be shared with the upstream Chez Scheme origin ;; without cyclic issues. (for-each (lambda (dir) (when (directory-exists? dir) (delete-file-recursively dir))) '("stex" "nanopass" "lz4" "zlib"))) ;; Unbundle libffi. (delete-file-recursively "racket/src/bc/foreign/libffi"))))) (define-public zuo (let ((revision #f)) (package (name "zuo") (version (string-append %zuo-version "-racket" %racket-version (if revision "-guix" "") (or revision ""))) (source %racket-origin) (outputs '("out" "debug")) (build-system gnu-build-system) (arguments (list #:out-of-source? #t #:phases #~(modify-phases %standard-phases (add-after 'unpack 'chdir (lambda args (chdir "racket/src/zuo")))))) (home-page "https://github.com/racket/zuo") ;; ^ This is downstream of https://github.com/racket/racket, ;; but it's designed to be a friendly landing place (synopsis "Tiny Racket for build scripts") (description "Zuo is a tiny Racket with primitives for dealing with files and running processes. It comes with a @command{make}-like embedded DSL, which is used to build Racket itself. Zuo is a Racket variant in the sense that program files start with @code{#lang}, and the module path after @code{#lang} determines the parsing and expansion of the file content. That's how the @command{make}-like DSL is defined, and even the base Zuo language is defined by layers of @code{#lang}s. One of the early layers implements macros.") (license (list license:asl2.0 license:expat))))) (define racket-vm-common-configure-flags #~`(,@(cond ((false-if-exception (search-input-file %build-inputs "/bin/libtool")) => (lambda (libtool) (list (string-append "--enable-lt=" libtool)))) (else '())) ,@(cond ((false-if-exception (search-input-file %build-inputs "/opt/racket-vm/bin/racket")) => (lambda (racket) (list (string-append "--enable-racket=" racket)))) (else '())) "--disable-strip" ;; Using --enable-origtree lets us distinguish the VM from subsequent ;; layers and produces a build with the shape expected by tools such as ;; "distro-build" and "raco-cross". Removing these flags would require ;; changes, especially to 'configure-layer.rkt' (defined below). "--enable-origtree" ,(string-append "--prefix=" #$output "/opt/racket-vm"))) (define-public racket-vm-cgc ;; Eventually, it may make sense for some vm packages to not be hidden, ;; but this one is especially likely to remain hidden. (hidden-package (package (name "racket-vm-cgc") (version %racket-version) (source %racket-origin) (inputs (list ncurses ;; <- common to all variants (for #%terminal) libffi)) ;; <- for BC and non-native CS variants (native-inputs (cons* zuo ;; <- for all variants libtool ;; <- only for BC variants (if (%current-target-system) (list this-package) '()))) (outputs '("out" "debug")) (build-system gnu-build-system) (arguments (list #:configure-flags #~(cons "--enable-cgcdefault" #$racket-vm-common-configure-flags) #:make-flags #~(list (string-append "ZUO=" #+(this-package-native-input "zuo") "/bin/zuo")) ;; Tests are in packages like racket-test-core and ;; main-distribution-test that aren't part of the main ;; distribution. #:tests? #f ;; Upstream recommends #:out-of-source?, and it ;; helps a lot with debugging. #:out-of-source? #t #:modules '((ice-9 match) (ice-9 regex) (guix build gnu-build-system) (guix build utils)) #:strip-directories #~'("opt/racket-vm/bin" "opt/racket-vm/lib") #:phases #~(modify-phases %standard-phases (add-before 'configure 'initialize-config.rktd (lambda* (#:key inputs #:allow-other-keys) (define (write-racket-hash alist) ;; inside must use dotted pair notation (display "#hash(") (for-each (match-lambda ((k . v) (format #t "(~s . ~s)" k v))) alist) (display ")\n")) (define maybe-release-catalog (let ((v #$(package-version this-package))) (if (string-match "^[0-9]+\\.[0-9]+($|\\.[0-8][0-9]*$)" v) `(,(string-append "https://download.racket-lang.org/releases/" v "/catalog/")) '()))) (mkdir-p "racket/etc") (with-output-to-file "racket/etc/config.rktd" (lambda () (write-racket-hash `((build-stamp . "") (catalogs ,@maybe-release-catalog #f))))))) (add-before 'configure 'chdir (lambda _ (chdir "racket/src"))) (replace 'install-license-files ;; The #:out-of-source? mode for install-license-files fails ;; to find the srcdir: as a workaround, navigate there ourselves. (let ((install-license-files (assoc-ref %standard-phases 'install-license-files))) (lambda args (with-directory-excursion "../src" (apply install-license-files `(,@args ;; if there are duplicate keywords, last is used #:out-of-source? #f))))))))) (home-page "https://racket-lang.org") (synopsis "Old Racket implementation used for bootstrapping") (description "This variant of the Racket BC (``before Chez'' or ``bytecode'') implementation is not recommended for general use. It uses CGC (a ``Conservative Garbage Collector''), which was succeeded as default in PLT Scheme version 370 (which translates to 3.7 in the current versioning scheme) by the 3M variant, which in turn was succeeded in version 8.0 by the Racket CS implementation. Racket CGC is primarily used for bootstrapping Racket BC [3M]. It may also be used for embedding applications without the annotations needed in C code to use the 3M garbage collector.") ;; https://download.racket-lang.org/license.html ;; The LGPL components are only used by Racket BC. (license (list license:lgpl3+ license:asl2.0 license:expat))))) (define-public racket-vm-bc (package (inherit racket-vm-cgc) (name "racket-vm-bc") (native-inputs (if (%current-target-system) (package-native-inputs racket-vm-cgc) (modify-inputs (package-native-inputs racket-vm-cgc) (prepend racket-vm-cgc)))) (arguments (substitute-keyword-arguments (package-arguments racket-vm-cgc) ((#:configure-flags _ '()) #~(cons "--enable-bconly" #$(cond ((target-ppc64le?) ;; Attempt to avoid a problem bootstrapping Chez Scheme: ;; see ;; and . #~(map (lambda (flag) (if (string-prefix? "CPPFLAGS=" flag) (string-append flag " -DSTACK_SAFETY_MARGIN=2000000") flag)) #$racket-vm-common-configure-flags)) (else racket-vm-common-configure-flags)))))) (synopsis "Racket BC [3M] implementation") (description "The Racket BC (``before Chez'' or ``bytecode'') implementation was the default before Racket 8.0. It uses a compiler written in C targeting architecture-independent bytecode, plus a JIT compiler on most platforms. Racket BC has a different C API than the current default runtime system, Racket CS (based on ``Chez Scheme''). This package is the normal implementation of Racket BC with a precise garbage collector, 3M (``Moving Memory Manager'').") ;; https://download.racket-lang.org/license.html ;; The LGPL components are only used by Racket BC. (license (list license:lgpl3+ license:asl2.0 license:expat)))) (define-public racket-vm-cs (package (inherit racket-vm-bc) (name "racket-vm-cs") (inputs (let ((inputs (modify-inputs (package-inputs racket-vm-cgc) (prepend zlib lz4)))) (if (racket-cs-native-supported-system?) (modify-inputs inputs (delete "libffi")) inputs))) (native-inputs (let ((native-inputs (package-native-inputs racket-vm-cgc))) (modify-inputs (if (%current-target-system) (modify-inputs native-inputs (prepend this-package) (delete "racket-vm-cgc")) native-inputs) (delete "libtool") (prepend chez-scheme-for-racket chez-nanopass-bootstrap)))) (arguments (substitute-keyword-arguments (package-arguments racket-vm-cgc) ((#:phases those-phases #~%standard-phases) #~(modify-phases #$those-phases (add-after 'unpack 'unpack-nanopass+stex (lambda args (with-directory-excursion "racket/src/ChezScheme" #$unpack-nanopass+stex))))) ((#:configure-flags _ '()) #~(cons* "--enable-csonly" "--enable-libz" "--enable-lz4" (string-append "--enable-scheme=" #+(this-package-native-input "chez-scheme-for-racket") "/bin/scheme") #$@(if (racket-cs-native-supported-system?) #~() #~(#$(string-append "--enable-mach=" (nix-system->pbarch-machine-type)) "--enable-pb")) #$racket-vm-common-configure-flags)))) (synopsis "Racket CS implementation") (description "The Racket CS implementation, which uses ``Chez Scheme'' as its core compiler and runtime system, has been the default Racket VM implementation since Racket 8.0. It performs better than the Racket BC implementation for most programs. On systems for which Racket CS cannot generate machine code, this package uses a variant of its ``portable bytecode'' backend specialized for word size and endianness. Using the Racket VM packages directly is not recommended: instead, install the @code{racket-minimal} or @code{racket} packages.") ;; https://download.racket-lang.org/license.html ;; The LGPL components are only used by Racket BC. (license (list license:asl2.0 license:expat)))) (define (racket-packages-origin name origin specs) "Extract from ORIGIN the sources for the Racket packages specified by SPECS, a non-empty list of package specifications. In the resulting file-like object, each package's source will be in the directory \"/share/racket/pkgs/PKG/\", where PKG is the Racket name for the package. The NAME will be used in the store file name for the resulting file-like object. A package specification is a list of the form: (PKG PATH) where PATH is the path to the package source relative to ORIGIN---possibly \".\". As a special case, a package specification may also be a string, which is equivalent to: (PKG PKG) Examples: - \"expeditor\" - (\"main-distribution\" \".\") - (\"racket-lib\" \"pkgs/racket-lib\")" (computed-file (string-append "racket-pkg-" name "-sources") (with-imported-modules `((guix build utils)) #~(begin (use-modules (guix build utils)) (mkdir-p (string-append #$output "/share/racket/pkgs")) (chdir (string-append #$output "/share/racket/pkgs")) #$@(map (match-lambda ((? string? name) #~(copy-recursively #$(file-append origin (string-append "/" name)) #$name)) ((name ".") #~(copy-recursively #$origin #$name)) ((name path) #~(copy-recursively #$(file-append origin (string-append "/" path)) #$name))) specs))))) (define (simple-racket-origin repo hash specs) "Like 'racket-packages-origin', but specialized for packages hosted at \"https://github.com/racket/REPO\" with sha256 checksum HASH. REPO is also used to build the name of the resulting store item." (racket-packages-origin repo (origin (method git-fetch) (uri (git-reference (url (format #f "https://github.com/racket/~a" repo)) (commit %racket-commit))) (sha256 hash) (file-name (git-file-name (string-append "racket-" repo) %racket-version))) specs)) (define-public racket-minimal (package (name "racket-minimal") (version %racket-version) (source #f) ;; For cross-compilation, Matthew Flatt recommends reusing ;; as much of `raco cross` as possible. So, put that off until ;; we have a build system for Racket packages. (inputs (list openssl sqlite racket-vm-cs (racket-packages-origin "base" %racket-origin '(("base" "pkgs/base") ("racket-lib" "pkgs/racket-lib"))))) (build-system gnu-build-system) (arguments ;; Here and for the `racket` package, we're using #:configure-flags ;; to pass flags for `configure-layer.rkt` and #:make-flags ;; to pass arguments for `raco pkg install`. (list #:configure-flags #~`("--tethered" "--extra-foreign-lib-search-dirs" ,(format #f "~s" (list #$(file-append (this-package-input "openssl") "/lib") #$(file-append (this-package-input "sqlite") "/lib")))) #:make-flags #~`("racket-lib") #:tests? #f ;; packaged separately #:modules '((guix build gnu-build-system) (guix build utils) (guix build union) (ice-9 match)) #:imported-modules `((guix build union) ,@%gnu-build-system-modules) #:phases #~(modify-phases %standard-phases (delete 'unpack) (replace 'configure (lambda* (#:key inputs configure-flags #:allow-other-keys) (let* ((vm-dir (search-input-directory inputs "opt/racket-vm")) (racket (string-append vm-dir "/bin/racket"))) (apply invoke racket #$configure-layer.rkt `(,@(cond ((false-if-exception (search-input-file inputs "etc/racket/config.rktd")) => (lambda (file) `("--parent" ,(dirname (dirname (dirname file)))))) (else '())) ,@configure-flags ,vm-dir ,#$output)) (invoke racket "--config" (string-append #$output "/etc/racket") "-l" "raco" "setup" "--no-user")))) (replace 'build (lambda* (#:key inputs #:allow-other-keys) ;; We use "share/racket/pkgs" for sources to distinguish them ;; from the "lib/racket/pkgs" of a potential parent layer. (union-build (string-append #$output "/lib/racket/pkgs") (search-path-as-list '("share/racket/pkgs") (map cdr inputs)) #:create-all-directories? #t))) (replace 'install (lambda* (#:key inputs make-flags #:allow-other-keys) (let ((racket (search-input-file inputs "/opt/racket-vm/bin/racket"))) (unless (null? make-flags) (invoke racket "-l-" "pkg/dirs-catalog" "--link" "local-catalog" (string-append #$output "/lib/racket/pkgs")) (apply invoke racket "--config" (string-append #$output "/etc/racket") "-l" "raco" "pkg" "install" "--installation" "--auto" "--catalog" "local-catalog" make-flags)))))))) (home-page "https://racket-lang.org") (synopsis "Racket without bundled packages such as DrRacket") (description "Racket is a general-purpose programming language in the Scheme family, with a large set of libraries and a compiler based on Chez Scheme. Racket is also a platform for language-oriented programming, from small domain-specific languages to complete language implementations. The ``minimal Racket'' distribution includes just enough of Racket for you to use @command{raco pkg} to install more. Bundled packages, such as the DrRacket IDE, are not included.") ;; https://download.racket-lang.org/license.html ;; The LGPL components are only used by Racket BC. (license (list license:asl2.0 license:expat)))) (define-public racket (package (inherit racket-minimal) (name "racket") (source #f) (native-inputs (list racket-minimal)) ; XXX: conservative estimate, untested (inputs (list cairo fontconfig glib glu gmp gtk+ ;; propagates gdk-pixbuf+svg libjpeg-turbo libpng libx11 ;; ?? wayland ?? mesa mpfr pango unixodbc libedit ;; TODO reconsider in light of expeditor and readline-gpl racket-minimal ;; <-- TODO non-tethered layer racket-vm-cs (simple-racket-origin "2d" (base32 "0fb5v6058ls08xw3zbmqyr2ym0psm119gl9ffgmhm9w8rs9i4dq7") '("2d" "2d-doc" "2d-lib")) (simple-racket-origin "algol60" (base32 "09kj6asypmc24n29w0izc9p0q8hpga2hpkchsypfwn5c8zpvihlx") '(("algol60" "."))) (racket-packages-origin "racket" %racket-origin '(("at-exp-lib" "pkgs/at-exp-lib") ("compiler" "pkgs/compiler") ("compiler-lib" "pkgs/compiler-lib") ("net" "pkgs/net") ("net-doc" "pkgs/net-doc") ("net-lib" "pkgs/net-lib") ("racket-doc" "pkgs/racket-doc") ("racket-index" "pkgs/racket-index") ("scheme-doc" "pkgs/scheme-doc") ("sandbox-lib" "pkgs/sandbox-lib") ("zo-lib" "pkgs/zo-lib"))) (simple-racket-origin "cext-lib" (base32 "00w38jpv88fpl4pgj6ndnysvn0s21rjvj0xhznay80msan0vc341") '("cext-lib" "dynext-lib")) (simple-racket-origin "class-iop" (base32 "08z57q83cr7wnh6g8ah3hdhmsmf9zp1jfs7yvxv188l3hzvygy5l") '("class-iop-lib")) (simple-racket-origin "compatibility" (base32 "0ydx9alrpqg03xcl7zm5qcpx017i554q9ramz69vpwlfy3zdqmdm") '("compatibility" "compatibility-doc" "compatibility-lib")) (simple-racket-origin "contract-profile" (base32 "1xm2z8g0dpv5d9h2sg680vx1a8ix9gbsdpxxb8qv1w7akp73paj3") '(("contract-profile" "."))) (simple-racket-origin "data" (base32 "08sj4m0g0cp7gwb0nq90m770f0c21b7ydif7nljc8rxmcdprfisc") '("data" "data-doc" "data-enumerate-lib" "data-lib")) (simple-racket-origin "datalog" (base32 "0nf6cy4djpyhfvgpa6yn72apbz9s83gp0qg95pzjd0az4v6qwq1s") '(("datalog" "."))) (simple-racket-origin "db" (base32 "0xx0k8yw2vb9b4vk2dwjfbpixnmriqsv7kpv3fvfxbwyg42y0db5") '("db" "db-doc" "db-lib")) (simple-racket-origin "deinprogramm" (base32 "1ngdjky4n1vy2b9jz1z4pnzl0vgvaqr3p0ff5sx82hs38qvvi5di") '("deinprogramm" "deinprogramm-signature")) (simple-racket-origin "distributed-places" (base32 "1dajpkj9balqcpv6cdk9hwjz592h1vq8rrx5vncariiac4vbdpa0") '("distributed-places" "distributed-places-doc" "distributed-places-lib")) (simple-racket-origin "draw" (base32 "0pxpay04rylq3hqfpdrha2pw78hhwsjzq8w4f156gipin74lb7a2") '("draw" "draw-doc" "draw-lib")) (simple-racket-origin "drracket" (base32 "12khv954v7xpi3wv50pp5l28ww1382apbvzvs67d6ik10nn3d0y4") '("drracket" "drracket-plugin-lib" "drracket-tool" "drracket-tool-doc" "drracket-tool-lib" "drracket-tool-text-lib")) (simple-racket-origin "ds-store" (base32 "0ajr27kipp4dr1qlisaghsb3h7lhhjwrfw2r79b5myczsa1mp661") '("ds-store" "ds-store-doc" "ds-store-lib")) (simple-racket-origin "eli-tester" (base32 "0icx6wn14gjm8kdmq1jppqgq87sxkras4qb5xmdr6wigxafhjqyk") '(("eli-tester" "."))) 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Racket is also a platform for language-oriented programming, from small domain-specific languages to complete language implementations. The main Racket distribution comes with many bundled packages, including the DrRacket IDE, libraries for GUI and web programming, and implementations of languages such as Typed Racket, R5RS and R6RS Scheme, Algol 60, and Datalog."))) (define configure-layer.rkt (scheme-file "configure-layer.rkt" `(module configure-layer racket/base (require racket/cmdline racket/match racket/file racket/port racket/list racket/pretty) (define (build-path-string . args) (path->string (apply build-path args))) (define rx:racket ;; Guile's reader doesn't support #rx"racket" (regexp "racket")) (define tethered? #f) (define parent #f) (define extra-foreign-lib-search-dirs '()) (define-values [vm-dir prefix] (command-line #:once-each [("--tethered") "create a tethered layer" (set! tethered? #t)] [("--parent") dir "path of parent layer, if any" (set! parent dir)] [("--extra-foreign-lib-search-dirs") dir-list "foreign library directories, as a list of strings in `read` syntax" (set! extra-foreign-lib-search-dirs (call-with-input-string dir-list read))] #:args (vm-dir prefix) (values vm-dir prefix))) (let* ([config (for/fold ([config (file->value (if parent (build-path parent "etc/racket/config.rktd") (build-path vm-dir "etc/config.rktd")))]) ([spec (in-list '((lib-dir lib-search-dirs "lib/racket" "lib") (share-dir share-search-dirs "share/racket" "share") (links-file links-search-files "lib/racket/links.rktd" "share/links.rktd") (pkgs-dir pkgs-search-dirs "lib/racket/pkgs" "share/pkgs") ;; Partial workaround for: ;; https://github.com/racket/racket/issues/4133 #;(bin-dir bin-search-dirs "bin" "bin") (bin-dir bin-search-dirs "lib/racket/bogus-untethered-bin" "bin") (man-dir man-search-dirs "share/man" "share/man") (doc-dir doc-search-dirs "share/doc/racket" "doc") (include-dir include-search-dirs "include/racket" "include")))]) (match-define (list main-key search-key pth vm-pth) spec) (hash-set* config main-key (build-path-string prefix pth) search-key (list* #f (hash-ref config main-key (lambda () (if parent (build-path-string parent pth) (build-path-string vm-dir vm-pth)))) (filter values (hash-ref config search-key null)))))] [config (hash-update config 'lib-search-dirs (lambda (dirs) ;; add after other layers, but before older ;; foreign lib search directories (define-values [rkt old-foreign-dirs] (partition (lambda (pth) (or (not pth) (regexp-match? rx:racket pth))) dirs)) (append rkt extra-foreign-lib-search-dirs old-foreign-dirs)))] [config (hash-set* config 'apps-dir (build-path-string prefix "share/applications") 'absolute-installation? #t ;; Let Guix coexist with other installation ;; methods without clobbering user-specific packages. ;; This could be set in various places, but doing ;; it here is convienient, at least until we support ;; cross-compilation. 'installation-name (string-append (version) "-guix" (match (system-type 'gc) ['cgc "-cgc"] ;; workaround Guile reader/printer: ['|3m| "-bc"] [_ ""])))] [config (cond [tethered? ;; Partial workaround for: ;; https://github.com/racket/racket/issues/4133 #;(define bin-dir (hash-ref config 'bin-dir)) (define bin-dir (build-path-string prefix "bin")) (hash-set* config 'config-tethered-apps-dir (hash-ref config 'apps-dir) 'config-tethered-console-bin-dir bin-dir 'config-tethered-gui-bin-dir bin-dir)] [else config])]) (define new-config-pth (build-path prefix "etc/racket/config.rktd")) (make-parent-directory* new-config-pth) (call-with-output-file* new-config-pth (lambda (out) (pretty-write config out)))))))