;;; GNU Guix --- Functional package management for GNU ;;; Copyright © 2021 B. Wilson ;;; ;;; This file is part of GNU Guix. ;;; ;;; GNU Guix is free software; you can redistribute it and/or modify it ;;; under the terms of the GNU General Public License as published by ;;; the Free Software Foundation; either version 3 of the License, or (at ;;; your option) any later version. ;;; ;;; GNU Guix is distributed in the hope that it will be useful, but ;;; WITHOUT ANY WARRANTY; without even the implied warranty of ;;; MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the ;;; GNU General Public License for more details. ;;; ;;; You should have received a copy of the GNU General Public License ;;; along with GNU Guix. If not, see . (define-module (gnu packages jsoftware) #:use-module (guix records) #:use-module (guix packages) #:use-module ((guix licenses) #:prefix license:) #:use-module (guix git-download) #:use-module (guix build-system gnu) #:use-module (guix build-system trivial) #:use-module (guix build utils) #:use-module (guix utils) #:use-module (gnu packages) #:use-module (gnu packages libedit) #:use-module (gnu packages llvm) #:use-module (gnu packages maths) #:use-module (guix gexp) #:use-module (ice-9 match)) (define (jname prefix jtype) "Return a package name for the given prefix and jtype, e.g. `jlib', `jlib-beta', `j', and `j-beta'." (let ((postfix (if (eq? jtype 'release) "" (string-append "-" (symbol->string jtype))))) (string-append prefix postfix))) (define (jversion->string version revision) "Return a string representation of a J version and (optional) revision pair." (let ((postfix (if (not revision) "" (string-append "-" revision)))) (string-append version postfix))) (define (jinfo->git-tag jversion jtype jrevision) "Given version parameters, construct a git tag for upstream releases." (let ((postfix (if (not jrevision) "" (string-append "-" jrevision)))) (string-append "j" jversion "-" (symbol->string jtype) postfix))) (define-record-type* jlib-build-configuration make-jlib-build-configuration jlib-build-configuration? (builder jlib-build-configuration-builder (default "guix.gnu.org")) (version jlib-build-configuration-version (default #f)) (revision jlib-build-configuration-revision (default #f)) (hash jlib-build-configuration-hash (default #f)) (type jlib-build-configuration-type (default 'release)) (patches jlib-build-configuration-patches (default '())) (extra-inputs jlib-build-configuration-extra-inputs (default '())) (extra-envars jlib-build-configuration-extra-envars (default '()))) (define make-jlib (match-lambda (($ builder jversion revision hash type patches extra-inputs extra-envars) (package (name (jname "jlib" type)) (version (jversion->string jversion revision)) (source (origin (method git-fetch) (uri (git-reference (url "https://github.com/jsoftware/jsource") (commit (jinfo->git-tag jversion type revision)))) (sha256 (base32 hash)) (file-name (git-file-name name version)) (patches patches))) (properties `((jversion . ,jversion) (jrevision . ,revision) (jtype . ,type))) (build-system gnu-build-system) (native-inputs `(("clang-toolchain" ,clang-toolchain))) (inputs (cons* `("libedit" ,libedit) `("libomp" ,libomp) extra-inputs)) (arguments `(#:modules (((ice-9 ftw) #:select (scandir)) ((ice-9 popen) #:select (open-pipe* close-pipe)) ((ice-9 regex) #:select (match:substring string-match)) ((ice-9 threads) #:select (parallel par-for-each)) ((srfi srfi-26) #:select (cut)) ((srfi srfi-1) #:select (fold)) ,@%gnu-build-system-modules) #:phases ;; Upstream's build system consists of ad-hoc scripts that build ;; build up (very complicated) environment variables to pass to make. ;; The basic build process looks like this: ;; ;; 1) Copy jsrc/jversion-x.h to jsrc/jversion.h and edit values; ;; 2) Set jplatform and j64x environment variables; ;; 3) Run make2/build_jconsole.sh and make2/build_libj.sh; ;; ;; However, upstream expects users to run J directly from the source ;; directory; they do not supply a make `install' target. Thus it ;; takes some massaging to install files in FHS-style directories. (modify-phases %standard-phases ;; In particular, we have to set up ;; ;; 1) jsrc/jversion.h as in a typical build; ;; 2) jlibrary/bin/profilex.ijs to point to writable directories; ;; 3) make2/build_*.sh to respect standard build conventions; ;; 4) jsrc/jconsole.c to fix libedit dlopen; and ;; 5) Hard coded references to addons directory. (replace 'configure (lambda* (#:key target inputs outputs #:allow-other-keys) (let* ((clang-toolchain (assoc-ref inputs "clang-toolchain")) (clang (string-append clang-toolchain "/bin/clang")) (libedit (assoc-ref inputs "libedit")) (out (assoc-ref outputs "out")) (share (string-append out "/share/j"))) ;; Set up build constants (copy-file "jsrc/jversion-x.h" "jsrc/jversion.h") (substitute* "jsrc/jversion.h" (("^#define jversion.*$") (format #f "#define jversion ~s\n" ,version)) (("^#define jtype.*$") (format #f "#define jtype ~s\n" (symbol->string ',type))) (("^#define jbuilder.*$") (format #f "#define jbuilder ~s\n" ,builder))) ;; Create profilex.ijs overrides to point to the correct ;; store items. Note that we set ~install and ~addons ;; directories to reside under ~user to allow installing ;; and loading addons. TODO: Guix-ify J addons as well. (call-with-output-file "jlibrary/bin/profilex.ijs" (lambda (port) (display (string-join (list (format #f "system=. '~a/system'" share) (format #f "tools=. '~a/tools'" share) ;; Upstream defaults to spamming $HOME with ;; unhidden userdata directories. Set this to be ;; $HOME/.j// instead "'jtype jversion'=. (3&{,{.) <;._2 ,&'/' 9!:14''" "jversion=. ({.~ i.&'-') jversion" "jsuffix=. >@{&('';'-beta') jtype -: 'beta'" "user=. home,'/.j/',jversion,jsuffix" "addons=. user,'/addons'" "break=. user,'/break'" "config=. user,'/config'" "install=. user,'/install'" "snap=. user,'/snap'" "temp=. user,'/temp'" "\n") "\n") port))) ;; Munge the build scripts into reason: ;; 1. Short-circuit the fragile compiler detection; ;; 2. Make sure to include our CFLAGS and LFLAGS; and ;; 3. Propagate script errors to top level. (for-each (lambda (file) (with-directory-excursion "make2" (substitute* file ;; The `compiler' variable doesn't point to the actual ;; compiler. It is just a switch to tell the build ;; scripts whether to use gcc- or clang-specific ;; flags. (("^compiler=.*$") "compiler=clang\n") (("^LDFLAGS=\"" def) (string-append def "$LDFLAGS ")) (("^(common=\")(\\$USETHREAD.*)$" _ def rest) (string-append def "$CFLAGS " rest)) (("^#!.*" shebang) (string-append shebang "set -o errexit\n"))))) '("build_jconsole.sh" "build_libj.sh")) ;; The jconsole manually loads libedit with dlopen. The path ;; must be absolute to correctly point to our input. (substitute* "jsrc/jconsole.c" (("libedit\\.so\\.[0-9]" so-file) (format #f "~a/lib/~a" libedit so-file))) ;; The ~addons/dev directory supplies tentative J-script ;; definitions of new J engine functionality. Since we point ;; ~addons under the ~user directory, we move it under ;; ~system instead, which sits as-is in the output. (with-directory-excursion "jsrc" (for-each (lambda (file) (substitute* file (("~addons/dev") "~system/dev"))) (scandir "." (lambda (f) (eq? (stat:type (stat f)) 'regular))))) ;; Implementation of 9!:14 records build time which breaks ;; build reproducibility. Note that upstream code depends on ;; the exact format of these strings, so we need to mimic the ;; standard. (substitute* "jsrc/j.c" (("__DATE__") "\"Jan 01 1970\"") (("__TIME__") "\"00:00:00\"")) ;; Upstream recommends using clang, with GCC support being ;; second-class, often resulting in build failures. (setenv "CC" clang)))) ;; The build output depends primarily on the values of the ;; `jplatform' and `j64x' environment variables. If the target is ;; ARM, then `jplatform' is "raspberry", otherwise it is `linux'. ;; In addition to 32- and 64- bit versions, `j64x' controlls ;; whether AVX or AVX2 variants of libj are built. ;; ;; However, build targets are not fine-grained enough to ;; distinguish between CPU features. Thus we build and install all ;; variants of libj, expecting jconsole to be called with a wrapper ;; script that detects AVX features and loads the appropriate libj ;; at runtime. (replace 'build (lambda _ (setenv "USE_OPENMP" "1") (setenv "USE_THREAD" "1") (for-each (lambda (var-val) (apply setenv var-val)) (quote ,extra-envars)) ;; The build scripts assume that PWD is make2. (with-directory-excursion "make2" (let* ((platform ,(if (target-arm?) "raspberry" "linux")) (jplat (string-append "jplatform=" platform)) (target-bit ,(if (target-64bit?) "64" "32")) (jbit (string-append "j64x=" "j" target-bit)) (jbit-avx (string-append jbit "avx")) (jbit-avx2 (string-append jbit "avx2"))) (parallel ;; Since jconsole doesn't depend on AVX features, we just ;; build it once. (invoke "env" jplat jbit "./build_jconsole.sh") (invoke "env" jplat jbit "./build_libj.sh") (if ,(target-64bit?) (parallel (invoke "env" jplat jbit-avx "./build_libj.sh") (invoke "env" jplat jbit-avx2 "./build_libj.sh")))))))) ;; The test suite is expected to be run as follows for each variant ;; of libj that we build: ;; ;; $ echo 'RUN ddall' | jconsole test/tsu.ijs ;; ;; This requires a working jconsole with accessible jlibrary files. ;; We simply place these all under test/bin. (replace 'check (lambda _ (let ((jplatform ,(if (target-arm?) "raspberry" "linux"))) (mkdir-p "test/bin") (for-each (lambda (dir) (let ((source (string-append "jlibrary/" dir)) (dest (string-append "test/bin/" dir))) (begin (mkdir-p dest) (copy-recursively source dest)))) '("system" "tools" "addons")) ;; The jlibrary/dev directory only sometimes exists, but ;; needs to be copied into the ~system directory when it ;; does. (if (access? "jlibrary/dev" R_OK) (copy-recursively "jlibrary/dev" "test/bin/system/dev")) (par-for-each (lambda (dir) (let* ((jbin (string-append "bin/" jplatform)) (jbit ,(if (target-64bit?) "j64" "j32")) (jconsole (string-append jbin "/" jbit "/jconsole")) (source (string-append jbin "/" dir)) (dest (string-append "test/bin/" dir))) (begin (mkdir-p dest) (copy-recursively source dest) (install-file "jlibrary/bin/profile.ijs" dest) (install-file jconsole dest) (let* ((jc (string-append dest "/jconsole")) (tests "test/tsu.ijs") (port (open-pipe* OPEN_WRITE jc tests))) (display "RUN ddall\n" port) (when (not (zero? (status:exit-val (close-pipe port)))) (error "Some J build tests failed.")))))) (scandir (string-append "bin/" jplatform) (negate (cut member <> '("." ".."))))) #t))) ;; Now that everything is built, installation is fairly ;; straightforward, following FHS conventions. The only quirk is ;; that we install jconsole under /libexec to make room for the ;; wrapper replacement under /bin. (replace 'install (lambda* (#:key outputs inputs #:allow-other-keys) (let* ((jplat ,(if (target-arm?) "raspberry" "linux")) (jbit ,(if (target-64bit?) "j64" "j32")) (jconsole (string-join `("bin" ,jplat ,jbit "jconsole") "/")) (out (assoc-ref outputs "out")) (etc (string-append out "/etc/j")) (lib (string-append out "/lib/j")) (libexec (string-append out "/libexec")) (share (string-append out "/share/j")) (system (string-append share "/system")) (dev (string-append system "/dev"))) (mkdir-p lib) (for-each (lambda (jarch) (let* ((jbin (string-join `("bin" ,jplat ,jarch) "/")) (javx-match (string-match "avx.*" jarch)) (javx (if (not javx-match) "" (match:substring javx-match))) (sep (if javx-match "-" "")) (source (string-append jbin "/libj.so")) (dest (format #f "~a/libj~a~a.so" lib sep javx))) (copy-file source dest))) (scandir (string-append "bin/" jplat) (negate (cut member <> '("." ".."))))) (install-file jconsole libexec) (copy-recursively "jlibrary/system" system) (if (access? "jlibrary/dev" R_OK) (copy-recursively "jlibrary/dev" dev)) (install-file "jlibrary/bin/profile.ijs" etc) (install-file "jlibrary/bin/profilex.ijs" etc))))))) (home-page "https://www.jsoftware.com/") (synopsis "Ascii-only, array programming language in the APL family") (description "J is a high-level, general-purpose programming language that is particularly suited to the mathematical, statistical, and logical analysis of data. It is a powerful tool for developing algorithms and exploring problems that are not already well understood.") (license license:gpl3+))))) (define jlib-901 (make-jlib (jlib-build-configuration (version "901") (revision "f") (hash "1776021m0j1aanzwg60by83n53pw7i6afd5wplfzczwk8bywax4p") (patches (search-patches "jsoftware-j901-f-fixes.patch"))))) (define jlib-build-configuration-with-sleef (jlib-build-configuration (extra-inputs `(("sleef" ,sleef))) (extra-envars `(("USE_SLEEF_SRC" "0") ("LDFLAGS" "-lsleef"))))) (define jlib-902 (make-jlib (jlib-build-configuration (inherit jlib-build-configuration-with-sleef) (version "902") (revision "b") (hash "0j67vgikqflwjqacsdicasvyv1k54s2c8vjgwmf0ix7l41p4xqz0")))) (define jlib-903-beta (make-jlib (jlib-build-configuration (inherit jlib-build-configuration-with-sleef) (version "903") (revision "h") (type 'beta) (hash "13sw2ffgx6pm699qfi50drlp8y1vmzj4swzx82g6vhyjpjci1w4h")))) (define (make-ijconsole jlib) "Generate a G-exp wrapper script that detects AVX/AVX2 support at runtime and executes jconsole with the appropriate libj.so and profile.ijs." (program-file (string-append "ijconsole-" (package-version jlib)) #~(begin (use-modules ((ice-9 rdelim) #:select (read-line)) ((ice-9 regex) #:select (regexp-match? string-match))) (define (cpu-feature-line? string) (string-prefix? "flags" string)) (define (contains-word? word string) (regexp-match? (string-match (string-join `("\\<" ,word "\\>") "") string))) (define (has-cpu-feature? feature) (with-input-from-file "/proc/cpuinfo" (lambda () (catch 'found (lambda () (let loop ((line (read-line))) (cond ((eof-object? line) #f) ((and (cpu-feature-line? line) (contains-word? feature line)) (throw 'found)) (else (loop (read-line)))))) (const #t))))) (let* ((jconsole (string-append #$jlib "/libexec/jconsole")) (libj (format #f "~a/lib/j/libj-~a.so" #$jlib (cond ((has-cpu-feature? "avx2") "avx2") ((has-cpu-feature? "avx") "avx") (else "")))) (jprofile (string-append #$jlib "/etc/j/profile.ijs"))) (apply execl jconsole "ijconsole" "-lib" libj "-jprofile" jprofile (cdr (command-line))))))) (define (make-j jlib) "Generate a J package containing /bin/ijconsole- linked against the given jlib library package. Note that the ijconsole executable is versioned since it is typical for J users to have multiple versions installed on the same system." (let ((jversion (assq-ref (package-properties jlib) 'jversion)) (jtype (assq-ref (package-properties jlib) 'jtype))) (package (inherit jlib) (name (jname "j" jtype)) (source #f) (inputs `(("jlib" ,jlib) ("ijconsole" ,(make-ijconsole jlib)))) (build-system trivial-build-system) (arguments `(#:modules ((guix build utils)) #:builder (begin (use-modules (guix build utils)) (let* ((ijconsole (assoc-ref %build-inputs "ijconsole")) (out (assoc-ref %outputs "out")) (bin (string-append out "/bin"))) (mkdir-p bin) (symlink ijconsole (string-append bin "/ijconsole-" ,jversion))))))))) (define-public j-901 (make-j jlib-901)) (define-public j-902 (make-j jlib-902)) (define-public j-903-beta (make-j jlib-903-beta))