Previously, (assoc-ref ...) would return a one-element list, leading to
an evaluation error while building the package ("wrong type to apply").
Regression introduced in 7d873f194c.
Reported by Marius Bakke.
* guix/build-system/haskell.scm (haskell-build)[builder]: Adjust
argument to #:cabal-revision.
Use version 20210325 for the tarballs, which is the latest one available on
the historical releases repository. And use subversion tag 2021.3 which is
the latest one available as well.
TeX Live dropped support for using the system’s poppler library after the
2020 version. Quoting from `m4/kpse-xpdf-flags.m4`:
# Support for our semi-homegrown libs/xpdf library. This is derived
# from xpdf source code, but xpdf does not distribute it as a library.
# It is used by pdftex (and nothing else) to read PDF images.
# Other engines use the semi-homegrown pplib library (q.v.) for that.
# The well-known poppler library is also originally derived from xpdf
# source code, but has been greatly revised and extended. TL used to
# (sort of) support poppler as the system xpdf, but after the TL 2020
# release we dropped this, because we switched XeTeX to use pplib, and
# nothing else used poppler. (No engines ever used poppler to generate
# their PDF output).
#
# poppler is aggressively developed, with requirements for new compilers
# and language versions. That's fine for them, but since we don't need
# anything new, it has become too time-consuming and problematic to
# continue to support it in the TL sources, when we don't have any
# requirement for it.
Therefore the main change in this commit is making the texlive-bin package
use the embedded pplib and xpdf libraries.
Another noteworthy change is to texlive-latex-l3packages, which now needs
to ship a few pre-generated files that cannot be reproduced during the
build process (the comments in the package definition have more details).
* guix/build-system/texlive.scm (%texlive-tag): Set to “texlive-2021.3”.
(%texlive-revision): Set to 59745.
* gnu/packages/tex.scm (hyph-utf8-scripts, texlive-docstrip,
texlive-unicode-data texlive-hyphen-base, texlive-metafont, texlive-cm,
texlive-courier, texlive-lm, texlive-knuth-lib, texlive-tex-plain,
texlive-hyphen-finnish, texlive-hyphen-german, texlive-hyph-utf8,
texlive-dehyph-exptl, texlive-kpathsea, texlive-latex-fancyvrb,
texlive-graphics-def, texlive-latex-graphics, texlive-hyperref,
texlive-oberdiek, texlive-latex-tools, texlive-latex-l3kernel,
texlive-l3build, texlive-luaotfload, texlive-latex-amsmath, texlive-amscls,
texlive-babel, texlive-generic-babel-german, texlive-babel-swedish,
texlive-psnfss, texlive-latex-draftwatermark, texlive-latex-etoc,
texlive-etoolbox, texlive-latex-polyglossia, texlive-tex-texinfo,
texlive-latex-bookmark, texlive-latex-cmap, texlive-latex-fancyhdr,
texlive-latex-kvoptions, texlive-latex-eso-pic, texlive-latex-multirow,
texlive-latex-parskip, texlive-latex-pdfpages, texlive-metapost,
texlive-latex-acmart, texlive-latex-preview, texlive-latex-acronym,
texlive-pdftex, texlive-latex-media9, texlive-latex-ocgx2,
texlive-latex-ms, texlive-latex-pgf, texlive-latex-pgf-generic,
texlive-latex-koma-script, texlive-generic-ltxcmds, texlive-bibtex,
texlive-context-base, texlive-context, texlive-beamer, texlive-pstricks,
texlive-tools, texlive-latex-xkeyval, texlive-csquotes, texlive-biblatex,
texlive-todonotes, texlive-microtype, texlive-caption, texlive-fontaxes,
texlive-cabin, texlive-newtx, texlive-xcharter, texlive-adjustbox,
texlive-tcolorbox): Update hash.
(texlive-extra-src, texlive-texmf-src): Update version to
“20210325”. Update hash.
(texlive-bin)[source]: Update version to “20210325”. Update hash. Preserve
‘libs/pplib’ and ‘libs/xpdf’.
[inputs]: Update hash for ‘texlive-scripts’. Remove ‘poppler’.
[arguments]: Remove “--with-system-poppler” and “--with-system-xpdf” from
‘#:configure-flags’. Remove build phase ‘use-code-for-new-poppler’.
(texlive-hyphen-schoolfinnish): Add public variable.
(texlive-hyphen-macedonian): Add 8bit patterns. Update hash.
(texlive-latex-base)[template]: Update hash.
[arguments]: Set ‘LUAINPUTS’ environment variable in build phase.
[native-inputs]: Update hash for ‘texlive-luatexconfig’.
[propagated-inputs]: Add ‘texlive-hyphen-schoolfinnish’,
‘texlive-latex-l3kernel’ and ‘texlive-latex-l3packages’.
(texlive-latex-l3packages)[source]: Use ‘texlive-origin’. Update hash. Add
generated files.
[arguments]: Adjust paths for ‘TEXINPUTS’ environment variable. Add build
phase ‘copy-generated-files’.
(texlive-texmf, texlive): Update version to “20210325”.
Signed-off-by: Ludovic Courtès <ludo@gnu.org>
The package texlive-latex-base in TeX Live 2021 will depend on
texlive-latex-l3kernel and texlive-latex-l3packages. Therefore we need to
remove their build dependency on texlive-latex-base to avoid a circular
dependency.
l3kernel and l3packages don’t need LaTeX during build, just IniTeX.
So to make them use it, modify texlive-build-system to allow disabling
the #:texlive-latex-base and #:tex-format parameters, and also add
a #:tex-engine parameter.
We also need to add texlive-docstrip as a native input, which was
previously provided by texlive-latex-base.
* gnu/packages/tex.scm (texlive-latex-l3kernel,
texlive-latex-l3packages)[arguments]: Add ‘#:tex-engine’, ‘#:tex-format’
and ‘#:texlive-latex-base’ parameters.
[native-inputs]: Add ‘texlive-docstrip’.
* guix/build-system/texlive.scm (lower)[build-inputs]: Don’t add
‘texlive-latex-base’ if its keyword parameter is false.
(texlive-build): Add ‘tex-engine’ keyword parameter.
[builder]: If a ‘tex-engine’ parameter was passed, use it. Otherwise, use
‘tex-format’ as the engine.
* guix/build/texlive-build-system.scm (compile-with-latex): Add ‘engine’
parameter. If the ‘format’ parameter is false, add “-ini” option to the
command line.
(build): Add ‘tex-engine’ parameter. Pass it down to ‘compile-with-latex’.
Signed-off-by: Ludovic Courtès <ludo@gnu.org>
For cross-compilation, meson needs to be passed a
‘cross file’ with information on the architecture,
CPU type, endianness and operating system, and the
name of the cross-compiler binaries.
The new module (guix build meson-configuration) has
some utilities for writing these cross files, used
by 'make-cross-file' in a G-exp. The values for
the cross file are generated by 'make-machine-alist'
and 'make-binaries-alist'.
'make-machine-alist' and 'make-binaries-alist' live
on the host side, such that new architectures and operating
systems can be added without causing rebuilds for old
architectures.
All operating systems and targets supported by Guix are
theoretically supported, but only aarch64-linux-gnu,
powerpc64le-linux-gnu and arm-linux-gnueabihf have been
tested. i686-linux-gnu has also been tested with a previous
version of this patch series but required some changes
to 'cross-base.scm'.
This has been tested with:
$ ./pre-inst-env guix build glib --target=TARGET
* guix/build/meson-configuration.scm
(write-section-header): New procedure.
(write-assignment): New procedure.
(write-assignments): New procedure.
* guix/build-system/meson.scm
(target-hurd?): New predicate.
(make-machine-alist): New procedure.
(make-binaries-alist): New procedure.
(make-cross-file): New procedure.
(meson-cross-build): New procedure.
(lower)[build-inputs]: Add standard cross packages when cross-compiling.
Do not include regular 'inputs' when cross-compiling.
(lower)[host-inputs]: Include 'inputs' when cross-compiling.
(lower)[target-inputs]: Add cross packages when cross-compiling.
(lower)[build]: Call 'meson-cross-build' instead of 'cross-build'
when cross-compiling.
(lower)[target]: Set it.
(lower)[private-keywords]: Do not remove #:target when cross-compiling.
Signed-off-by: Mathieu Othacehe <othacehe@gnu.org>
Fixes a regression introduced in
7d873f194c whereby host inputs would be
missing altogether from '%build-inputs', which broke cross-compilation.
* guix/build-system/trivial.scm (trivial-cross-build): Append
HOST-INPUTS to the 'with-build-variables' argument.
LuaTeX has a bug where sometimes it corrupts the heap and aborts. This
causes the build of texlive packages to fail at random. The problem is
being tracked at https://issues.guix.gnu.org/48064.
While a fix isn't found, switch the default TeX format (and consequently
also the engine) to pdftex to avoid the issue.
* guix/build-system/texlive.scm (texlive-build): Change default value of
the ‘tex-format’ key parameter to “pdftex”.
Signed-off-by: Ludovic Courtès <ludo@gnu.org>
Unify (guix qt-build-system wrap-all-programs) and
(guix qt-utils wrap-qt-program), so both behave the same.
The functions now reside in qt-utils to make them easily available for
packages not using the qt-build-system.
* guix/build/qt-build-system.scm (variables-for-wrapping, wrap-all-programs):
Move from here ...
* guix/build/qt-utils.scm (variables-for-wrapping, wrap-all-qt-programs):
... to here. Base the later on
(wrap-qt-program*): New function, carved out from old wrap-all-programs.
(wrap-qt-program): Base on wrap-qt-program*, change arguments in an
incompatible way.
* gnu/packages/bittorrent.scm (qbittorrent)[arguments]<phases>{wrap-qt}:
Adjust to new interface of wrap-qt-program.
* gnu/packages/finance.scm (electron-cash): Likewise.
* gnu/packages/geo.scm (qgis): Likewise.
* gnu/packages/password-utils.scm (qtpass): Likewise.
* gnu/packages/video.scm (openshot): Likewise.
* gnu/packages/web-browsers.scm (kristall): Likewise.
This patch modifies how the name of the main Common Lisp system is extracted
from the full Guix package name to work around bug#48225 concerning the
'package-name->name+version' function.
Fixes <https://issues.guix.gnu.org/41437>.
* guix/build-system/asdf.scm (asdf-build): Fix 'systems' function.
* guix/build/asdf-build-system.scm (main-system-name): Fix it.
The ability to pin versions is handy when having to deal to packages that
bootstrap themselves through a chain of former versions. Not using pinned
versions in these case could introduce dependency cycles.
* guix/build-system/go.scm (guix)
(%go-version-rx): Rename to...
(%go-pseudo-version-rx): ... this. Simplify the regular expression, which in
turns makes it more robust.
* guix/build-system/go.scm (go-version->git-ref): Adjust following the above
rename.
(go-pseudo-version?): New predicate.
(go-module-latest-version): Rename to ...
(go-module-version-string): ... this. Rename goproxy-url argument to just
goproxy. Add a VERSION keyword argument, update docstring and adjust to have
it used.
(go-module-available-versions): New procedure.
(%go.mod-require-directive-rx): Document regexp.
(parse-go.mod): Harmonize the way dependencies are recorded to a list of lists
rather than a list of pairs, as done for other importers. Rewrite to directly pass
multiple values rather than a record object. Filter the replaced modules in a
functional style.
(go-module->guix-package): Add docstring.
[version, pin-versions?]: New arguments. Rename the GOPROXY-URL argument to
GOPROXY. Adjust to the new returned value of fetch-go.mod, which is a string.
Fail when the provided version doesn't exist. Return a list dependencies and
their versions when in pinned versions mode, else just the dependencies.
(go-module-recursive-import)[version, pin-versions?]: New arguments.
Honor the new arguments and guard against network errors.
* guix/scripts/import/go.scm (%default-options): Register a default value for
the goproxy argument.
(show-help): Document that a version can be specified. Remove the --version
argument and add a --pin-versions argument.
(%options)[version]: Remove option.
[pin-versions]: Add option.
(guix-import-go): Adjust so the version provided from the module name is
honored, along the new pin-versions? argument.
* tests/go.scm: Adjust and add new tests.
Commit 9cfc93be30 changed the default
value of #:bootstrap-scripts to #f, which is invalid (it must be a list
of strings). That default value was used by build systems that inherit
phases from 'gnu-build-system', such as 'qt-build-system', which would
lead to wrong-type-arg errors in the 'boostrap' phase.
Reported by Raghav Gururajan <rg@raghavgururajan.name>.
* guix/build/gnu-build-system.scm (%bootstrap-scripts): New variable.
(bootstrap): Change #:bootstrap-scripts to default to it.
* guix/build-system/gnu.scm (%bootstrap-scripts): Change value.
(gnu-build): #:bootstrap-scripts defaults to %bootstrap-scripts. Remove
call to 'sexp->gexp'.
(gnu-cross-build): Likewise.
Fixes a bug whereby the "/gnu/store/.*qmlcachegen" string in the
'ktouch' phases would incorrectly be interpreted as a store item,
leading to an error while trying to build it:
$ ./pre-inst-env guix build ktouch -d --no-grafts
guix build: error: path ‘/gnu/store/.*qmlcachegen’ is not valid
Reported by Christopher Baines.
* guix/build-system/qt.scm (qt-build)[builder]: If PHASES is a pair,
pass it to 'sexp->gexp'.
This brings back the '%build-inputs' and '%outputs' global variables,
which some packages such as 'serf' expect.
* guix/build-system/scons.scm (scons-build): Use 'with-build-variables'.
The meson-for-build package doesn't carry any special patch anymore; it
appears to be obsolete.
* gnu/packages/build-tools.scm (meson-for-build): Remove variable.
* guix/build-system/meson.scm (default-meson): Use meson.
* doc/guix.texi (Build Systems): Update doc.
Add a new phase validating the usability of installed Python packages.
* gnu/packages/aux-files/python/sanity-check.py: New file.
* Makefile.am (AUX_FILES): Register it.
* guix/build-system/python.scm (sanity-check.py): New variable.
(lower): Add the script as an implicit input.
* guix/build/python-build-system.scm: Remove trailing #t.
(sanity-check): New phase.
(%standard-phases): Use it.
* tests/builders.scm: (make-python-dummy)
(dummy-ok, dummy-dummy-nosetuptools, dummy-fail-requirements)
(dummy-fail-import, dummy-fail-console-script): New variables.
("python-build-system: dummy-ok")
("python-build-system: dummy-dummy-nosetuptools")
("python-build-system: dummy-fail-requirements")
("python-build-system: dummy-fail-import")
("python-build-system: dummy-fail-console-script"): Add tests.
This is the case for macros (formats), for which the TeX Directory Structure
specifies to be located at the root of the source tree directly.
* guix/build-system/texlive.scm (texlive-ref): Make the ID parameter
optional. Update doc.
* guix/build-system/gnu.scm (gnu-build, gnu-cross-build): Accept
bootstrap-scripts keyword argument and pass it to gnu-build.
(%bootstrap-scripts): New variable.
* guix/build/gnu-build-system.scm (%bootstrap-scripts): Remove variable.
(bootstrap): Remove default value for bootstrap-scripts argument.
* guix/build/gnu-build-system.scm (make-dynamic-linker-cache): New
procedure.
(%standard-phases): Add it.
* guix/build-system/gnu.scm (gnu-build, gnu-cross-build): Add
#:make-dynamic-linker-cache? and honor it.
Fixes <https://bugs.gnu.org/43843>.
* guix/build-system/haskell.scm (haskell-build): Turn off PARALLEL-BUILD? by
default.
Signed-off-by: Marius Bakke <marius@gnu.org>
[Accidentally pushed patch v1, this commit contains the rest of the
changes. Revised commit message follows.]
Apart from debug information, one can also strip some symbols. This can
be a significant difference, the closure of gcc-toolchain@7 got reduced
by 15 MB in my tests.
As per [1], --strip-debug is included in --strip-unneeded, and
the debug files created also contain a copy of the information removed
by --strip-unneeded.
Linux From Scratch suggests that this option shouldn't be used on static
libraries [2], however other sources [3] indicate otherwise. Building a
toolchain with this patch succeeds, and the result works fine for
'gcc -static hello-world.c'.
[1]: https://stackoverflow.com/a/52555093
[2]: http://www.linuxfromscratch.org/lfs/view/9.1/chapter05/stripping.html
[3]: https://www.technovelty.org/linux/stripping-shared-libraries.html
* guix/build/gnu-build-system.scm (strip): Use --strip-unneeded.
* guix/build-system/gnu.scm (static-package, gnu-build, gnu-cross-build): Likewise.
* guix/build-system/asdf.scm (asdf-build): Remove the 'files' variable.
* guix/build/asd-build-system.scm (find-asd-files): New variable.
(build, check): Use it.
See <https://bugs.gnu.org/39309>.
* guix/build-system/haskell.scm (lower): Include the transitive
propagated inputs of 'extra-directories' inputs.
(haskell-build): Add the 'extra-directories' keyword and pass it through
to the builder.
* guix/build/haskell-build-system.scm (configure): Use it to select
which inputs get passed via 'extra-include-dirs' and 'extra-lib-dirs' to
Cabal.
* gnu/packages/haskell-xyz.scm (ghc-alsa-core, ghc-hmatrix,
ghc-hmatrix-gsl, ghc-hslua, ghc-iwlib, ghc-libyaml, ghc-ncurses,
ghc-openglraw, ghc-x11, ghc-x11-xft, ghc-zlib): Set 'extra-directories'.
* gnu/packages/haskell-crypto.scm (ghc-digest, ghc-hsopenssl): Likewise.
* guix/build-system/haskell.scm (lower): Add OUTPUTS keyword and add the
"static" output in the common case.
(haskell-build): Set the default value for the OUTPUTS keyword to include the
"static" output.
* guix/build/haskell-build-system.scm (install): Move static libraries to the
"static" output if it exists.
* guix/build-system/haskell.scm (haskell-build): Add keyword PARALLEL-BUILD?
and pass it on to the builder.
* guix/build/haskell-build-system.scm (build): Accept keyword PARALLEL-BUILD?
and pass the number of parallel jobs to GHC.
This allows compiling the module without the (gnu packages maven) module being
available.
* guix/build-system/maven.scm (%default-maven-plugins): Rename to
default-maven-plugins, and convert to a procedure.
* doc/guix.texi (maven-build-system): Update.
* guix/build/maven/java.scm: New file.
* guix/build/maven/plugin.scm: New file.
* guix/build/maven/pom.scm: New file.
* Makefile.am (MODULES): Add them.
* guix/build-system/ant.scm (%ant-build-system-modules): Add them to the
build side.
* guix/build/java-utils.scm (generate-plugin.xml, install-pom-file)
(install-from-pom): New procedures.
Fixes <https://bugs.gnu.org/41775>.
* guix/build-system/gnu.scm (gnu-cross-build)[canonicalize-reference]:
Pass TARGET and SYSTEM to 'package-cross-derivation'.
* guix/build/asdf-build-system.scm (copy-files-to-output): Don't attempt to
reset timestamps on files without write access.
(install): When parent SBCL package is in the inputs, use its source. This
way we get possibly patched sources in CL packages as well (e.g. for FFI).
This is also useful for sources that generate files on load-op, like cl-unicode.
* guix/build-system/asdf.scm (package-with-build-system): Forward the SBCL
parent as a native input so that it can be used in the above install phase.
* guix/build-system/go.scm (build-flags): New argument.
* guix/build/go-build-system.scm (build): Use apply to pass the
additional arguments to invoke.
With this change, the output of:
guix graph -e '(@@ (gnu packages commencement) coreutils-final)' |grep 'label = ' | wc -l
drops from 76 nodes to 68 nodes, and the "add-data-to-store-cache" hit
rate for:
guix build libreoffice -d --no-grafts
drops from 3.9% to 2.6%.
* guix/build-system/gnu.scm (package-with-explicit-inputs*)[cut?]:
Adjust condition to exclude packages with build systems other than
GNU-BUILD-SYSTEM, such as 'ld-wrapper-boot3'.
* guix/build/cargo-build-system.scm (build, install): Pass the features
to cargo.
(check): Remove indirection layer for consistency with build and
install.
* guix/build-system/cargo.scm (cargo-build): New argument; pass it into
the builder.
* gnu/packages/rust-apps.scm (ripgrep): Use the new argument instead of
a custom phase.
This is a followup to 2073b55e6b.
* gnu/build/cross-toolchain.scm (%gcc-include-paths): Switch back to
'C_INCLUDE_PATH' & co.
* gnu/packages/cross-base.scm (%gcc-include-paths): Likewise.
(cross-gcc-arguments): Remove 'treat-glibc-as-system-header' phase.
(cross-gcc)[native-inputs]: Reorder so that libc comes last.
[search-paths]: Add "include/c++" for 'CROSS_CPLUS_INCLUDE_PATH'.
* guix/build-system/gnu.scm (standard-cross-packages): Have "cross-gcc"
appear both for 'host and 'target.
Fixes <https://bugs.gnu.org/30756>.
Initially reported by Julien Lepiller <julien@lepiller.eu>.
* gnu/packages/base.scm (make-gcc-libc): Remove
'treat-glibc-as-system-header' phase from 'arguments'.
* gnu/packages/commencement.scm (gcc-final): Likewise.
* gnu/packages/gcc.scm (gcc-4.7)[arguments]: Add "include/c++" to
'CPLUS_INCLUDE_PATH'.
(gcc-6)[native-search-paths]: Remove.
* gnu/packages/make-bootstrap.scm (gcc-for-bootstrap): Remove
'native-search-paths' and 'arguments'.
* gnu/packages/patches/python-2.7-search-paths.patch,
gnu/packages/patches/python-3-search-paths.patch: Replace "CPATH" with
"C_INCLUDE_PATH".
* guix/build-system/cmake.scm (lower): When not cross-compiling, move
INPUTS from the 'host-inputs' field to the 'build-inputs' field of the
bag, right after NATIVE-INPUTS.
* guix/build-system/glib-or-gtk.scm (lower): Likewise.
* guix/build-system/gnu.scm (lower): Likewise.
* guix/build-system/meson.scm (lower): Likewise.
Previously, we used to have a whole bunch of (guix build *-build-system)
modules in scope, which, for example, meant that '%standard-phases' was
clashing. This change clarifies it.
* guix/build-system/clojure.scm (%default-modules): New variable.
(clojure-build): Change the default value of #:modules and that of
#:phases.
This fixes the bug which prevented uglify-js from being defined properly, and
cascaded back to all Common Lisp packages.
* gnu/packages/bioinformatics.scm: Replace javascript module with lisp-xyz.
* gnu/packages/cran.scm: Use lisp-xyz module.
* gnu/packages/javascript.scm (uglify-js): Move from here...
* gnu/packages/lisp-xyz.scm: ... To here.
* gnu/packages/web.scm: Replace javascript module with lisp-xyz.
* guix/build-system/minify.scm: Find uglify-js in the lisp-xyz module.
When the qt-build-system was created, based on the cmake-build-system,
some references to cmake have been missed to be changed.
* guix/build-system/qt.scm (qt-build, qt-cross-build)[modules]:
Use qt-build-system, not cmake-build-system. [builder]: Call qt-build,
not cmake-build.
Coauthored-by: Ludovic Courtès <ludo@gnu.org>
* gnu/local.mk: Include lisp-xyz.scm.
* gnu/packages/lisp-xyz.scm: New file.
* gnu/packages/lisp.scm: Move all lisp libraries to lisp-xyz.scm, uglify-js to
javascript.scm and stumpwm to wm.scm.
* gnu/packages/javascript.scm: Add uglify-js.
* gnu/packages/wm.scm: Add stumpwm.
* gnu/packages/bioinformatics.scm: Find uglify-js in javascript.scm.
* gnu/packages/machine-learning.scm: Depend on lisp-xyz.scm instead of lisp.scm.
* gnu/packages/web.scm: Find uglify-js in javascript.scm.
* gnu/packages/web-browsers.scm: Depend on lisp-xyz.scm instead of lisp.scm.
* guix/build-system/minify.scm (default-uglify-js): Find uglify-js in
javascript module instead of lisp.
* gnu/local.mk: Include lisp-xyz.scm.
* gnu/packages/lisp-xyz.scm: New file.
* gnu/packages/lisp.scm: Move all lisp libraries to lisp-xyz.scm, uglify-js to
javascript.scm and stumpwm to wm.scm.
* gnu/packages/javascript.scm: Add uglify-js.
* gnu/packages/wm.scm: Add stumpwm.
* gnu/packages/bioinformatics.scm: Find uglify-js in javascript.scm.
* gnu/packages/machine-learning.scm: Depend on lisp-xyz.scm instead of lisp.scm.
* gnu/packages/web.scm: Find uglify-js in javascript.scm.
* gnu/packages/web-browsers.scm: Depend on lisp-xyz.scm instead of lisp.scm.
* guix/build-system/minify.scm (default-uglify-js): Find uglify-js in
javascript module instead of lisp.
* gnu/packages/cmake.scm (cmake-minimal-cross): New package.
* guix/build-system/cmake.scm (default-cmake): Add new target argument and use
it to select cmake-minimal or cmake-minimal-cross.
(lower): Pass target to default-cmake.
This provides a clean separation between bindings to the
https://crates.io/api/v1 API and actual conversion to Guix package
sexps.
As a side-effect, it fixes things like "guix import blake2-rfc", "guix
refresh -t crates", etc.
* guix/import/crate.scm (<crate>, <crate-version>, <crate-dependency>):
New record types.
(lookup-crate, crate-version-dependencies): New procedures.
(crate-fetch): Remove.
(crate->guix-package): Rewrite to use the new API.
(latest-release): Likewise.
* guix/build-system/cargo.scm (%crate-base-url): New variable.
* tests/crate.scm (test-crate): Update accordingly.
fixlet
The effect of this change was to import the (json parser) from the host
side into the build side. The solution here would be to do the equivalent
of ‘with-extensions’ for gexps. Since we don't use gexps for build
systems just yet, revert this for now.
This reverts commit 8eb0ba532e.
* guix/build/node-build-system.scm: New file.
* guix/build-system/node.scm: New file.
* guix/build/json.scm: New file.
* doc/guix.texi: Document it.
* Makefile.am: Added new files.
Co-Authored-By: Julien Lepiller <julien@lepiller.eu>
* guix/build/cargo: (package-cargo-inputs): Add it.
(package-cargo-development-inputs): Add it.
(crate-closure): Add it.
(expand-crate-sources): Add it.
(lower)[private-keywords]: Add #:cargo-inputs and
[bag]: Use expand-crate-sources to augment build-inputs.
Signed-off-by: Chris Marusich <cmmarusich@gmail.com>
* guix/build-system/cargo.scm (%cargo-build-system-modules):
Add (json parser).
(cargo-build):
[vendor-dir]: Define flag and pass it to builder code.
[cargo-test-flags]: Likewise.
[skip-build?]: Likewise.
* guix/build/cargo-build/system.scm (#:use-module): use (json parser).
(package-name->crate-name): Delete it.
(manifest-targets): Add it.
(has-executable-target?): Add it.
(configure): Add #:vendor-dir name and use it.
Don't touch Cargo.toml.
Don't symlink to duplicate inputs.
Remove useless registry line from cargo config.
Define RUSTFLAGS to lift lint restrictions.
(build): Add #:skip-build? flag and use it.
(check): Likewise.
Add #:cargo-test-flags and pass it to cargo.
(install): Factor source logic to install-source.
Define #:skip-build? flag and use it.
Only install if executable targets are present.
(install-source): Copy entire crate directory not just src.
[generate-checksums] pass dummy file for unused second argument.
(%standard-phases): Add install-source phase.
Signed-off-by: Chris Marusich <cmmarusich@gmail.com>
To prevent complicating the dependencies of a core tool, a new variant,
CMAKE-MINIMAL is introduced and the CMake build system is configured to use it
by default. The regular CMAKE package gains a manpage, info manual as well
as HTML documentation.
Fixes issue #33497 (https://bugs.gnu.org/33497).
* gnu/packages/cmake.scm (gnu): Use modules (gnu packages python-xyz),
(gnu packages texinfo) and (srfi srfi-1).
(cmake-minimal): Rename the original cmake variable to this.
[phases]{configure}: Extract the configure script arguments to...
[configure-flags]: here.
[properties]: Set the HIDDEN? property to #t.
(cmake): New variable, which inherits from CMAKE-MINIMAL.
[phases]{move-html-doc}: Add phase.
[native-inputs]: Add PYTHON-SPHINX and TEXINFO.
[outputs]: Add the "doc" output.
[properties]: Clear the inherited HIDDEN? property.
* guix/build-system/cmake.scm (default-cmake): Use CMAKE-MINIMAL instead of
CMAKE.
This basically changes (guix build-system go) so that instead of looking
up its dependencies in a list of directories in $GOPATH, all the
Go dependencies are symlinked into a single directory.
Fixes <https://bugs.gnu.org/33620>.
* guix/build/go-build-system.scm (setup-go-environment): New variable.
(setup-environment, install-source): Remove variables.
(unpack): Unpack the source relative to $GOPATH.
(install): Do not install the compiled objects in the 'pkg' directory.
Install the source code in this phase, and only install the source of
the package named by IMPORT-PATH.
* doc/guix.texi (Build Systems): Adjust accordingly.
* gnu/packages/docker.scm (docker): Import (guix build union) on the build side
and adjust to build phase name changes in (guix build-system go).
* gnu/packages/shellutils.scm (direnv): Likewise.
* gnu/packages/databases.scm (mongo-tools)[arguments]:
Set '#:install-source #f'.
* gnu/packages/music.scm (demlo)[arguments]: Move the 'install-scripts'
phase after the 'install' phase.
Fixes a bug whereby we would, at the top-level (while evaluation
lisp.scm package definitions), attempt to access package inputs.
Because of circular dependencies, this could lead to unbound variables
as reported by Arun Isaac <arunisaac@systemreboot.net> at
<https://debbugs.gnu.org/cgi/bugreport.cgi?bug=33801#56>.
* guix/build-system/asdf.scm (package-with-build-system)[transform]
(new-propagated-inputs): Turn into a procedure.
Adjust user accordingly.
Add a #:cabal-revision argument for specifying which Cabal file revision
from Hackage should be used.
* guix/build-system/haskell.scm (source-url->revision-url): New function.
(lower): Accept a cabal-revision keyword argument, convert it to an
origin record, and add it to the resulting bag's host-inputs.
(haskell-build): Pass the cabal-revision input to the builder as an
argument.
* guix/build/haskell-build-system.scm (patch-cabal-file): New phase.
(%standard-phases): Add it.
This follows up commit d5b5a15a40 which doesn't
work because %current-system etc expands before the actual build.
Fixes <https://bugs.gnu.org/31719>.
* guix/build-system/meson.scm (meson-build)[builder]: Compare against the
already existing "system" variable rather than (%current-system).
* gnu/packages/rust.scm (rust-bootstrap): Freeze bootstrap version to 1.22.1.
Reorganize bootstrap binaries to match new "rust" package structure with two
ouputs "out" with Rust compiler and "cargo" with Cargo package manager.
Replace all "system*" by "invoke".
(rust-1.23): Rename "rustc" to "rust". Update sha256 for tarball. Add cargo
related dependencies. Install "cargo" as separate "rust" output. Remove
substitutes for parts that were fixed in "rustc" source code. Install
documentation to separate "doc" output. Update configuration according to
changes in "rustc" source code. Replace all "system*" by "invoke".
(rust): Create package for 1.24.1 rust release based on rust-1.23 release.
* guix/build-system/cargo.scm (default-rust): Replace "default-cargo" and
"default-rustc" functions with "default-rust" function.
(cargo-build-system): Take only one package as "rust" source. Use "rustc" of
default output of "rust" package, use "cargo" as "cargo" output of "rust"
package.
