The bootstrap tarballs used by these bootstrap packages were created via the
following steps:
- Create a new x86_64 VM using QEMU.
- Use
https://ftp.gnu.org/gnu/guix/guix-system-install-1.2.0.x86_64-linux.iso.xz
to install Guix System 1.2.0 in the VM.
- Run: guix pull --no-substitutes --commit=662e7e28d576ada91fc9dec7d27c100666114f03
- Run: guix build --no-substitutes --target=powerpc64le-linux-gnu bootstrap-tarballs
With the exception of gcc-static, all bootstrap binaries contained in these
tarballs can be built reproducibly. Unfortunately, gcc-static is not always
reproducible when everything is built from source on separate machines.
Despite investigation efforts, the cause remains unclear, so we have decided
to move forward with these binaries to unblock further bootstrapping work.
For details, see <https://bugs.gnu.org/41669>.
* gnu/packages/bootstrap.scm (%bootstrap-executables)
(bootstrap-executable-file-name, bootstrap-guile-url-path)
(bootstrap-guile-hash, %bootstrap-coreutils&co, %bootstrap-binutils)
(%bootstrap-glibc, %bootstrap-gcc): Add entries for powerpc64le-linux.
(%bootstrap-executable-base-urls): Add an entry for alpha.gnu.org.
This updates the bootstrap-gcc to use the same search path strategy as
the main compilers, making the bootstrap environment more similar across
architectures, and fixing the bootstrap path on non-x86 architectures
again.
This is a follow up to commit 7cde865f12.
* gnu/packages/bootstrap.scm (%bootstrap-gcc)[native-search-paths]: Use
C_INCLUDE_PATH and CPLUS_INCLUDE_PATH instead of CPATH.
This makes it possible to build bootstrap binaries for powerpc64-linux:
guix build --target=powerpc64-linux-gnu bootstrap-tarballs
* gnu/packages/bootstrap.scm (glibc-dynamic-linker): Add an entry for
powerpc64-linux.
Signed-off-by: Chris Marusich <cmmarusich@gmail.com>
On 3342a1182b
gnu: make-bootstrap: Use _IOLBF on Guile 2.0 only.
Run
./pre-inst-env guix build --target=i586-pc-gnu bootstrap-tarballs --verbosity=1
Producing
/gnu/store/lhca65c997pvic5cfrpm0dasniwqlg2a-bootstrap-tarballs-0
With guix hash -rx /gnu/store/lhca65c997pvic5cfrpm0dasniwqlg2a-bootstrap-tarballs-0
07jnq2by98f2a45k8wd2gj62iazvwfa4z7p3w3id4m1g0fdsvc3b
* gnu/packages/bootstrap.scm (%bootstrap-executables): Add entries for the
Hurd.
(bootstrap-executable-url): Use lilypond url for the Hurd.
(bootstrap-guile-url-path): Likewise.
(bootstrap-guile-hash): Add entry for the Hurd.
(%bootstrap-coreutils&co): Likewise.
(%bootstrap-binutils): Likewise.
(%bootstrap-glibc): Likewise.
(%bootstrap-gcc): Likewise.
* guix/packages.scm (%supported-systems): Add i586-gnu.
Co-authored-by: Jan Nieuwenhuizen <janneke@gnu.org>
* gnu/packages/bootstrap.scm (%bootstrap-executable-base-urls): New variable.
Add lilypond.org url as a fall-back.
(bootstrap-executable-file-name): New function.
(bootstrap-executable): Use them to implement fall-back for donwloads of
bootstrap executables.
This reduces the number of lookups in the 'add-data-to-store' cache from
2705 to 2685 (hit rate: 10% to 9%) when running:
GUIX_PROFILING=add-data-to-store-cache guix build libreoffice -nd
* gnu/packages/bootstrap.scm (raw-build)[->store]: Use 'lower-object'
instead of 'origin->derivation'. This allows the origin-to-derivation
mapping to be cached.
This reduces the number of lookups in the 'add-data-to-store' cache from
2743 to 2705 (hit rate: 11% to 10%) when running
GUIX_PROFILING=add-data-to-store-cache guix build libreoffice -nd
The execution time of "guix build libreoffice -nd" goes from 1.80s to 1.78s.
* gnu/packages/bootstrap.scm (bootstrap-origin): Return SOURCE unchanged
when its has no patches and no snippet.
These new bootstrap binaries were built using Guix at commit
9e6256ba0f, tagged as "bootstrap-20190815".
* gnu/packages/bootstrap.scm (%bootstrap-linux-libre-headers): Update the
download URL.
(%bootstrap-mescc-tools, %bootstrap-mes): Update the download URL and hash.
This patch parameterizes previously hard-coded instances of
i686-w64-mingw32, adding support for x86_64-w64-mingw32.
* gnu/packages/mingw.scm (make-mingw-w64): New procedure.
(mingw-w64-i686, mingw-w64-x86_64): New variables.
(%mingw-triplet): Remove.
(mingw-w64): Update to point to 'mingw-w64-i686'.
* gnu/packages/cross-base.scm (cross-gcc): Use 'libc' keyword argument
if specified, instead of treating it as a boolean.
(native-libc): Return the correct mingw-w64 depending on machine
specified in target.
* gnu/packages/bootstrap.scm (glibc-dynamic-linker): Add "x86_64-mingw".
* gnu/build/cross-toolchain.scm (set-cross-path/mingw): Replace
hardcoded 'i686-w64-mingw32' instances with 'target' keyword argument.
(cross-gcc-build-phases): Update accordingly; use 'target-mingw?'
implementation of target checking and add commentary.
* gnu/ci.scm (%cross-targets): Add "x86_64-w64-mingw32".
The switch to the reduced bootstrap broke build time assumptions made by
tests, notably the assumption that GNU-MAKE-BOOT0 was cheap to build.
This commit adjusts this to make these tests cheaper.
* gnu/packages/bootstrap.scm (%bootstrap-inputs-for-tests): New variable.
* guix/tests.scm (gnu-make-for-tests): New variable.
* tests/guix-environment.sh: Use GNU-MAKE-FOR-TESTS instead of
GNU-MAKE-BOOT0. Remove test with FINDUTILS-BOOT0.
* tests/guix-package-net.sh (boot_make): Use GNU-MAKE-FOR-TESTS.
* tests/packages.scm ("GNU Make, bootstrap"): Likewise.
* tests/profiles.scm ("profile-derivation relative symlinks, two entries"):
Likewise.
* tests/union.scm (%bootstrap-inputs): Remove.
("union-build"): Use %BOOTSTRAP-INPUTS-FOR-TESTS instead of
%BOOTSTRAP-INPUTS.
* gnu/packages/bootstrap.scm (%bootstrap-executables): New variable.
(bootstrap-executable-url, bootstrap-executable): New procedure.
(raw-build)[->store]: Use 'run-with-store' and 'origin->derivation'.
Add calls to 'derivation->output-path', and remove the list of
references passed to 'add-text-to-store' for BUILDER. Augment the list
of #:inputs passed to 'derivation'.
(package-from-tarball): Use 'bootstrap-executable' instead of
'search-bootstrap-binary'.
(%bootstrap-glibc, %bootstrap-gcc, %bootstrap-mescc-tools)
(%bootstrap-mes): Likewise.
* guix/scripts/environment.scm (environment-bash): Use
'bootstrap-executable' instead of 'search-bootstrap-binary'.
(guix-environment): Adjust CONTAINER? case accordingly.
* po/guix/POTFILES.in: Add gnu/packages/bootstrap.scm.
Previously evaluation would fail for armhf, aarch64, and mips64el.
* gnu/packages/bootstrap.scm (%bootstrap-mescc-tools)[supported-systems]:
New field.
(%bootstrap-mes)[supported-systems]: New field.
[inputs]: Remove 'match' form on %current-system, which would fail on
non-Intel platforms.
Built with
4ae7dc7b9a
gnu: Remove duplicate linux-libre-headers package from bootstrap inputs.
* gnu/packages/bootstrap.scm (%bootstrap-linux-libre-headers): Switch to
official bootstrap urls.
(%bootstrap-mescc-tools): Likewise.
(%bootstrap-mes): Likewise.
* gnu/packages/bootstrap.scm (%tinycc-seed): Remove.
(%bootstrap-inputs): Use %bootstrap-mes instead of %mes-seed and %tinycc-seed.
* gnu/packages/commencement.scm (mescc-tools-boot, mes-boot, tcc-boot0): Build
with %bootstrap-mes instead of %mes-seed and %tinycc-seed.
Built with
668ffe1e4e bootstrap: Move use-modules to top of builder.
Todo: host these on ftp.gnu.org/pub/guix/...
* gnu/packages/bootstrap.scm (%bootstrap-mes): New variable.
* gnu/packages/bootstrap.scm (%bootstrap-inputs): Replace %bootstrap-libc,
%bootstrap-gcc, and %bootstrap-binutils with Mes seeds for x86_64 too.
* gnu/packages/commencement.scm (tcc-boot0, tcc-boot, gcc-mesboot1,
gcc-mesboot1-wrapper, m4-mesboot, %bootstrap-inputs+toolchain,
libstdc++-boot0, gcc-boot0, bison-boot0): For x86_64-linux, use i686-linux
glibc-dynamic-linker and Mes bootstrap settings.
(gcc-boot0-intermediate-wrapped): New variable, extract from
static-bash-for-glibc.
(static-bash-for-glibc): Use it.
(gcc-final): Copy gmp&co phase from gcc-boot0, inherit other arguments
from gcc; avoid i686-linux impersonation from gcc-boot0.
* doc/guix.texi (Bootstrapping, Reduced Binary Seed Bootstrap): Note
x86_64-linux also as Reduced Binary Seed bootstrap.
* gnu/packages/bootstrap.scm (package-from-tarball): Ignore the result of
the snippet procedure. Use invoke and remove vestigial plumbing.
(%bootstrap-coreutils&co): Remove the vestigial #t from the snippet.
(%bootstrap-glibc, %bootstrap-gcc)[arguments]: Use invoke. Return #t from the
builder.
