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contrib/guix/libexec/setup.sh
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fanquake
guix: consolidate gcc toolchain setup
29 июл 2026, 13:16
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29 июл 2026, 13:16
665f11d
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#!/usr/bin/env bash # Copyright (c) The Bitcoin Core developers # Distributed under the MIT software license, see the accompanying # file COPYING or https://opensource.org/license/mit. export LC_ALL=C.UTF-8 set -o errexit -o pipefail # Environment variables for determinism export TAR_OPTIONS="--no-same-owner --owner=0 --group=0 --numeric-owner --mtime='@${SOURCE_DATE_EPOCH}' --sort=name" export TZ=UTC # Although Guix _does_ set umask when building its own packages (in our case, # this is all packages in manifest.scm), it does not set it for `guix # shell`. It does make sense for at least `guix shell --container` # to set umask, so if that change gets merged upstream and we bump the # time-machine to a commit which includes the aforementioned change, we can # remove this line. # # This line should be placed before any commands which creates files. umask 0022 if [ -n "$V" ]; then # Print both unexpanded (-v) and expanded (-x) forms of commands as they are # read from this file. set -vx # Set VERBOSE for CMake-based builds export VERBOSE="$V" fi # Check that required environment variables are set cat << EOF Required environment variables as seen inside the container: DIST_ARCHIVE_BASE: ${DIST_ARCHIVE_BASE:?not set} DISTNAME: ${DISTNAME:?not set} HOST: ${HOST:?not set} SOURCE_DATE_EPOCH: ${SOURCE_DATE_EPOCH:?not set} JOBS: ${JOBS:?not set} DISTSRC: ${DISTSRC:?not set} OUTDIR: ${OUTDIR:?not set} EOF export ACTUAL_OUTDIR="${OUTDIR}" export OUTDIR="${DISTSRC}/output" export INSTALLPATH="${DISTSRC}/installed/${DISTNAME}" ##################### # Environment Setup # ##################### # The depends folder also serves as a base-prefix for depends packages for # $HOSTs after successfully building. export BASEPREFIX="${PWD}/depends" # Given a package name and an output name, return the path of that output in our # current guix environment store_path() { grep --extended-regexp "/[^-]{32}-${1}-[^-]+${2:+-${2}}" "${GUIX_ENVIRONMENT}/manifest" \ | head --lines=1 \ | sed --expression='s|\x29*$||' \ --expression='s|^[[:space:]]*"||' \ --expression='s|"[[:space:]]*$||' } # Sanity check CROSS_*_PATH directories check_cross_paths() { local p paths IFS=':' read -ra paths <<< "$1" for p in "${paths[@]}"; do if [ -n "$p" ] && [ ! -d "$p" ]; then echo "'$p' doesn't exist or isn't a directory... Aborting..." >&2 return 1 fi done } # Given a hostname, determine the correct value for -Wl,--dynamic-linker. glibc_dynamic_linker() { case "$1" in x86_64-linux-gnu) echo /lib64/ld-linux-x86-64.so.2 ;; arm-linux-gnueabihf) echo /lib/ld-linux-armhf.so.3 ;; aarch64-linux-gnu) echo /lib/ld-linux-aarch64.so.1 ;; riscv64-linux-gnu) echo /lib/ld-linux-riscv64-lp64d.so.1 ;; powerpc64-linux-gnu) echo /lib64/ld64.so.1 ;; powerpc64le-linux-gnu) echo /lib64/ld64.so.2 ;; *) exit 1 ;; esac } gcc_toolchain() { # Set environment variables to point the NATIVE toolchain to the right # includes/libs local NATIVE_GCC NATIVE_GCC_STATIC CROSS_GLIBC CROSS_GLIBC_STATIC CROSS_KERNEL CROSS_GCC CROSS_GCC_LIB_STORE CROSS_GCC_LIBS CROSS_GCC_LIB NATIVE_GCC="$(store_path gcc-toolchain)" # Set native toolchain export build_CC="${NATIVE_GCC}/bin/gcc -isystem ${NATIVE_GCC}/include" export build_CXX="${NATIVE_GCC}/bin/g++ -isystem ${NATIVE_GCC}/include/c++ -isystem ${NATIVE_GCC}/include" NATIVE_GCC_STATIC="$(store_path gcc-toolchain static)" export LIBRARY_PATH="${NATIVE_GCC}/lib:${NATIVE_GCC_STATIC}/lib" # Set environment variables to point the CROSS toolchain to the right # includes/libs for $HOST CROSS_GLIBC="$(store_path "glibc-cross-${HOST}")" CROSS_GLIBC_STATIC="$(store_path "glibc-cross-${HOST}" static)" CROSS_KERNEL="$(store_path "linux-libre-headers-cross-${HOST}")" CROSS_GCC="$(store_path "gcc-cross-${HOST}")" CROSS_GCC_LIB_STORE="$(store_path "gcc-cross-${HOST}" lib)" CROSS_GCC_LIBS=( "${CROSS_GCC_LIB_STORE}/lib/gcc/${HOST}"/* ) # This expands to an array of directories... CROSS_GCC_LIB="${CROSS_GCC_LIBS[0]}" # ...we just want the first one (there should only be one) export CROSS_C_INCLUDE_PATH="${CROSS_GCC_LIB}/include:${CROSS_GCC_LIB}/include-fixed:${CROSS_GLIBC}/include:${CROSS_KERNEL}/include" export CROSS_CPLUS_INCLUDE_PATH="${CROSS_GCC}/include/c++:${CROSS_GCC}/include/c++/${HOST}:${CROSS_GCC}/include/c++/backward:${CROSS_C_INCLUDE_PATH}" export CROSS_LIBRARY_PATH="${CROSS_GCC_LIB_STORE}/lib:${CROSS_GCC_LIB}:${CROSS_GLIBC}/lib:${CROSS_GLIBC_STATIC}/lib" check_cross_paths "${CROSS_C_INCLUDE_PATH}:${CROSS_CPLUS_INCLUDE_PATH}:${CROSS_LIBRARY_PATH}" } llvm_toolchain() { local CLANG_TOOLCHAIN LIB_CXX CLANG_TOOLCHAIN="$(store_path clang-toolchain)" LIB_CXX="$(store_path libcxx)" export build_CC="${CLANG_TOOLCHAIN}/bin/clang -isystem ${CLANG_TOOLCHAIN}/include" export build_CXX="${CLANG_TOOLCHAIN}/bin/clang++ -stdlib=libc++ -isystem ${LIB_CXX}/include/c++/v1 -isystem ${CLANG_TOOLCHAIN}/include" export build_LDFLAGS="-fuse-ld=lld -rtlib=compiler-rt -unwindlib=libunwind -L${LIB_CXX}/lib -Wl,-rpath,${LIB_CXX}/lib" export build_AR="${CLANG_TOOLCHAIN}/bin/llvm-ar" export build_RANLIB="${CLANG_TOOLCHAIN}/bin/llvm-ranlib" export build_OBJDUMP="${CLANG_TOOLCHAIN}/bin/llvm-objdump" export build_NM="${CLANG_TOOLCHAIN}/bin/llvm-nm" export build_STRIP="${CLANG_TOOLCHAIN}/bin/llvm-strip" } mingw_w64_toolchain() { # Set environment variables to point the NATIVE toolchain to the right # includes/libs local NATIVE_GCC CROSS_GLIBC CROSS_GCC CROSS_GCC_LIB_STORE CROSS_GCC_LIBS CROSS_GCC_LIB NATIVE_GCC="$(store_path gcc-toolchain)" # Set native toolchain export build_CC="${NATIVE_GCC}/bin/gcc -isystem ${NATIVE_GCC}/include" export build_CXX="${NATIVE_GCC}/bin/g++ -isystem ${NATIVE_GCC}/include/c++ -isystem ${NATIVE_GCC}/include" # Set environment variables to point the CROSS toolchain to the right # includes/libs for $HOST # Determine output paths to use in CROSS_* environment variables CROSS_GLIBC="$(store_path "mingw-w64-x86_64-winpthreads")" CROSS_GCC="$(store_path "gcc-cross-${HOST}")" CROSS_GCC_LIB_STORE="$(store_path "gcc-cross-${HOST}" lib)" CROSS_GCC_LIBS=( "${CROSS_GCC_LIB_STORE}/lib/gcc/${HOST}"/* ) # This expands to an array of directories... CROSS_GCC_LIB="${CROSS_GCC_LIBS[0]}" # ...we just want the first one (there should only be one) # The search path ordering is generally: # 1. gcc-related search paths # 2. libc-related search paths # 2. kernel-header-related search paths (not applicable to mingw-w64 hosts) export CROSS_C_INCLUDE_PATH="${CROSS_GCC_LIB}/include:${CROSS_GCC_LIB}/include-fixed:${CROSS_GLIBC}/include" export CROSS_CPLUS_INCLUDE_PATH="${CROSS_GCC}/include/c++:${CROSS_GCC}/include/c++/${HOST}:${CROSS_GCC}/include/c++/backward:${CROSS_C_INCLUDE_PATH}" export CROSS_LIBRARY_PATH="${CROSS_GCC_LIB_STORE}/lib:${CROSS_GCC_LIB}:${CROSS_GLIBC}/lib" check_cross_paths "${CROSS_C_INCLUDE_PATH}:${CROSS_CPLUS_INCLUDE_PATH}:${CROSS_LIBRARY_PATH}" } # Disable Guix ld auto-rpath behavior export GUIX_LD_WRAPPER_DISABLE_RPATH=yes # Make /usr/bin if it doesn't exist [ -e /usr/bin ] || mkdir -p /usr/bin # Symlink env to a conventional path [ -e /usr/bin/env ] || ln -s --no-dereference "$(command -v env)" /usr/bin/env ########################### # Source Tarball Building # ########################### GIT_ARCHIVE="${DIST_ARCHIVE_BASE}/${DISTNAME}.tar.gz" # Create the source tarball if not already there if [ ! -e "$GIT_ARCHIVE" ]; then mkdir -p "$(dirname "$GIT_ARCHIVE")" git archive --prefix="${DISTNAME}/" --output="$GIT_ARCHIVE" HEAD fi mkdir -p "$OUTDIR" unset LIBRARY_PATH unset CPATH unset C_INCLUDE_PATH unset CPLUS_INCLUDE_PATH unset OBJC_INCLUDE_PATH unset OBJCPLUS_INCLUDE_PATH