File: [cvs.NetBSD.org] / pkgsrc / lang / rust / Makefile (download)
Revision 1.270, Wed Oct 26 10:31:35 2022 UTC (3 months, 1 week ago) by wiz
Branch: MAIN
Changes since 1.269: +2 -1
lines
*: bump PKGREVISION for libunistring shlib major bump
|
# $NetBSD: Makefile,v 1.270 2022/10/26 10:31:35 wiz Exp $
DISTNAME= rustc-1.63.0-src
PKGNAME= ${DISTNAME:S/rustc/rust/:S/-src//}
PKGREVISION= 1
CATEGORIES= lang
MASTER_SITES= https://static.rust-lang.org/dist/
MAINTAINER= pkgsrc-users@NetBSD.org
HOMEPAGE= https://www.rust-lang.org/
COMMENT= Safe, concurrent, practical language
LICENSE= mit OR apache-2.0
CONFLICTS+= rust-bin-[0-9]*
# LLVM uses gcc7, follow suit. Also, uses -std=c++14
GCC_REQD+= 7
USE_GCC_RUNTIME= yes
USE_LANGUAGES= c c++11
USE_LIBTOOL= yes
USE_TOOLS+= bash grep gmake perl:build pkg-config
# The NetBSD bootstraps are built for NetBSD 8 (because rust doesn't
# build on 7). Mark earlier versions as broken.
BROKEN_ON_PLATFORM+= NetBSD-[1-7].*-*
# Bootstrap is built for NetBSD 9.x on these platforms:
BROKEN_ON_PLATFORM+= NetBSD-8.*-*arm*
BROKEN_ON_PLATFORM+= NetBSD-8.*-aarch64
BROKEN_ON_PLATFORM+= NetBSD-8.*-sparc64
HAS_CONFIGURE= yes
PYTHON_FOR_BUILD_ONLY= yes
CONFIG_SHELL= ${PYTHONBIN}
CONFIGURE_SCRIPT= src/bootstrap/configure.py
CONFIGURE_ARGS+= --prefix=${PREFIX}
CONFIGURE_ARGS+= --mandir=${PREFIX}/${PKGMANDIR}
CONFIGURE_ARGS+= --sysconfdir=${PKG_SYSCONFDIR}
CONFIGURE_ARGS+= --python=${PYTHONBIN}
CONFIGURE_ARGS+= --release-channel=stable
CONFIGURE_ARGS+= --local-rust-root=${RUST_BOOTSTRAP_PATH}
CONFIGURE_ARGS+= --enable-extended # Build and install cargo too.
CONFIGURE_ARGS+= --enable-rpath
CONFIGURE_ARGS+= --disable-codegen-tests
CONFIGURE_ARGS+= --disable-compiler-docs
CONFIGURE_ARGS+= --disable-llvm-static-stdcpp
CONFIGURE_ARGS+= --disable-ninja
CONFIGURE_ARGS+= --dist-compression-formats=xz
# Include (optional) settings to cross-build rust
.include "cross.mk"
# optional from do-cross.mk
CONFIGURE_ARGS+= ${ADD_CONFIGURE_ARGS}
# Getting RPATH with $ORIGIN into bootstrap may be troublesome, so
# uncommenting the LD_LIBRARY_PATH setting may be required to run
# the bootstrap
PKGSRC_MAKE_ENV+= LD_LIBRARY_PATH=${RUST_BOOTSTRAP_PATH:Q}/lib
# This should allow us to perform "offline" builds (so cargo doesn't fetch
# dependencies during the build stage) but this isn't hooked up yet.
CONFIGURE_ARGS+= --enable-vendor
# cargo defaults to using the number of available CPUs
MAKE_ENV+= CARGO_BUILD_JOBS=${_MAKE_JOBS_N}
# MacOS X 10.7 is the oldest supported version. See
# ${WRKSRC}/src/bootstrap/lib.rs
MAKE_ENV.Darwin+= MACOSX_DEPLOYMENT_TARGET="10.7"
CFLAGS.SunOS+= -D_POSIX_PTHREAD_SEMANTICS
MAKE_ENV.SunOS+= AR=gar
UNLIMIT_RESOURCES+= cputime stacksize datasize virtualsize
TEST_TARGET= check
# bin/* lib/*, but names vary
CHECK_RELRO_SUPPORTED= no
CHECK_SSP_SUPPORTED= no
.include "../../mk/bsd.prefs.mk"
# Allow overriding MAKE_JOBS_SAFE
# some may chose to mostly build faster,
# and deal with any failures due to deadlocks
.if !empty(rust.MAKE_JOBS_SAFE)
. if ${rust.MAKE_JOBS_SAFE:tl} == "yes"
MAKE_JOBS_SAFE= yes
. endif
.endif
.if !empty(rust.BUILD_TARGET)
BUILD_TARGET= ${rust.BUILD_TARGET}
.endif
.if !empty(TARGET)
# Use "dist" build target for cross compile of bootstrap
BUILD_TARGET?= dist
.else
BUILD_TARGET?= build
.endif
.if !empty(MACHINE_PLATFORM:MNetBSD-*-powerpc) || \
!empty(MACHINE_PLATFORM:MNetBSD-*-earmv[67]hf) || \
!empty(TARGET:Marmv[67]-unknown-netbsd-eabihf)
# Bootstrapping on NetBSD/powerpc requires no debug-info from rustc
# (both for amd64->powerpc built and powerpc->powerpc built bootstrap bits)
# Also try to downsize the armv[67] build.
CONFIGURE_ARGS+= --disable-debug
CONFIGURE_ARGS+= --disable-debug-assertions
CONFIGURE_ARGS+= --disable-llvm-release-debuginfo
CONFIGURE_ARGS+= --debuginfo-level=0
CONFIGURE_ARGS+= --debuginfo-level-rustc=0
CONFIGURE_ARGS+= --debuginfo-level-std=0
CONFIGURE_ARGS+= --debuginfo-level-tools=0
CONFIGURE_ARGS+= --debuginfo-level-tests=0
.endif
# Only build the ARM target on/for this host, due to resource constraints
.if !empty(MACHINE_PLATFORM:MNetBSD-*-earmv[67]hf)
CONFIGURE_ARGS+= --set llvm.targets="ARM"
.endif
# When cross-building for ARM on X86, X86 needs to go along due
# to 2-stage build process
.if !empty(TARGET:Marmv[67]-unknown-netbsd-eabihf)
CONFIGURE_ARGS+= --set llvm.targets="ARM;X86"
.endif
.if ${OPSYS} == "NetBSD"
# This block contains information about known trouble on NetBSD and workarounds.
# Parallel builds failed on NetBSD due to dynamic linker locking bugs.
# \todo Explain if the build is believed to be sound if not parallel,
# or if a non-parallel build is merely more likely to work.
#
# See toolchain/54192 at
# http://gnats.netbsd.org/cgi-bin/query-pr-single.pl?number=54192
# which was fixed in -current on 2020-04-19:
# http://mail-index.netbsd.org/source-changes/2020/04/16/msg116256.html
# http://mail-index.netbsd.org/source-changes/2020/04/19/msg116337.html
# These were pulled up to netbsd-9 on 2020-05-13:
# http://releng.netbsd.org/cgi-bin/req-9.cgi?show=907
# This has not been pulled up to netbsd-8
# \todo Explain if it's not applicable, shouldn't be pulled up, should be
# but hasn't, is too hard, etc.
#
# On pkgbuild for 2020Q1 9.0_RELEASE amd64, rust did not build despite
# MAKE_JOBS_SAFE=no, but setting MAKE_JOBS=1 resulted in success. (No
# PR is open for this.) \todo Understand and fix.
#
# If we aren't on 9-current, and are on 8.x or 9.x, avoid parallel.
# \todo Consider avoiding setting this on netbsd-9 past the fix.
. if ${OPSYS} == "NetBSD" && ${OPSYS_VERSION} < 099957
MAKE_JOBS_SAFE?= no
. endif
# Open PRs
#
# Broken package with PREFIX not /usr/pkg:
# http://gnats.netbsd.org/cgi-bin/query-pr-single.pl?number=54453
#
.endif
#
# Under NetBSD, do not use DT_RUNPATH
#
BUILDLINK_TRANSFORM.NetBSD+= rm:-Wl,--enable-new-dtags
#
# Somewhere in the LLVM build "-arch x86_64" is passed on macOS/arm64 which
# breaks linking, see https://github.com/rust-lang/rust/issues/81790. Until
# this can be located (proving difficult!) we just force it.
#
.if !empty(MACHINE_PLATFORM:MDarwin-*-aarch64)
BUILDLINK_TRANSFORM+= opt:x86_64:arm64
.endif
#
# Rust unfortunately requires itself to build. On platforms which aren't
# supported by upstream (where they offer binary bootstraps), or where we do
# not trust random binaries from the Internet, we need to build and provide our
# own bootstrap. See the stage0-bootstrap below for more details.
#
DISTFILES:= ${DEFAULT_DISTFILES}
.if !empty(MACHINE_PLATFORM:MDarwin-*-aarch64) || make(distinfo) || make (makesum) || make(mdi)
RUST_STAGE0_VER= 1.62.1
RUST_ARCH:= aarch64-apple-darwin
RUST_STAGE0:= rust-${RUST_STAGE0_VER}-${RUST_ARCH}.tar.gz
RUST_STD_STAGE0:= rust-std-${RUST_STAGE0_VER}-${RUST_ARCH}.tar.gz
DISTFILES:= ${DISTFILES} ${RUST_STAGE0} ${RUST_STD_STAGE0}
.endif
.if !empty(MACHINE_PLATFORM:MDarwin-*-x86_64) || make(distinfo) || make (makesum) || make(mdi)
RUST_STAGE0_VER= 1.62.1
RUST_ARCH:= x86_64-apple-darwin
RUST_STAGE0:= rust-${RUST_STAGE0_VER}-${RUST_ARCH}.tar.gz
RUST_STD_STAGE0:= rust-std-${RUST_STAGE0_VER}-${RUST_ARCH}.tar.gz
DISTFILES:= ${DISTFILES} ${RUST_STAGE0} ${RUST_STD_STAGE0}
.endif
.if !empty(MACHINE_PLATFORM:MLinux-*-aarch64) || make(distinfo) || make (makesum) || make(mdi)
RUST_STAGE0_VER= 1.62.1
RUST_ARCH:= aarch64-unknown-linux-gnu
RUST_STAGE0:= rust-${RUST_STAGE0_VER}-${RUST_ARCH}.tar.gz
RUST_STD_STAGE0:= rust-std-${RUST_STAGE0_VER}-${RUST_ARCH}.tar.gz
DISTFILES:= ${DISTFILES} ${RUST_STAGE0} ${RUST_STD_STAGE0}
.endif
.if !empty(MACHINE_PLATFORM:MLinux-*-earmv6hf) || make(distinfo) || make (makesum) || make(mdi)
RUST_STAGE0_VER= 1.62.1
RUST_ARCH:= arm-unknown-linux-gnueabihf
RUST_STAGE0:= rust-${RUST_STAGE0_VER}-${RUST_ARCH}.tar.gz
RUST_STD_STAGE0:= rust-std-${RUST_STAGE0_VER}-${RUST_ARCH}.tar.gz
DISTFILES:= ${DISTFILES} ${RUST_STAGE0} ${RUST_STD_STAGE0}
.endif
.if !empty(MACHINE_PLATFORM:MLinux-*-earmv7hf) || make(distinfo) || make (makesum) || make(mdi)
RUST_STAGE0_VER= 1.62.1
RUST_ARCH:= armv7-unknown-linux-gnueabihf
RUST_STAGE0:= rust-${RUST_STAGE0_VER}-${RUST_ARCH}.tar.gz
RUST_STD_STAGE0:= rust-std-${RUST_STAGE0_VER}-${RUST_ARCH}.tar.gz
DISTFILES:= ${DISTFILES} ${RUST_STAGE0} ${RUST_STD_STAGE0}
.endif
.if !empty(MACHINE_PLATFORM:MLinux-*-i386) || make(distinfo) || make (makesum) || make(mdi)
RUST_STAGE0_VER= 1.62.1
RUST_ARCH:= i686-unknown-linux-gnu
RUST_STAGE0:= rust-${RUST_STAGE0_VER}-${RUST_ARCH}.tar.gz
RUST_STD_STAGE0:= rust-std-${RUST_STAGE0_VER}-${RUST_ARCH}.tar.gz
DISTFILES:= ${DISTFILES} ${RUST_STAGE0} ${RUST_STD_STAGE0}
.endif
.if !empty(MACHINE_PLATFORM:MLinux-*-x86_64) || make(distinfo) || make (makesum) || make(mdi)
RUST_STAGE0_VER= 1.62.1
RUST_ARCH:= x86_64-unknown-linux-gnu
RUST_STAGE0:= rust-${RUST_STAGE0_VER}-${RUST_ARCH}.tar.gz
RUST_STD_STAGE0:= rust-std-${RUST_STAGE0_VER}-${RUST_ARCH}.tar.gz
DISTFILES:= ${DISTFILES} ${RUST_STAGE0} ${RUST_STD_STAGE0}
.endif
#
# The SunOS target defaults to illumos as that's what the current bootstraps
# are built on. If you wish to target Oracle Solaris you'll need to create an
# x86_64-sun-solaris bootstrap and comment out the overrides.
#
.if !empty(MACHINE_PLATFORM:MSunOS-*-x86_64) || make(distinfo) || make (makesum) || make(mdi)
RUST_STAGE0_VER= 1.62.0
RUST_ARCH:= x86_64-unknown-illumos
RUST_STAGE0:= rust-${RUST_STAGE0_VER}-${RUST_ARCH}.tar.gz
SITES.${RUST_STAGE0}= https://us-central.manta.mnx.io/pkgsrc/public/pkg-bootstraps/
DISTFILES:= ${DISTFILES} ${RUST_STAGE0}
RUST_BOOTSTRAP_PATH?= ${WRKDIR}/rust-${RUST_STAGE0_VER}-${RUST_ARCH}
# Override default "x86_64-sun-solaris" selection
CONFIGURE_ARGS+= --set=target.${RUST_ARCH}.llvm-config=${LLVM_CONFIG_PATH}
CONFIGURE_ARGS+= --build=${RUST_ARCH}
CONFIGURE_ARGS+= --host=${RUST_ARCH}
CONFIGURE_ARGS+= --target=${RUST_ARCH}
.endif
.if !empty(MACHINE_PLATFORM:MFreeBSD-*-x86_64) || make(distinfo) || make (makesum) || make(mdi)
RUST_STAGE0_VER= 1.62.1
RUST_ARCH:= x86_64-unknown-freebsd
RUST_STAGE0:= rust-${RUST_STAGE0_VER}-${RUST_ARCH}.tar.gz
RUST_STD_STAGE0:= rust-std-${RUST_STAGE0_VER}-${RUST_ARCH}.tar.gz
DISTFILES:= ${DISTFILES} ${RUST_STAGE0} ${RUST_STD_STAGE0}
.endif
.if !empty(MACHINE_PLATFORM:MNetBSD-*-i386) || make(distinfo) || make (makesum) || make(mdi)
RUST_STAGE0_VER= 1.62.1
RUST_ARCH= i586-unknown-netbsd
RUST_STAGE0:= rust-${RUST_STAGE0_VER}-${RUST_ARCH}.tar.xz
RUST_STD_STAGE0:= rust-std-${RUST_STAGE0_VER}-${RUST_ARCH}.tar.xz
SITES.${RUST_STAGE0}= ${MASTER_SITE_LOCAL:=rust/}
SITES.${RUST_STD_STAGE0}= ${MASTER_SITE_LOCAL:=rust/}
DISTFILES:= ${DISTFILES} ${RUST_STAGE0} ${RUST_STD_STAGE0}
# Setting this changes it for every distfile, which doesn't match what is
# currently in distinfo.
#DIST_SUBDIR= ${PKGNAME}
# For atomic ops
CFLAGS+= -march=i586
CONFIGURE_ARGS+= --build=${RUST_ARCH}
pre-build: pre-build-fix-paxctl
.PHONY: pre-build-fix-paxctl
pre-build-fix-paxctl:
${TOOLS_PLATFORM.paxctl} +am ${WRKDIR}/rust-bootstrap/bin/cargo
${TOOLS_PLATFORM.paxctl} +am ${WRKDIR}/rust-bootstrap/bin/rustc
.endif
.if !empty(MACHINE_PLATFORM:MNetBSD-*-x86_64) || make(distinfo) || make (makesum) || make(mdi)
RUST_STAGE0_VER= 1.62.1
RUST_ARCH= x86_64-unknown-netbsd
RUST_STAGE0:= rust-${RUST_STAGE0_VER}-${RUST_ARCH}.tar.xz
RUST_STD_STAGE0:= rust-std-${RUST_STAGE0_VER}-${RUST_ARCH}.tar.xz
DISTFILES:= ${DISTFILES} ${RUST_STAGE0} ${RUST_STD_STAGE0}
.endif
.if !empty(MACHINE_PLATFORM:MNetBSD-*-powerpc) || make(distinfo) || make (makesum) || make(mdi)
RUST_STAGE0_VER= 1.62.1
RUST_ARCH= powerpc-unknown-netbsd
# Cross-built against NetBSD 9.0
. if empty(OS_VERSION:M8.*) || make(distinfo) || make(makesum) || make(mdi)
RUST_STAGE0:= rust-${RUST_STAGE0_VER}-${RUST_ARCH}90.tar.xz
RUST_STD_STAGE0:= rust-std-${RUST_STAGE0_VER}-${RUST_ARCH}90.tar.xz
DISTFILES:= ${DISTFILES} ${RUST_STAGE0} ${RUST_STD_STAGE0}
SITES.${RUST_STAGE0}= ${MASTER_SITE_LOCAL:=rust/}
SITES.${RUST_STD_STAGE0}= ${MASTER_SITE_LOCAL:=rust/}
. endif
# Cross-built against NetBSD 8.0
. if !empty(OS_VERSION:M8.*) || make(distinfo) || make(makesum) || make(mdi)
RUST_STAGE0:= rust-${RUST_STAGE0_VER}-${RUST_ARCH}.tar.xz
RUST_STD_STAGE0:= rust-std-${RUST_STAGE0_VER}-${RUST_ARCH}.tar.xz
DISTFILES:= ${DISTFILES} ${RUST_STAGE0} ${RUST_STD_STAGE0}
SITES.${RUST_STAGE0}= ${MASTER_SITE_LOCAL:=rust/}
SITES.${RUST_STD_STAGE0}= ${MASTER_SITE_LOCAL:=rust/}
. endif
.endif
.if !empty(MACHINE_PLATFORM:MNetBSD-*-aarch64) || make(distinfo) || make (makesum) || make(mdi)
RUST_STAGE0_VER= 1.62.1
RUST_ARCH= aarch64-unknown-netbsd
RUST_STAGE0:= rust-${RUST_STAGE0_VER}-${RUST_ARCH}.tar.xz
RUST_STD_STAGE0:= rust-std-${RUST_STAGE0_VER}-${RUST_ARCH}.tar.xz
DISTFILES:= ${DISTFILES} ${RUST_STAGE0} ${RUST_STD_STAGE0}
SITES.${RUST_STAGE0}= ${MASTER_SITE_LOCAL:=rust/}
SITES.${RUST_STD_STAGE0}= ${MASTER_SITE_LOCAL:=rust/}
.endif
.if !empty(MACHINE_PLATFORM:MNetBSD-*-aarch64eb) || make(distinfo) || make (makesum) || make(mdi)
RUST_STAGE0_VER= 1.62.1
RUST_ARCH= aarch64_be-unknown-netbsd
RUST_STAGE0:= rust-${RUST_STAGE0_VER}-${RUST_ARCH}.tar.xz
RUST_STD_STAGE0:= rust-std-${RUST_STAGE0_VER}-${RUST_ARCH}.tar.xz
DISTFILES:= ${DISTFILES} ${RUST_STAGE0} ${RUST_STD_STAGE0}
SITES.${RUST_STAGE0}= ${MASTER_SITE_LOCAL:=rust/}
SITES.${RUST_STD_STAGE0}= ${MASTER_SITE_LOCAL:=rust/}
.endif
.if !empty(MACHINE_PLATFORM:MNetBSD-*-sparc64) || make(distinfo) || make (makesum) || make(mdi)
RUST_STAGE0_VER= 1.62.1
RUST_ARCH= sparc64-unknown-netbsd
RUST_STAGE0:= rust-${RUST_STAGE0_VER}-${RUST_ARCH}.tar.xz
RUST_STD_STAGE0:= rust-std-${RUST_STAGE0_VER}-${RUST_ARCH}.tar.xz
DISTFILES:= ${DISTFILES} ${RUST_STAGE0} ${RUST_STD_STAGE0}
SITES.${RUST_STAGE0}= ${MASTER_SITE_LOCAL:=rust/}
SITES.${RUST_STD_STAGE0}= ${MASTER_SITE_LOCAL:=rust/}
.endif
.if !empty(MACHINE_PLATFORM:MNetBSD-*-earmv7hf) || make(distinfo) || make (makesum) || make(mdi)
RUST_ARCH= armv7-unknown-netbsd-eabihf
RUST_STAGE0_VER= 1.62.1
RUST_STAGE0:= rust-${RUST_STAGE0_VER}-${RUST_ARCH}.tar.xz
RUST_STD_STAGE0:= rust-std-${RUST_STAGE0_VER}-${RUST_ARCH}.tar.xz
DISTFILES:= ${DISTFILES} ${RUST_STAGE0} ${RUST_STD_STAGE0}
SITES.${RUST_STAGE0}= ${MASTER_SITE_LOCAL:=rust/}
SITES.${RUST_STD_STAGE0}= ${MASTER_SITE_LOCAL:=rust/}
.endif
# You may override RUST_BOOTSTRAP_PATH and RUST_ARCH in mk.conf
# if you have a local bootstrap compiler.
.if !defined(RUST_ARCH) && !defined(RUST_BOOTSTRAP_PATH)
NOT_FOR_PLATFORM+= ${MACHINE_PLATFORM}
.else
RUST_BOOTSTRAP_PATH?= ${WRKDIR}/rust-bootstrap
.endif
.if ${OPSYS} == "SunOS"
BUILD_DEPENDS+= coreutils>=0:../../sysutils/coreutils
BUILD_DEPENDS+= gzip>=0:../../archivers/gzip
TOOLS_CREATE+= md5sum
TOOLS_PATH.md5sum= ${PREFIX}/bin/gmd5sum
TOOLS_PLATFORM.gzcat= ${PREFIX}/bin/gzip -cd
.endif
SUBST_CLASSES+= rpath
SUBST_STAGE.rpath= pre-configure
SUBST_FILES.rpath+= compiler/rustc_codegen_ssa/src/back/linker.rs
SUBST_FILES.rpath+= compiler/rustc_target/src/spec/netbsd_base.rs
SUBST_FILES.rpath+= src/bootstrap/builder.rs
SUBST_FILES.rpath+= src/bootstrap/compile.rs
SUBST_VARS.rpath= PREFIX
#
# Generate list of subst entries for various .cargo-checksum.json files. These
# are all handled together in one big substitution to simplify things rather
# than one substitution entry per file, but are kept separate below to ease
# updating and verification.
#
CKSUM_CRATES+= vendor/cc-1.0.69
CKSUMS+= 6dde684bdcc1bb03a808784ce8ccc0721f53bfdf87b84c607045aada916730ba
CKSUMS+= dd09a6ad92c998b3cc15d81b3b56a70544886fe0c22d659406aa25d734fe2fd1
CKSUM_CRATES+= vendor/libc
CKSUMS+= 8826303cad14a575fa8189f67c7df52a7e11f8eea0381d7d389ff8206757de9e
CKSUMS+= f79ec5ad2156182d51cf70d80401293da6f8277983dbdedfd2e6927133440e42
CKSUMS+= 976b07a13e195840b67c166a62318abfa9ffc8d5ebbb0358f199dd213ec98d1b
CKSUMS+= ee760c856bb491d885e9458fb723c53db7988ba775e59ab5b9ee8be438e69cf4
CKSUMS+= cb1560bf8ffcc7b2726a27b433efac90e726292960626f3064bd2c6b7f861a55
CKSUMS+= 683f56837b31b9f0f5bace3080c5242b86f57f71d1126e352be24af9874ab531
CKSUM_CRATES+= vendor/lzma-sys
CKSUMS+= 6fd5e9245db34c6f557b8bfcaf03db82fc88c3b06dbfbb5f03b2bcd138983ef9
CKSUMS+= 5e252578b5d266f6a4c8dc9f71ca7a91536ccb8c5c7d7753b82f12ec886459ef
CKSUM_CRATES+= vendor/stacker
CKSUMS+= cee329550bad2ed1182abb71db9c24558a91b12e1eab8d9a48e23b997bb8f04e
CKSUMS+= 79915b243d02df1dc698f5c2de3a9356c6c296d2dedb06d9035dbcc2f8972cf4
CKSUM_CRATES+= vendor/openssl-src
CKSUMS+= 65a4daf6f0d6ad80a83d63614288c3a9df9adcebe5f3d7ff2ad34dd3d2c75196
CKSUMS+= a2fbabba485081fcad2ea712f4c1b38f111ade4c75ca61d3c8579c99aa5a173d
SUBST_CLASSES+= cksum
SUBST_STAGE.cksum= pre-configure
.for crate in ${CKSUM_CRATES}
SUBST_FILES.cksum+= ${crate}/.cargo-checksum.json
.endfor
.for from to in ${CKSUMS}
SUBST_SED.cksum+= -e 's,${from},${to},g'
.endfor
post-extract:
set -e; \
if ${TEST} -e ${WRKDIR}/rust-${RUST_STAGE0_VER}-${RUST_ARCH}/install.sh \
-a ! -e ${RUST_BOOTSTRAP_PATH}/bin/rustc; then \
cd ${WRKDIR}/rust-${RUST_STAGE0_VER}-${RUST_ARCH}; \
env ${MAKE_ENV} ${TOOLS_BASH} \
./install.sh --prefix=${RUST_BOOTSTRAP_PATH}; \
cd ${WRKDIR}/rust-std-${RUST_STAGE0_VER}-${RUST_ARCH}; \
env ${MAKE_ENV} ${TOOLS_BASH} \
./install.sh --prefix=${RUST_BOOTSTRAP_PATH}; \
fi
.if ${OPSYS} == "NetBSD"
SDIR=${WRKDIR}/scripts; \
${MKDIR} $${SDIR}; \
cd $${SDIR}; \
${RM} -f c++-wrap; \
${RM} -f clang++-wrap; \
${RM} -f clang-wrap; \
${RM} -f ar-wrap; \
${CP} ${.CURDIR}/files/gcc-wrap .; \
${CHMOD} +x gcc-wrap; \
${LN} -s gcc-wrap c++-wrap; \
${LN} -s gcc-wrap clang++-wrap; \
${LN} -s gcc-wrap clang-wrap; \
${LN} -s gcc-wrap ar-wrap
.endif
.if ${OPSYS} == "FreeBSD"
MAKE_ENV+= OPENSSL_DIR=${SSLBASE}
.endif
.if ${OPSYS} == "NetBSD" && !empty(PKGSRC_COMPILER:Mclang) && !exists(/lib/libgcc_s.so)
BUILDLINK_TRANSFORM+= rm:-lgcc_s
MAKE_ENV+= PKGSRC_HAVE_LIBCPP=yes
pre-build: provide-libgcc-for-bootstrap
.PHONY: provide-libgcc-for-bootstrap
provide-libgcc-for-bootstrap:
. if exists(${FILESDIR}/libgcc_s.so.1)
cp ${FILESDIR}/libgcc_s.so.1 ${RUST_BOOTSTRAP_PATH}/lib/.
. endif
.endif
#
# These are essentially copies of the "all", "test", and "install" Makefile
# targets, but are duplicated here so that we can specify -j.
#
do-build:
${RUN}${_ULIMIT_CMD} \
cd ${WRKSRC} && \
${SETENV} ${MAKE_ENV} \
sh -c "if [ \"${BUILD_TARGET}\" = \"dist\" ]; then \
unset DESTDIR; \
${PYTHONBIN} ./x.py -v \
${BUILD_TARGET} -j ${_MAKE_JOBS_N}; \
else \
${PYTHONBIN} ./x.py -v \
${BUILD_TARGET} --stage 2 -j ${_MAKE_JOBS_N} && \
${PYTHONBIN} ./x.py -v \
doc --stage 2 -j ${_MAKE_JOBS_N}; \
fi"
do-test:
${RUN}${_ULIMIT_CMD} \
cd ${WRKSRC} && \
${SETENV} ${MAKE_ENV} \
${PYTHONBIN} ./x.py -v test -j ${_MAKE_JOBS_N}
do-install:
${RUN}${_ULIMIT_CMD} \
cd ${WRKSRC} && \
${SETENV} ${MAKE_ENV} ${INSTALL_ENV} \
${PYTHONBIN} ./x.py -v install -j ${_MAKE_JOBS_N}
GENERATE_PLIST+= ${FIND} ${DESTDIR}${PREFIX} \( -type f -o -type l \) -print | \
${SED} -e 's,${DESTDIR}${PREFIX}/,,' | ${SORT} ;
# Create a relocatable stage2 bootstrap from the bits we just built that can be
# used to build the next version of rust. Currently only tested on SmartOS.
#
# Use the alternate BOOTSTRAP_NAME when creating a nightly release.
#
#BOOTSTRAP_NAME= ${PKGNAME_NOREV:C/rust/rust-nightly/}-${RUST_ARCH}
BOOTSTRAP_NAME= ${PKGNAME_NOREV}-${RUST_ARCH}
BOOTSTRAP_TMPDIR= ${WRKDIR}/${BOOTSTRAP_NAME}
USE_TOOLS+= gtar
# The NetBSD part is so far untested, because I could not convince
# the rust build to use the gcc wrapper when building natively,
# so that I could get a placeholder in the RPATH, because chrpath
# cannot extend the length of the RPATH...
ELFEDIT?= /usr/bin/elfedit
.PHONY: stage0-bootstrap
stage0-bootstrap: install
${RM} -rf ${BOOTSTRAP_TMPDIR}
${MKDIR} ${BOOTSTRAP_TMPDIR}
.if ${OPSYS} == "NetBSD"
(cd ${BOOTSTRAP_TMPDIR}; \
DISTDIR=${WRKSRC}/bild/dist; \
VER_ARCH=${PKGVERSION}-${RUST_ARCH}; \
RUSTC=rustc-$${VER_ARCH}; \
RUSTC_FILE=$${RUSTC}.tar.gz; \
RUST_STD=rust-std-$${VER_ARCH}; \
RUST_STD_FILE=$${RUST_STD}.tar.gz; \
${GTAR} -xzf $${DISTDIR}/$${RUSTC_FILE}; \
(cd ${RUSTC}; \
RPATH='/usr/pkg/lib:/lib:/usr/lib:$$ORIGIN/../lib'; \
for f in rls-preview/bin/rls rustc/bin/rustc rustc/bin/rustdoc; do \
chrpath -r $$RPATH $$f; \
done; \
RPATH='/usr/pkg/lib:/lib:/usr/lib:$$ORIGIN'; \
for f in rustc/lib/*.so*; do \
chrpath -r $$RPATH $$f; \
done; \
RPATH='/usr/pkg/lib:/lib:/usr/lib:$$ORIGIN:$$ORIGIN/../../..'; \
for f in rustc/lib/rustlib/*/*/*.so*; do \
chrpath -r $$RPATH $$f; \
done;); \
${GTAR} -czf $${RUSTC_FILE} $${RUSTC}; \
${CP} $${DISTDIR}/$${RUST_STD_FILE} .; \
${ECHO} "Fixed stage0 bootstrap in ${BOOTSTRAP_TMPDIR}:"; \
${ECHO} "$${RUSTC_FILE}"; \
${ECHO} "$${RUST_STD_FILE}"; \
)
.endif
.if ${OS_VARIANT} == "SmartOS"
${CP} -R ${DESTDIR}/${PREFIX}/bin ${BOOTSTRAP_TMPDIR}/
${CP} -R ${DESTDIR}/${PREFIX}/lib ${BOOTSTRAP_TMPDIR}/
${MKDIR} ${BOOTSTRAP_TMPDIR}/lib/pkgsrc
set -e; \
for lib in libgcc_s.so.1 libstdc++.so.6; do \
${CP} `${PKG_CC} -print-file-name=$${lib}` \
${BOOTSTRAP_TMPDIR}/lib/pkgsrc/; \
done; \
for lib in libLLVM-14.so libcrypto.so.1.1 libcurl.so.4 \
libssl.so.1.1 libz.so.1; do \
${CP} ${PREFIX}/lib/$${lib} ${BOOTSTRAP_TMPDIR}/lib/pkgsrc/; \
done; \
for lib in libiconv.so.2 libidn2.so.0 libintl.so.8 liblber.so.2 \
libldap.so.2 libnghttp2.so.14 libsasl2.so.3 \
libssh2.so.1 libunistring.so.2; do \
${CP} ${PREFIX}/lib/$${lib} ${BOOTSTRAP_TMPDIR}/lib/pkgsrc/; \
done; \
for f in ${BOOTSTRAP_TMPDIR}/bin/*; do \
/bin/file -b "$$f" | grep ^ELF >/dev/null || continue; \
${ELFEDIT} -e 'dyn:runpath $$ORIGIN/../lib:$$ORIGIN/../lib/pkgsrc' $$f; \
done; \
for f in ${BOOTSTRAP_TMPDIR}/lib/pkgsrc/*.so*; do \
${ELFEDIT} -e 'dyn:runpath $$ORIGIN' $$f; \
done; \
for f in ${BOOTSTRAP_TMPDIR}/lib/*.so*; do \
${ELFEDIT} -e 'dyn:runpath $$ORIGIN:$$ORIGIN/pkgsrc' $$f; \
done; \
for f in ${BOOTSTRAP_TMPDIR}/lib/rustlib/*/*/*.so*; do \
${ELFEDIT} -e 'dyn:runpath $$ORIGIN:$$ORIGIN/../../..:$$ORIGIN/../../../pkgsrc' $$f; \
done; \
cd ${WRKDIR}; ${GTAR} -zcf ${BOOTSTRAP_NAME}.tar.gz ${BOOTSTRAP_NAME}
@${ECHO} ""
@${ECHO} "Verify correct library paths using the following:"
@${ECHO} ""
@${ECHO} " cd ${BOOTSTRAP_TMPDIR}"
@${ECHO} " find . -type f | xargs ldd 2>/dev/null | egrep 'not.found|${PREFIX}'"
@${ECHO} ""
@${ECHO} "If there is no output then this bootstrap kit is ready to go:"
@${ECHO} ""
@${ECHO} " ${WRKDIR}/${BOOTSTRAP_NAME}.tar.gz"
@${ECHO} ""
.endif
.include "options.mk"
# These dependencies currently use the bundled sources as they require
# development features not yet available in released versions.
#
#.include "../../devel/libgit2/buildlink3.mk"
#.include "../../security/libssh2/buildlink3.mk"
#.include "../../www/http-parser/buildlink3.mk"
#.include "../../devel/jemalloc/buildlink3.mk"
## Issues specific to: bootstrap AND NetBSD follow
# rust i386 bootstraps are built for 8.0 and still depend on libstdc++.so.8.
# Pull in compat80 on 9.x and newer.
.if !empty(MACHINE_PLATFORM:MNetBSD-*-i386) && empty(OS_VERSION:M8.*)
BUILD_DEPENDS+= compat80>=0:../../emulators/compat80
.endif
.include "../../mk/atomic64.mk"
# This is for when we build natively:
.if !empty(MACHINE_PLATFORM:MNetBSD-*-powerpc) || \
!empty(MACHINE_PLATFORM:MNetBSD-*-i386)
# Make libatomic library available via a unique directory:
DEPENDS+= libatomic-links>=0:../../devel/libatomic-links
.endif
BUILD_DEPENDS+= cmake-[0-9]*:../../devel/cmake
.include "../../devel/cmake/buildlink3.mk"
.include "../../devel/zlib/buildlink3.mk"
.include "../../lang/python/tool.mk"
.include "../../mk/bsd.pkg.mk"
![[BACK]](/icons/back.gif){kind=icon}
Return to Makefile CVS log ![[TXT]](/icons/text.gif){kind=icon}
![[DIR]](/icons/dir.gif){kind=icon}
Up to [cvs.NetBSD.org] / pkgsrc / lang / rust