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build.sh
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build.sh
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#!/bin/sh
set -e
trap 'echo E: build failed with error on ${LINENO}; exit 1' ERR
# Ensure our subshells inherit our "set -e".
export SHELLOPTS
# Currently, we build gnuradio 3.8.1.0 for Python3.7.
GNURADIO_BRANCH=v3.8.1.0
GNURADIO_COMMIT_HASH=git:867b0ab9191ff6c6d5d8f49b5b95fdd884e92a07
GENTOO_MIRROR=https://mirrors.evowise.com/gentoo/distfiles
# default os x path minus /usr/local/bin, which could have pollutants
export PATH=/usr/bin:/bin:/usr/sbin:/sbin
# Provide a list of the extensions we consider archives.
EXTS="zip tar.gz tgz tar.bz2 tbz2 tar.xz"
# Provide some basic defaults.
SKIP_FETCH=true
SKIP_AUTORECONF=
SKIP_LIBTOOLIZE=
KEEP_ON_MISMATCH=
COPY_HASH_ON_MISMATCH=true
# Uncomment the following line to enable more verbose build output.
DEBUG=true
function top_srcdir() {
local r
pushd "$(dirname "${0}")" > /dev/null
r="$(pwd -P)"
popd > /dev/null
echo "${r}"
}
function I() {
echo "I: ${@}" || true
}
function E() {
echo "E: ${@}" > /dev/stderr
exit 1;
}
function F() {
E Failed to build package.
}
function D() {
if [ "" != "$DEBUG" ]; then
echo "D: ${@}"
fi
}
function ncpus() {
sysctl -n hw.ncpu
}
[[ "$(uname)" = "Darwin" ]] \
|| E "This script is only intended to be run on Mac OS X"
XQUARTZ_APP_DIR=/Applications/Utilities/XQuartz.app
BUILD_DIR="$(top_srcdir)"
TMP_DIR=${BUILD_DIR}/tmp
APP_DIR="${APP_DIR:-"/Applications/GNURadio.app"}"
CONTENTS_DIR=${APP_DIR}/Contents
RESOURCES_DIR=${CONTENTS_DIR}/Resources
INSTALL_DIR=${CONTENTS_DIR}/MacOS
MAKE="${MAKE:-"make -j$(ncpus)"}"
PYTHON_VERSION=3.7
PYTHON_FRAMEWORK_DIR="/Library/Frameworks/Python.framework/Versions/${PYTHON_VERSION}"
PYTHON="${PYTHON_FRAMEWORK_DIR}/Resources/Python.app/Contents/MacOS/Python"
PYTHON_CONFIG="${PYTHON_FRAMEWORK_DIR}/lib/python3.7/config-3.7m-darwin/python-config.py"
INSTALL_LIB_DIR="${INSTALL_DIR}/usr/lib"
INSTALL_LIB_DIR="${INSTALL_DIR}/usr/lib"
INSTALL_PYTHON_DIR="${INSTALL_LIB_DIR}/python${PYTHON_VERSION}/site-packages"
INSTALL_GNURADIO_PYTHON_DIR="${INSTALL_DIR}/usr/share/gnuradio/python/site-packages"
export PYTHONPATH=${INSTALL_DIR}/usr/lib/python${PYTHON_VERSION}/site-packages
export SDLDIR=${INSTALL_DIR}/usr
function check_prerequisites() {
XCODE_DEVELOPER_DIR_CMD="xcode-select -p"
[[ "" = "$(${XCODE_DEVELOPER_DIR_CMD} 2>/dev/null)" ]] \
&& E "Xcode command-line developer tools are not installed. You can install them with 'xcode-select --install'"
[[ -d ${XQUARTZ_APP_DIR} ]] \
|| E "XQuartz is not installed. Download it at http://www.xquartz.org/"
[[ -d ${PYTHON_FRAMEWORK_DIR} ]] \
|| E "Python 3.7 is not installed. Download it here: https://www.python.org/downloads/"
}
function gen_version() {
local dirty
local last_tag
local last_tag_commit
local last_commit
local short_last_commit
local ver
cd ${BUILD_DIR}
last_commit="$(git rev-parse --verify HEAD)"
short_last_commit="$(git rev-parse --short HEAD)"
last_tag="$(git describe --abbrev=0 --tags)"
if git diff-index --quiet HEAD --; then
dirty=""
else
dirty="-dirty"
fi
if [ "" = "${last_tag}" ]; then
ver="${short_last_commit}"
else
last_tag_commit="$(git rev-list -n 1 ${last_tag})"
if [ "${last_tag_commit}" = "${last_commit}" -a "" = "${dirty}" ]; then
ver="${last_tag}"
else
ver="${short_last_commit}"
fi
fi
ver+=${dirty}
echo "${ver}"
}
function xpath_contains() {
local x=${1}
local y=${2}
for p in ${x/:/ }; do
if [ "${y}" = "${p}" ]; then
return 0
fi
done
return 1
}
function path_contains() {
xpath_contains ${PATH} ${1}
}
function dyldlibpath_contains() {
xpath_contains ${DYLD_LIBRARY_PATH} ${1}
}
function prefix_dyldlibpath_if_not_contained() {
local x=${1}
dyldlibpath_contains ${1} && return 0
export DYLD_LIBRARY_PATH=${1}:${DYLD_LIBRARY_PATH}
}
function prefix_path_if_not_contained() {
local x=${1}
path_contains ${1} && return 0
export PATH=${1}:${PATH}
}
function handle_hash_mismatch() {
local FILETYPE=$(file "${1}")
# Remove the mismatching file, unless we're explicitly keeping it.
[ ${KEEP_ON_MISMATCH} ] || rm -f "${1}"
# For convenience, copy the hash line to the clipboard, if desired.
[ ${COPY_HASH_ON_MISMATCH} ] && (echo "CKSUM=sha256:${3}" | pbcopy)
# And error out.
E "File '${1}' does not match '${2}'.\nActual sha256 is '${3}'.\nFile is of type '${FILETYPE}'."
}
function verify_sha256() {
#local FILENAME="${1}"
#local CKSUM="${2}"
local CKSUM="$(shasum -a 256 -- "${1}" | cut -d' ' -f1)"
test "${CKSUM}" = "${2}" \
&& D "File '${1}' matches '${2}'" \
|| handle_hash_mismatch "${1}" "${2}" "${CKSUM}" "sha256"
}
function verify_git() {
#local FILENAME="${1}"
#local CKSUM="${2}"
# Verify the hash refers to a commit.
# http://stackoverflow.com/questions/18515488/how-to-check-if-the-commit-exists-in-a-git-repository-by-its-sha-1
test "$( git -C "${1}" cat-file -t "${2}" 2>/dev/null )" = commit \
|| E "Repository '${1}' does not match '${2}'"
# Then verify the hash is in the current branch. (The branch may have newer commits.)
# http://stackoverflow.com/questions/4127967/validate-if-commit-exists
test "$( git -C "${1}" rev-list HEAD.."${2}" | wc -l )" -eq 0 \
|| E "Repository '${1}' does not match '${2}'"
}
function verify_checksum() {
#local FILENAME="${1}"
#local CKSUM="${2}"
test -e "${1}" || E "Missing: '${1}'"
if [ -z "${2}" ]; then
# Nag someone to get a checksum for this thing.
I "No checksum: '${1}'"
return 0
fi
# CKSUM is in the form of "format:data"
# (We allow additional colons in data for future whatever, format:data0:data1:...)
# Check the leading "format:" portion
case "${2%%:*}" in
"sha256")
# Remove leading "sha256:", and invoke the correct function:
verify_sha256 "${1}" "${2#*:}"
;;
"git")
# Remove leading "git:", and invoke the correct function:
verify_git "${1}" "${2#*:}"
;;
*)
E "Unrecognized checksum format: ${2}"
;;
esac
}
# XXX: @CF: use hash-checking for compressed archives
function fetch() {
local P=${1}
local URL=${2}
local T=${3}
local BRANCH=${4}
local CKSUM=${5}
local MVFROM=${6}
I "fetching ${P} from ${URL}"
if [ "git" = "${URL:0:3}" -o "" != "${BRANCH}" ]; then
D "downloading to ${TMP_DIR}/${T}"
if [ ! -d ${TMP_DIR}/${T} ]; then
git clone ${URL} ${TMP_DIR}/${T} \
|| ( rm -Rf ${TMP_DIR}/${T}; E "failed to clone from ${URL}" )
fi
cd ${TMP_DIR}/${T} \
&& git reset \
&& git checkout . \
&& git checkout master \
&& git fetch \
&& git pull \
&& git ls-files --others --exclude-standard | xargs rm -Rf \
|| ( rm -Rf ${TMP_DIR}/${T}; E "failed to pull from ${URL}" )
if [ "" != "${BRANCH}" ]; then
git branch -D local-${BRANCH} &> /dev/null || true
git checkout -b local-${BRANCH} ${BRANCH} \
|| ( rm -Rf ${TMP_DIR}/${T}; E "failed to checkout ${BRANCH}" )
fi
verify_checksum "${TMP_DIR}/${T}" "${CKSUM}"
else
if [ "" != "${SKIP_FETCH}" ]; then
local Z=
for zz in $EXTS; do
D "checking for ${TMP_DIR}/${P}.${zz}"
if [ -f ${TMP_DIR}/${P}.${zz} ]; then
Z=${P}.${zz}
D "already downloaded ${Z}"
verify_checksum "${TMP_DIR}/${Z}" "${CKSUM}"
return
fi
done
fi
cd ${TMP_DIR} \
&& curl -L --insecure -k -O ${URL} \
|| E "failed to download from ${URL}"
verify_checksum "${URL##*/}" "${CKSUM}"
fi
}
function unpack() {
local P=${1}
local URL=${2}
local T=${3}
local MVFROM="${4}"
local NAME="${5}"
if [ "" = "${T}" ]; then
T=${P}
fi
if [ "" = "${NAME}" ]; then
if [ "" = "${MVFROM}" ]; then
NAME=${P}
else
NAME=${MVFROM}
fi
fi
D "Looking for an archive matching '${NAME}'"
if [ "git" = "${URL:0:3}" -o "" != "${BRANCH}" ]; then
I "git repository has been refreshed"
else
local opts=
local cmd=
local Z=
if [ 1 -eq 0 ]; then
echo
elif [ -e ${TMP_DIR}/${NAME}.zip ]; then
Z=${NAME}.zip
cmd=unzip
elif [ -e ${TMP_DIR}/${NAME}.tar.gz ]; then
Z=${NAME}.tar.gz
cmd=tar
opts=xpzf
elif [ -e ${TMP_DIR}/${NAME}.tgz ]; then
Z=${NAME}.tgz
cmd=tar
opts=xpzf
elif [ -e ${TMP_DIR}/${NAME}.tar.bz2 ]; then
Z=${NAME}.tar.bz2
cmd=tar
opts=xpjf
elif [ -e ${TMP_DIR}/${NAME}.tbz2 ]; then
Z=${NAME}.tbz2
cmd=tar
opts=xpjf
elif [ -e ${TMP_DIR}/${NAME}.tar.xz ]; then
Z=${NAME}.tar.xz
cmd=tar
opts=xpJf
fi
I "Extracting ${Z} to ${T}"
rm -Rf ${TMP_DIR}/${T}
cd ${TMP_DIR} \
&& echo "${cmd} ${opts} ${Z}" \
&& ${cmd} ${opts} ${Z} \
|| E "failed to extract ${Z}"
fi
if [ z"${MVFROM}" != z"" ]; then
mv "${TMP_DIR}/${MVFROM}" "${TMP_DIR}/${T}"
fi
local PATCHES="$(ls -1 ${BUILD_DIR}/patches/${P}-*.patch 2>/dev/null)"
if [ "" != "${PATCHES}" ]; then
if [ ! -d ${TMP_DIR}/${T}/.git ]; then
cd ${TMP_DIR}/${T} \
&& git init \
&& git add . \
&& git commit -m 'initial commit' \
|| E "failed to initialize local git (to make patching easier)"
fi
for PP in $PATCHES; do
if [ "${PP%".sh.patch"}" != "${PP}" ]; then
# This ends with .sh.patch, so source it:
I "applying script ${PP}"
cd ${TMP_DIR}/${T} \
&& . ${PP} \
|| E "sh ${PP} failed"
else
I "applying patch ${PP}"
cd ${TMP_DIR}/${T} \
&& git apply ${PP} \
|| E "git apply ${PP} failed"
fi
done
fi
}
function build_and_install_cmake() {
set -e
local P=${1}
local URL=${2}
local CKSUM=${3}
local T=${4}
local BRANCH=${5}
local MVFROM=${6}
local NAME=${7}
export -n SHELLOPTS
if [ "" = "${T}" ]; then
T=${P}
fi
if [ -f ${TMP_DIR}/.${P}.done ]; then
I "already installed ${P}"
else
fetch "${P}" "${URL}" "${T}" "${BRANCH}" "${CKSUM}"
unpack ${P} ${URL} "${T}" "${MVFROM}" "${NAME}"
# Create our working directory, and build things there.
(
set -e
rm -Rf ${TMP_DIR}/${T}-build
mkdir ${TMP_DIR}/${T}-build
cd ${TMP_DIR}/${T}-build
# Configure and make.
cmake ${EXTRA_OPTS}
${MAKE}
${MAKE} install
) || E "failed to build ${P}"
I "finished building and installing ${P}"
touch ${TMP_DIR}/.${P}.done
fi
}
function build_and_install_meson() {
set -e
local P=${1}
local URL=${2}
local CKSUM=${3}
local T=${4}
local BRANCH=${5}
local PATHNAME=${6}
export -n SHELLOPTS
export AR="/usr/bin/ar"
if [ "" = "${T}" ]; then
T=${P}
fi
if [ -f ${TMP_DIR}/.${P}.done ]; then
I "already installed ${P}"
else
fetch "${P}" "${URL}" "${T}" "${BRANCH}" "${CKSUM}" "${PATHNAME}"
unpack ${P} ${URL} ${T} ${BRANCH} "${PATHNAME}"
rm -Rf ${TMP_DIR}/${T}-build
mkdir ${TMP_DIR}/${T}-build
cd ${TMP_DIR}/${T}
meson --prefix="${INSTALL_DIR}/usr" --buildtype=plain ${TMP_DIR}/${T}-build ${EXTRA_OPTS} && \
ninja -v -C ${TMP_DIR}/${T}-build && \
ninja -C ${TMP_DIR}/${T}-build install \
|| E "failed to build ${P}"
I "finished building and installing ${P}"
touch ${TMP_DIR}/.${P}.done
fi
}
function build_and_install_waf() {
set -e
local P=${1}
local URL=${2}
local CKSUM=${3}
local T=${4}
local BRANCH=${5}
export -n SHELLOPTS
if [ "" = "${T}" ]; then
T=${P}
fi
if [ -f ${TMP_DIR}/.${P}.done ]; then
I "already installed ${P}"
else
fetch "${P}" "${URL}" "${T}" "${BRANCH}" "${CKSUM}"
unpack ${P} ${URL} ${T} ${BRANCH}
rm -Rf ${TMP_DIR}/${T}-build \
&& mkdir ${TMP_DIR}/${T}-build \
&& cd ${TMP_DIR}/${T} \
&& ${PYTHON} ./waf configure --prefix="${INSTALL_DIR}" \
&& ${PYTHON} ./waf build \
&& ${PYTHON} ./waf install \
|| E "failed to build ${P}"
I "finished building and installing ${P}"
touch ${TMP_DIR}/.${P}.done
fi
}
function build_and_install_setup_py() {
set -e
local P=${1}
local URL=${2}
local CKSUM=${3}
local T=${4}
local BRANCH=${5}
export -n SHELLOPTS
if [ "" = "${T}" ]; then
T=${P}
fi
if [ -f ${TMP_DIR}/.${P}.done ]; then
I "already installed ${P}"
else
fetch "${P}" "${URL}" "${T}" "${BRANCH}" "${CKSUM}"
unpack ${P} ${URL} ${T}
if [ ! -d ${PYTHONPATH} ]; then
mkdir -p ${PYTHONPATH} \
|| E "failed to mkdir -p ${PYTHONPATH}"
fi
I "Configuring and building in ${T}"
cd ${TMP_DIR}/${T} \
&& \
${PYTHON} setup.py install --prefix=${INSTALL_DIR}/usr \
|| E "failed to configure and install ${P}"
I "finished building and installing ${P}"
touch ${TMP_DIR}/.${P}.done
fi
}
function build_and_install_autotools() {
set -e
local P=${1}
local URL=${2}
local CKSUM=${3}
local T=${4}
local BRANCH=${5}
local CONFIGURE_CMD=${6}
local MVFROM=${7}
export -n SHELLOPTS
if [ "" = "${CONFIGURE_CMD}" ]; then
CONFIGURE_CMD="./configure --prefix=${INSTALL_DIR}/usr"
fi
if [ "" = "${T}" ]; then
T=${P}
fi
if [ -f ${TMP_DIR}/.${P}.done ]; then
I "already installed ${P}"
else
fetch "${P}" "${URL}" "${T}" "${BRANCH}" "${CKSUM}"
unpack ${P} ${URL} ${T} ${MVFROM}
if [[ ( "" = "${SKIP_AUTORECONF}" && "" != "$(which autoreconf)" ) || ! -f ${TMP_DIR}/${T}/configure ]]; then
I "Running autoreconf in ${T}"
(
cd ${TMP_DIR}/${T}
autoreconf -if
) || E "autoreconf failed for ${P}"
fi
if [[ "" = "${SKIP_LIBTOOLIZE}" && "" != "$(which libtoolize)" ]]; then
I "Running libtoolize in ${T}"
(
cd ${TMP_DIR}/${T}
libtoolize -if
) || E "libtoolize failed for ${P}"
fi
I "Configuring and building in ${T}"
(
cd ${TMP_DIR}/${T}
I "${CONFIGURE_CMD} ${EXTRA_OPTS}"
${CONFIGURE_CMD} ${EXTRA_OPTS}
${MAKE}
${MAKE} install
) || E "failed to configure, make, and install ${P}"
I "finished building and installing ${P}"
touch ${TMP_DIR}/.${P}.done
fi
}
function build_and_install_qmake() {
set -e
local P=${1}
local URL=${2}
local CKSUM=${3}
local T=${4}
local BRANCH=${5}
export -n SHELLOPTS
if [ "" = "${T}" ]; then
T=${P}
fi
if [ -f ${TMP_DIR}/.${P}.done ]; then
I "already installed ${P}"
else
fetch "${P}" "${URL}" "${T}" "${BRANCH}" "${CKSUM}"
unpack ${P} ${URL} ${T} ${BRANCH}
I "Configuring and building in ${T}"
cd ${TMP_DIR}/${T} \
&& I "qmake ${EXTRA_OPTS}" \
&& qmake ${EXTRA_OPTS} \
&& ${MAKE} \
&& ${MAKE} install \
|| E "failed to make and install ${P}"
I "finished building and installing ${P}"
touch ${TMP_DIR}/.${P}.done
fi
}
#
# Function that builds and installs a given SoapySDR plugin as needed.
#
function install_soapy_plugin_if_needed() {
P=Soapy${1}
COMMIT=${2}
EXTRA_ARGS=${3}
URL="git://github.com/pothosware/${P}.git"
EXTRA_OPTS="\
-DCMAKE_MACOSX_RPATH=OLD \
-DCMAKE_INSTALL_NAME_DIR=${INSTALL_DIR}/usr/lib \
-DCMAKE_INSTALL_PREFIX=${INSTALL_DIR}/usr \
-DPYTHON3_EXECUTABLE=$(which ${PYTHON}) \
-DPYTHON3_CONFIG_EXECUTABLE=${PYTHON_CONFIG} \
-DPYTHON_EXECUTABLE=$(which ${PYTHON}) \
-DCMAKE_IGNORE_PATH=/usr/local/lib;/usr/local/include \
${EXTRA_ARGS} \
${TMP_DIR}/${P}" \
build_and_install_cmake \
${P} \
${URL} \
git:${COMMIT} \
${P} \
${COMMIT}
}
#
# Function that installs a bladeRF FPGA bitstream to the appropriate target location.
#
function install_bladerf_bitstream_if_needed() {
P=bladeRF-bitstream-${1}
T="hosted${1}-latest.rbf"
URL="https://www.nuand.com/fpga/${T}"
CKSUM="sha256:${2}"
# Install to a location where libbladerf will look.
INSTALL_TO="${INSTALL_DIR}/usr/share/Nuand/bladeRF"
if [ -f ${TMP_DIR}/.${P}.done ]; then
I already installed ${P}
else
I installing bladeRF bitstream ${P}
# Fetch the bitstream, and install it.
fetch "${P}" "${URL}" "${P}" "" "${CKSUM}"
mkdir -p "${INSTALL_TO}"
cp "${TMP_DIR}/${T}" "${INSTALL_TO}/hosted${1}.rbf"
# Mark the package as installed.
touch ${TMP_DIR}/.${P}.done
fi
}
#
# Function that replaces malformed/bad dylib paths with fully-resolved one.
# Many of these tools require extensive patching to get @rpaths to be generated
# correctly on macOS. Instead of carrying around a huge patch weight, we'll taken
# on the Cursed (TM) solution of manually resolving the dylib paths ourselves.
#
function replace_bad_dylib_paths() {
(
set -e
local new_working_directory=${1}
# If we have a directory to apply to, CD to it first.
if [ "" != "${new_working_directory}" ]; then
cd ${new_working_directory}
fi
# Grab a set of files that could be our messed-up libraries.
potential_files=$(find . -name '*.dylib' -o -name '*.so' -o \( -perm "+111" -type f \))
# Iterate over our files...
for file in $potential_files; do
# Grab the file's type...
file_type=$(file ${file})
# ... and skip the file if it's not a Mach-O library.
if [[ ${file_type} != *"Mach-O 64-bit"* ]]; then
continue
fi
# Grab a list of library paths that may have issues.
# Note that this works even for files that aren't libraries; as they just report "not an object file".
otool_paths=$(otool -L ${file} || true)
# Check each of the paths for @rpath, and then replace it accordingly.
IFS=$'\n'
for path in $otool_paths; do
name=$(basename ${path})
# Grab the path section of the otool output.
original_path=$(echo $path | cut -d ' ' -f 1 | tr -d '[:space:]:')
# Replace the problematic section of any @rpath-containing lines with a correct prefix.
if [[ $path == *"@rpath"* ]] || [[ $path == "@rpath"* ]]; then
new_path=${original_path/@rpath/"${INSTALL_DIR}/usr/lib"}
D Replacing @rpath references in "${name} (${original_path} -> ${new_path}"
install_name_tool -change "${original_path}" "${new_path}" ${file}
fi
# If the path doesn't start with "/", it's relative. We'll assueme the relevant
# library is in our standard library path, and add that as a prefix.
if [[ ${original_path} != "/"* ]]; then
new_path="${INSTALL_DIR}/usr/lib/${original_path}"
# Remove a leading "./" in the relevant path, for cleanliness.
new_path=$(echo ${new_path} | sed "s|\\./||")
D Replacing relative references in "${name} (${original_path} -> ${new_path}"
install_name_tool -change "${original_path}" "${new_path}" ${file}
fi
done
done
)
}
#function create_icns_via_cairosvg() {
# local input="${1}"
# local output="${2}"
# local T="$(dirname ${output})/iconbuilder.iconset"
#
# mkdir -p ${T} \
# && cd ${T} \
# && for i in 16 32 128 256 512; do
# j=$((2*i)) \
# && I creating icon_${i}x${i}.png \
# && cairosvg ${input} -W ${i} -H ${i} -o ${T}/icon_${i}x${i}.png \
# && I creating icon_${i}x${i}@2x.png \
# && cairosvg ${input} -W ${j} -H ${j} -o ${T}/icon_${i}x${i}@2x.png \
# || E failed to create ${i}x${i} or ${i}x${i}@2x icons; \
# done \
# && iconutil -c icns -o ${output} ${T} \
# && I done creating ${output} \
# || E failed to create ${output} from ${input}
#}
#function create_icns_via_rsvg() {
# local input="${1}"
# local output="${2}"
# local T="$(dirname ${output})/iconbuilder.iconset"
#
# mkdir -p ${T} \
# && cd ${T} \
# && for i in 16 32 128 256 512; do
# j=$((2*i)) \
# && I creating icon_${i}x${i}.png \
# && rsvg-convert ${input} -W ${i} -H ${i} -o ${T}/icon_${i}x${i}.png \
# && I creating icon_${i}x${i}@2x.png \
# && rsvg-convert ${input} -W ${j} -H ${j} -o ${T}/icon_${i}x${i}@2x.png \
# || E failed to create ${i}x${i} or ${i}x${i}@2x icons; \
# done \
# && iconutil -c icns -o ${output} ${T} \
# && I done creating ${output} \
# || E failed to create ${output} from ${input}
#}
#
# main
#
I "BUILD_DIR = '${BUILD_DIR}'"
I "INSTALL_DIR = '${INSTALL_DIR}'"
I "TMP_DIR = '${TMP_DIR}'"
check_prerequisites
#rm -Rf ${TMP_DIR}
mkdir -p ${BUILD_DIR} ${TMP_DIR} ${INSTALL_DIR}
cd ${TMP_DIR}
prefix_path_if_not_contained ${INSTALL_DIR}/usr/bin
# Update our general compiler flags to reference our local include paths.
export CFLAGS="-I${INSTALL_DIR}/usr/include -I/opt/X11/include"
export CPPFLAGS=${CFLAGS}
export CXXFLAGS=${CFLAGS}
export CC="clang -mmacosx-version-min=10.7"
export CXX="clang++ -mmacosx-version-min=10.7 -stdlib=libc++"
export LDFLAGS="-Wl,-undefined,error -L${INSTALL_DIR}/usr/lib -L/opt/X11/lib -Wl,-rpath,${INSTALL_DIR}/usr/lib -Wl,-rpath,/opt/X11/lib"
export PKG_CONFIG_PATH="${INSTALL_DIR}/usr/lib/pkgconfig:/opt/X11/lib/pkgconfig"
unset DYLD_LIBRARY_PATH
#
# Provide several optional tools for debugging.
# build.sh can be invoked with these to help debug our output.
#
if [ "${1}" == "setup-environment" ]; then
I "Environment set up; aborting now."
return
fi
if [ "${1}" == "shell" ]; then
I "Running an in-envrionment shell."
# Set up our environment, a little.
export PYTHONPATH="${PYTHONPATH}:${INSTALL_DIR}/usr/share/gnuradio/python/site-packages/"
export XDG_DATA_DIRS="${INSTALL_DIR}/usr/share"
export -n SHELLOPTS
cd ${TMP_DIR}
bash
exit 0
fi
if [ "${1}" == "python" ]; then
I "Running an in-environment python shell."
shift
${PYTHON} "$@"
exit 0
fi
if [ "${1}" == "grc" ]; then
I "Attempting to start gnuradio-companion from the build tree."
# Set up our environment, a little.
export PYTHONPATH="${PYTHONPATH}:${INSTALL_DIR}/usr/share/gnuradio/python/site-packages/"
export XDG_DATA_DIRS="${INSTALL_DIR}/usr/share"
gnuradio-companion
exit 0
fi
if [ "${1}" == "post-build" ]; then
I "Clearing the completion status of our post-build tasks."
rm -f ${TMP_DIR}/.post-build-fixes.done
fi
if [ "${1}" == "rebuild" ]; then
I "Rebuilding any packages called ${2}."
rm -f ${TMP_DIR}/.${2}.done
fi
if [ "${1}" == "hard-rebuild" ]; then
I "Clean rebuilding any packages called ${2}."
rm -f ${TMP_DIR}/.${2}.done
rm -rf ${TMP_DIR}/${2}
rm -rf ${TMP_DIR}/${2}-build
fi
# install wrappers for ar and ranlib, which prevent autotools from working
mkdir -p ${INSTALL_DIR}/usr/bin \
&& cp ${BUILD_DIR}/scripts/ar-wrapper.sh ${INSTALL_DIR}/usr/bin/ar \
&& chmod +x ${INSTALL_DIR}/usr/bin/ar \
&& \
cp ${BUILD_DIR}/scripts/ranlib-wrapper.sh ${INSTALL_DIR}/usr/bin/ranlib \
&& chmod +x ${INSTALL_DIR}/usr/bin/ranlib \
|| E "failed to install ar and ranlib wrappers"
[[ $(which ar) = ${INSTALL_DIR}/usr/bin/ar ]] \
|| E "sanity check failed. ar-wrapper is not in PATH"
# Create symlinks that ensure we only ever build with the user-installed python3;
# and put python3 where things expect it to be.
ln -sf ${PYTHON} ${INSTALL_DIR}/usr/bin/python
ln -sf ${PYTHON} ${INSTALL_DIR}/usr/bin/python3
ln -sf ${PYTHON_CONFIG} ${INSTALL_DIR}/usr/bin/python-config
#
# Install autoconf
#
(
P=autoconf-2.69
URL=http://ftp.gnu.org/gnu/autoconf/autoconf-2.69.tar.gz
CKSUM=sha256:954bd69b391edc12d6a4a51a2dd1476543da5c6bbf05a95b59dc0dd6fd4c2969
SKIP_AUTORECONF=yes \
SKIP_LIBTOOLIZE=yes \
build_and_install_autotools \
${P} \
${URL} \
${CKSUM}
)
#
# Install automake
#
(
P=automake-1.16
URL=http://ftp.gnu.org/gnu/automake/${P}.tar.gz
CKSUM=sha256:80da43bb5665596ee389e6d8b64b4f122ea4b92a685b1dbd813cd1f0e0c2d83f
SKIP_AUTORECONF=yes
SKIP_LIBTOOLIZE=yes
build_and_install_autotools \
${P} \
${URL} \
${CKSUM}
)
#
# Install libtool
#
(
P=libtool-2.4.6
URL="http://gnu.spinellicreations.com/libtool/${P}.tar.xz"
CKSUM=sha256:7c87a8c2c8c0fc9cd5019e402bed4292462d00a718a7cd5f11218153bf28b26f
SKIP_AUTORECONF=yes
SKIP_LIBTOOLIZE=yes
build_and_install_autotools \
${P} \
${URL} \
${CKSUM} \
"" \
"" \
"./configure --prefix=${INSTALL_DIR}/usr"
)
#
# Install sed
#
(
P=sed-4.7
URL=http://ftp.gnu.org/pub/gnu/sed/${P}.tar.xz
CKSUM=sha256:2885768cd0a29ff8d58a6280a270ff161f6a3deb5690b2be6c49f46d4c67bd6a
SKIP_AUTORECONF=true
SKIP_LIBTOOLIZE=true
build_and_install_autotools \
${P} \
${URL} \
${CKSUM}
)
#
# Install libunistring
#
(
V=0.9.10
P=libunistring-${V}
URL=http://ftp.gnu.org/pub/gnu/libunistring/${P}.tar.xz
CKSUM=sha256:eb8fb2c3e4b6e2d336608377050892b54c3c983b646c561836550863003c05d7
build_and_install_autotools \
${P} \
${URL} \
${CKSUM}
)