nuttx/tools/mkexport.sh
Philippe Leduc 5dbffd01b2 Export build variables to a CMake file so that it can be imported in a generic CMake toolchain file
Add a toolchain file for CMake that can be used in the exported NuttX archive.
2023-08-29 17:35:13 +08:00

480 lines
16 KiB
Bash
Executable File

#!/usr/bin/env bash
# tools/mkexport.sh
#
# Licensed to the Apache Software Foundation (ASF) under one or more
# contributor license agreements. See the NOTICE file distributed with
# this work for additional information regarding copyright ownership. The
# ASF licenses this file to you under the Apache License, Version 2.0 (the
# "License"); you may not use this file except in compliance with the
# License. You may obtain a copy of the License at
#
# http://www.apache.org/licenses/LICENSE-2.0
#
# Unless required by applicable law or agreed to in writing, software
# distributed under the License is distributed on an "AS IS" BASIS, WITHOUT
# WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. See the
# License for the specific language governing permissions and limitations
# under the License.
#
# Get the input parameter list
USAGE="USAGE: $0 [-d] [-z] [-u] [-t <top-dir> [-x <lib-ext>] [-a <apps-dir>] [-m <make-exe>] -l \"lib1 [lib2 [lib3 ...]]\""
unset TOPDIR
unset LIBLIST
unset TGZ
unset APPDIR
unset BOARDDIR
USRONLY=n
LIBEXT=.a
while [ ! -z "$1" ]; do
case $1 in
-a )
shift
APPDIR="$1"
;;
-b )
shift
BOARDDIR="$1"
;;
-d )
set -x
;;
-l )
shift
LIBLIST=$1
;;
-m )
shift
MAKE="$1"
;;
-t )
shift
TOPDIR=$1
;;
-u )
USRONLY=y
;;
-x )
shift
LIBEXT=$1
;;
-z )
TGZ=y
;;
-h )
echo $USAGE
exit 0
;;
* )
echo "Unrecognized argument: $1"
echo $USAGE
exit 1
;;
esac
shift
done
# Check arguments
if [ -z "${TOPDIR}" -o -z "${LIBLIST}" ]; then
echo "MK: Missing required arguments"
echo $USAGE
exit 1
fi
if [ ! -d "${TOPDIR}" ]; then
echo "MK: Directory ${TOPDIR} does not exist"
exit 1
fi
# Check configuration
# Verify that we have Make.defs, .config, and .version files.
if [ ! -f "${TOPDIR}/Make.defs" ]; then
echo "MK: Directory ${TOPDIR}/Make.defs does not exist"
exit 1
fi
if [ ! -f "${TOPDIR}/.config" ]; then
echo "MK: Directory ${TOPDIR}/.config does not exist"
exit 1
fi
if [ ! -f "${TOPDIR}/.version" ]; then
echo "MK: File ${TOPDIR}/.version does not exist"
exit 1
fi
# Check if the make environment variable has been defined
if [ -z "${MAKE}" ]; then
MAKE=`which make`
fi
# Get the version string
source "${TOPDIR}/.version"
if [ ! -z "${CONFIG_VERSION_STRING}" -a "${CONFIG_VERSION_STRING}" != "0.0" ]; then
VERSION="-${CONFIG_VERSION_STRING}"
fi
# Create the export directory
EXPORTSUBDIR="nuttx-export${VERSION}"
EXPORTDIR="${TOPDIR}/${EXPORTSUBDIR}"
# If the export directory already exists, then remove it and create a new one
if [ -d "${EXPORTDIR}" ]; then
echo "MK: Removing old export directory"
rm -rf "${EXPORTDIR}"
fi
# Remove any possible previous results
rm -f "${EXPORTDIR}.tar"
rm -f "${EXPORTDIR}.zip"
rm -f "${EXPORTDIR}.tar.gz"
# Create the export directory and some of its subdirectories
mkdir "${EXPORTDIR}" || { echo "MK: 'mkdir ${EXPORTDIR}' failed"; exit 1; }
mkdir "${EXPORTDIR}/startup" || { echo "MK: 'mkdir ${EXPORTDIR}/startup' failed"; exit 1; }
mkdir "${EXPORTDIR}/libs" || { echo "MK: 'mkdir ${EXPORTDIR}/libs' failed"; exit 1; }
mkdir "${EXPORTDIR}/scripts" || { echo "MK: 'mkdir ${EXPORTDIR}/scripts' failed"; exit 1; }
mkdir "${EXPORTDIR}/tools" || { echo "MK: 'mkdir ${EXPORTDIR}/tools' failed"; exit 1; }
if [ "X${USRONLY}" != "Xy" ]; then
mkdir "${EXPORTDIR}/arch" || { echo "MK: 'mkdir ${EXPORTDIR}/arch' failed"; exit 1; }
fi
# Copy the .config file
cp -a "${TOPDIR}/.config" "${EXPORTDIR}/.config" ||
{ echo "MK: Failed to copy ${TOPDIR}/.config to ${EXPORTDIR}/.config"; exit 1; }
# Copy the Make.defs files
cp -a "${TOPDIR}/Make.defs" "${EXPORTDIR}/Make.defs" ||
{ echo "MK: Failed to copy ${TOPDIR}/Make.defs to ${EXPORTDIR}/Make.defs"; exit 1; }
# Extract information from the Make.defs file. A Makefile can do this best
${MAKE} -C "${TOPDIR}/tools" -f Export.mk TOPDIR="${TOPDIR}" EXPORTDIR="${EXPORTDIR}"
source "${EXPORTDIR}/makeinfo.sh"
rm -f "${EXPORTDIR}/makeinfo.sh"
rm -f "${EXPORTDIR}/Make.defs"
# Verify the build info that we got from makeinfo.sh
if [ ! -d "${ARCHDIR}" ]; then
echo "MK: Directory ${ARCHDIR} does not exist"
exit 1
fi
# Copy the depends script
cp "${TOPDIR}/tools/mkdeps.c" "${EXPORTDIR}/tools/."
cp "${TOPDIR}/tools/incdir.c" "${EXPORTDIR}/tools/."
# Copy the board specific linker if found, or use the default when not.
if [ -f "${BOARDDIR}/scripts/gnu-elf.ld" ]; then
cp -f "${BOARDDIR}/scripts/gnu-elf.ld" "${EXPORTDIR}/scripts/."
else
cp -f "${TOPDIR}/binfmt/libelf/gnu-elf.ld" "${EXPORTDIR}/scripts/."
fi
# Copy the board config script
if [ -f "${BOARDDIR}/scripts/Config.mk" ]; then
cp -f "${BOARDDIR}/scripts/Config.mk" "${EXPORTDIR}/scripts/."
fi
# Is there a linker script in this configuration?
if [ "X${USRONLY}" != "Xy" ]; then
# LDPATH can contain multiple files.
# The "Copy additional ld scripts" step might copy a file multiple times.
for LDSCRIPT in ${LDPATH}; do
# Apparently so. Verify that the script exists
if [ ! -f "${LDSCRIPT}" ]; then
echo "MK: File ${LDSCRIPT} does not exist"
exit 1
fi
# Copy the linker script
cp -p "${LDSCRIPT}" "${EXPORTDIR}/scripts/." || \
{ echo "MK: cp ${LDSCRIPT} failed"; exit 1; }
# Copy additional ld scripts
LDDIR="$(dirname "${LDSCRIPT}")"
for f in "${LDDIR}"/*.ld ; do
[ -f "${f}" ] && cp -f "${f}" "${EXPORTDIR}/scripts/."
done
done
fi
# Save the compilation options
echo "ARCHCFLAGS = ${ARCHCFLAGS}" >"${EXPORTDIR}/scripts/Make.defs"
echo "ARCHCPUFLAGS = ${ARCHCPUFLAGS}" >>"${EXPORTDIR}/scripts/Make.defs"
echo "ARCHCXXFLAGS = ${ARCHCXXFLAGS}" >>"${EXPORTDIR}/scripts/Make.defs"
echo "ARCHPICFLAGS = ${ARCHPICFLAGS}" >>"${EXPORTDIR}/scripts/Make.defs"
echo "ARCHWARNINGS = ${ARCHWARNINGS}" >>"${EXPORTDIR}/scripts/Make.defs"
echo "ARCHWARNINGSXX = ${ARCHWARNINGSXX}" >>"${EXPORTDIR}/scripts/Make.defs"
echo "ARCHOPTIMIZATION = ${ARCHOPTIMIZATION}" >>"${EXPORTDIR}/scripts/Make.defs"
echo "CROSSDEV = ${CROSSDEV}" >>"${EXPORTDIR}/scripts/Make.defs"
echo "CC = ${CC}" >>"${EXPORTDIR}/scripts/Make.defs"
echo "CXX = ${CXX}" >>"${EXPORTDIR}/scripts/Make.defs"
echo "CPP = ${CPP}" >>"${EXPORTDIR}/scripts/Make.defs"
echo "LD = ${LD}" >>"${EXPORTDIR}/scripts/Make.defs"
echo "AR = ${AR}" >>"${EXPORTDIR}/scripts/Make.defs"
echo "NM = ${NM}" >>"${EXPORTDIR}/scripts/Make.defs"
echo "STRIP = ${STRIP}" >>"${EXPORTDIR}/scripts/Make.defs"
echo "OBJCOPY = ${OBJCOPY}" >>"${EXPORTDIR}/scripts/Make.defs"
echo "OBJDUMP = ${OBJDUMP}" >>"${EXPORTDIR}/scripts/Make.defs"
echo "NXFLATLDFLAGS1 = ${NXFLATLDFLAGS1}" >>"${EXPORTDIR}/scripts/Make.defs"
echo "NXFLATLDFLAGS2 = ${NXFLATLDFLAGS2}" >>"${EXPORTDIR}/scripts/Make.defs"
echo "OBJEXT = ${OBJEXT}" >>"${EXPORTDIR}/scripts/Make.defs"
echo "LIBEXT = ${LIBEXT}" >>"${EXPORTDIR}/scripts/Make.defs"
echo "EXEEXT = ${EXEEXT}" >>"${EXPORTDIR}/scripts/Make.defs"
echo "HOSTCC = ${HOSTCC}" >>"${EXPORTDIR}/scripts/Make.defs"
echo "HOSTINCLUDES = ${HOSTINCLUDES}" >>"${EXPORTDIR}/scripts/Make.defs"
echo "HOSTCFLAGS = ${HOSTCFLAGS}" >>"${EXPORTDIR}/scripts/Make.defs"
echo "HOSTLDFLAGS = ${HOSTLDFLAGS}" >>"${EXPORTDIR}/scripts/Make.defs"
echo "HOSTEXEEXT = ${HOSTEXEEXT}" >>"${EXPORTDIR}/scripts/Make.defs"
echo "LDNAME = ${LDNAME}" >>"${EXPORTDIR}/scripts/Make.defs"
echo "LDELFFLAGS = ${LDELFFLAGS}" >>"${EXPORTDIR}/scripts/Make.defs"
echo "set(ARCHCFLAGS \"${ARCHCFLAGS}\")" > "${EXPORTDIR}/scripts/target.cmake"
echo "set(ARCHCPUFLAGS \"${ARCHCPUFLAGS}\")" >>"${EXPORTDIR}/scripts/target.cmake"
echo "set(ARCHCXXFLAGS \"${ARCHCXXFLAGS}\")" >>"${EXPORTDIR}/scripts/target.cmake"
echo "set(ARCHPICFLAGS \"${ARCHPICFLAGS}\")" >>"${EXPORTDIR}/scripts/target.cmake"
echo "set(ARCHWARNINGS \"${ARCHWARNINGS}\")" >>"${EXPORTDIR}/scripts/target.cmake"
echo "set(ARCHWARNINGSXX \"${ARCHWARNINGSXX}\")" >>"${EXPORTDIR}/scripts/target.cmake"
echo "set(ARCHOPTIMIZATION \"${ARCHOPTIMIZATION}\")" >>"${EXPORTDIR}/scripts/target.cmake"
echo "set(CROSSDEV \"${CROSSDEV}\")" >>"${EXPORTDIR}/scripts/target.cmake"
echo "set(CMAKE_C_COMPILER \"${CC}\")" >>"${EXPORTDIR}/scripts/target.cmake"
echo "set(CMAKE_CXX_COMPILER \"${CXX}\")" >>"${EXPORTDIR}/scripts/target.cmake"
echo "set(CMAKE_LINKER \"${LD}\")" >>"${EXPORTDIR}/scripts/target.cmake"
echo "set(CMAKE_OBJCOPY \"${OBJCOPY}\")" >>"${EXPORTDIR}/scripts/target.cmake"
echo "set(CMAKE_OBJDUMP \"${OBJDUMP}\")" >>"${EXPORTDIR}/scripts/target.cmake"
echo "set(NXFLATLDFLAGS1 \"${NXFLATLDFLAGS1}\")" >>"${EXPORTDIR}/scripts/target.cmake"
echo "set(NXFLATLDFLAGS2 \"${NXFLATLDFLAGS2}\")" >>"${EXPORTDIR}/scripts/target.cmake"
echo "set(OBJEXT \"${OBJEXT}\")" >>"${EXPORTDIR}/scripts/target.cmake"
echo "set(LIBEXT \"${LIBEXT}\")" >>"${EXPORTDIR}/scripts/target.cmake"
echo "set(EXEEXT \"${EXEEXT}\")" >>"${EXPORTDIR}/scripts/target.cmake"
echo "set(HOSTCC \"${HOSTCC}\")" >>"${EXPORTDIR}/scripts/target.cmake"
echo "set(HOSTINCLUDES \"${HOSTINCLUDES}\")" >>"${EXPORTDIR}/scripts/target.cmake"
echo "set(HOSTCFLAGS \"${HOSTCFLAGS}\")" >>"${EXPORTDIR}/scripts/target.cmake"
echo "set(HOSTLDFLAGS \"${HOSTLDFLAGS}\")" >>"${EXPORTDIR}/scripts/target.cmake"
echo "set(HOSTEXEEXT \"${HOSTEXEEXT}\")" >>"${EXPORTDIR}/scripts/target.cmake"
echo "set(LDNAME \"${LDNAME}\")" >>"${EXPORTDIR}/scripts/target.cmake"
echo "set(LDELFFLAGS \"${LDELFFLAGS}\")" >>"${EXPORTDIR}/scripts/target.cmake"
# Additional compilation options when the kernel is built
if [ "X${USRONLY}" != "Xy" ]; then
echo "EXTRA_LIBS = ${EXTRA_LIBS}" >>"${EXPORTDIR}/scripts/Make.defs"
echo "EXTRA_OBJS = ${EXTRA_OBJS}" >>"${EXPORTDIR}/scripts/Make.defs"
echo "HEAD_OBJ = ${HEAD_OBJ}" >>"${EXPORTDIR}/scripts/Make.defs"
echo "LDENDGROUP = ${LDENDGROUP}" >>"${EXPORTDIR}/scripts/Make.defs"
echo "LDFLAGS = ${LDFLAGS}" >>"${EXPORTDIR}/scripts/Make.defs"
echo "LDSTARTGROUP = ${LDSTARTGROUP}" >>"${EXPORTDIR}/scripts/Make.defs"
echo "set(EXTRA_LIBS \"${EXTRA_LIBS}\")" >>"${EXPORTDIR}/scripts/target.cmake"
echo "set(EXTRA_OBJS \"${EXTRA_OBJS}\")" >>"${EXPORTDIR}/scripts/target.cmake"
echo "set(HEAD_OBJ \"${HEAD_OBJ}\")" >>"${EXPORTDIR}/scripts/target.cmake"
echo "set(LDENDGROUP \"${LDENDGROUP}\")" >>"${EXPORTDIR}/scripts/target.cmake"
echo "set(LDFLAGS \"${LDFLAGS}\")" >>"${EXPORTDIR}/scripts/target.cmake"
echo "set(LDSTARTGROUP \"${LDSTARTGROUP}\")" >>"${EXPORTDIR}/scripts/target.cmake"
fi
# Copy the CMake toolchain file
cp "${TOPDIR}/tools/toolchain.cmake.export" "${EXPORTDIR}/scripts/toolchain.cmake"
# Copy the system map file(s)
if [ -r ${TOPDIR}/System.map ]; then
cp -a "${TOPDIR}/System.map" "${EXPORTDIR}/."
fi
if [ -r ${TOPDIR}/User.map ]; then
cp -a "${TOPDIR}/User.map" "${EXPORTDIR}/."
fi
# Copy the NuttX include directory (retaining attributes and following symbolic links)
cp -LR -p "${TOPDIR}/include" "${EXPORTDIR}/." || \
{ echo "MK: 'cp ${TOPDIR}/include' failed"; exit 1; }
# Copy the startup object file(s)
${MAKE} -C ${ARCHDIR} export_startup TOPDIR=${TOPDIR} EXPORT_DIR="${EXPORTDIR}"
# Copy architecture-specific header files into the arch export sub-directory.
# This is tricky because each architecture does things in a little different
# way.
#
# First copy any header files in the architecture src/ sub-directory (some
# architectures keep all of the header files there, some a few, and others
# none
cp -f "${ARCHDIR}"/*.h "${EXPORTDIR}"/arch/. 2>/dev/null
# Then look a list of possible places where other architecture-specific
# header files might be found. If those places exist (as directories or
# as symbolic links to directories, then copy the header files from
# those directories into the EXPORTDIR
if [ "X${USRONLY}" != "Xy" ]; then
ARCH_HDRDIRS="arm armv7-m avr avr32 board common chip mips32"
for hdir in $ARCH_HDRDIRS; do
# Does the directory (or symbolic link) exist?
if [ -d "${ARCHDIR}/${hdir}" -o -h "${ARCHDIR}/${hdir}" ]; then
# Yes.. create a export sub-directory of the same name
mkdir "${EXPORTDIR}/arch/${hdir}" || \
{ echo "MK: 'mkdir ${EXPORTDIR}/arch/${hdir}' failed"; exit 1; }
# Then copy the header files (only) into the new directory
cp -f "${ARCHDIR}"/${hdir}/*.h "${EXPORTDIR}"/arch/${hdir}/. 2>/dev/null
# Most architectures have low directory called "hardware" that
# holds the header files
if [ -d "${ARCHDIR}/${hdir}/hardware" ]; then
# Yes.. create a export sub-directory of the same name
mkdir "${EXPORTDIR}/arch/${hdir}/hardware" || \
{ echo "MK: 'mkdir ${EXPORTDIR}/arch/${hdir}/hardware' failed"; exit 1; }
# Then copy the header files (only) into the new directory
cp -f "${ARCHDIR}"/${hdir}/hardware/*.h "${EXPORTDIR}"/arch/${hdir}/hardware/. 2>/dev/null
fi
fi
done
# Copy OS internal header files as well. They are used by some architecture-
# specific header files.
mkdir "${EXPORTDIR}/arch/os" || \
{ echo "MK: 'mkdir ${EXPORTDIR}/arch/os' failed"; exit 1; }
OSDIRS="clock environ errno group init irq mqueue paging pthread sched semaphore signal task timer wdog"
for dir in ${OSDIRS}; do
mkdir "${EXPORTDIR}/arch/os/${dir}" || \
{ echo "MK: 'mkdir ${EXPORTDIR}/arch/os/${dir}' failed"; exit 1; }
cp -f "${TOPDIR}"/sched/${dir}/*.h "${EXPORTDIR}"/arch/os/${dir}/. 2>/dev/null
done
# Add the board library to the list of libraries
if [ -f "${ARCHDIR}/board/libboard${LIBEXT}" ]; then
LIBLIST="${LIBLIST} ${ARCHSUBDIR}/board/libboard${LIBEXT}"
fi
fi
LDLIBS=`basename -a ${LIBLIST} | sed -e "s/lib/-l/g" -e "s/\.${LIBEXT:1}//g" | tr "\n" " "`
if [ "X${USRONLY}" != "Xy" ]; then
echo "LDLIBS = ${LDLIBS}" >> "${EXPORTDIR}/scripts/Make.defs"
echo "set(LDLIBS \"${LDLIBS}\")" >>"${EXPORTDIR}/scripts/target.cmake"
fi
# Then process each library
for lib in ${LIBLIST}; do
if [ ! -f "${TOPDIR}/${lib}" ]; then
echo "MK: Library ${TOPDIR}/${lib} does not exist"
exit 1
fi
cp ${TOPDIR}/${lib} ${EXPORTDIR}/libs
done
# Process extra librarys
for lib in ${EXTRA_LIBS}; do
# Convert library name
if [ ${lib:0:2} = "-l" ]; then
lib=`echo "${lib}" | sed -e "s/-l/lib/" -e "s/$/${LIBEXT}/"`
fi
for path in ${EXTRA_LIBPATHS}; do
# Skip the library path options
if [ ${#path} == 2 ]; then continue; fi
if [ ${path:0:2} = "-l" ] || [ ${path:0:2} = "-L" ]; then
path=${path:2}
fi
# Export the extra librarys
if [ -f "${path}/${lib}" ]; then
cp -a ${path}/${lib} ${EXPORTDIR}/libs
break
fi
done
done
# Copy the essential build script file(s)
cp -f "${TOPDIR}/tools/Config.mk" "${EXPORTDIR}/tools/"
cp -f "${TOPDIR}/tools/copydir.bat" "${EXPORTDIR}/tools/"
cp -f "${TOPDIR}/tools/copydir.sh" "${EXPORTDIR}/tools/"
cp -f "${TOPDIR}/tools/define.bat" "${EXPORTDIR}/tools/"
cp -f "${TOPDIR}/tools/define.sh" "${EXPORTDIR}/tools/"
cp -f "${TOPDIR}/tools/incdir.bat" "${EXPORTDIR}/tools/"
cp -f "${TOPDIR}/tools/incdir.sh" "${EXPORTDIR}/tools/"
cp -f "${TOPDIR}/tools/link.bat" "${EXPORTDIR}/tools/"
cp -f "${TOPDIR}/tools/link.sh" "${EXPORTDIR}/tools/"
cp -f "${TOPDIR}/tools/unlink.bat" "${EXPORTDIR}/tools/"
cp -f "${TOPDIR}/tools/unlink.sh" "${EXPORTDIR}/tools/"
# Now tar up the whole export directory
cd "${TOPDIR}" || \
{ echo "MK: 'cd ${TOPDIR}' failed"; exit 1; }
if [ -e "${APPDIR}/Makefile" ]; then
${MAKE} -C "${APPDIR}" EXPORTDIR="$(cd "${EXPORTSUBDIR}" ; pwd )" TOPDIR="${TOPDIR}" export || \
{ echo "MK: call make export for APPDIR not supported"; }
fi
if [ "X${TGZ}" = "Xy" ]; then
tar cvf "${EXPORTSUBDIR}.tar" "${EXPORTSUBDIR}" 1>/dev/null
gzip -f "${EXPORTSUBDIR}.tar"
else
zip -r "${EXPORTSUBDIR}.zip" "${EXPORTSUBDIR}" 1>/dev/null
fi
# Clean up after ourselves
rm -rf "${EXPORTSUBDIR}"