Files
lbmk/include/tree.sh
Leah Rowe e42cb4f4cd xbmk: tidy up some if statements
this is an extension of the previous work to unroll
most of the condensed code lines.

Signed-off-by: Leah Rowe <leah@libreboot.org>
2025-09-26 00:09:46 +01:00

622 lines
14 KiB
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# SPDX-License-Identifier: GPL-3.0-or-later
# Copyright (c) 2022-2023 Alper Nebi Yasak <alpernebiyasak@gmail.com>
# Copyright (c) 2022 Ferass El Hafidi <vitali64pmemail@protonmail.com>
# Copyright (c) 2023-2025 Leah Rowe <leah@libreboot.org>
eval "`setvars "" xarch srcdir premake gnatdir xlang mode makeargs elfdir cmd \
project target target_dir targets xtree _f release bootstrapargs mkhelper \
autoconfargs listfile autogenargs btype rev build_depend gccdir cmakedir \
defconfig postmake mkhelpercfg dry dest_dir mdir cleanargs gccver gccfull \
gnatver gnatfull do_make badhash badtghash tree`"
trees()
{
flags="f:b:m:u:c:x:s:l:n:d:"
while getopts $flags option
do
if [ -n "$_f" ]; then
err "only one flag is permitted" "trees" "$@"
fi
_f="$1"
# the "mode" variable is affixed to a make command, example:
# ./mk -m coreboot does: make menuconfig -C src/coreboot/tree
case "$_f" in
-d)
# -d is similar to -b, except that
# a large number of operations will be
# skipped. these are "dry build" scenarios
# where only a subset of build tasks are done,
# and $dry is prefixed to skipped commands
dry=":"
;;
-b) : ;;
-u) mode="oldconfig" ;;
-m) mode="menuconfig" ;;
-c) mode="distclean" ;;
-x) mode="crossgcc-clean" ;;
-f) # download source code for a project
do_make="n" # lets us know not to build anything
dry=":"
;;
-s) mode="savedefconfig" ;;
-l) mode="olddefconfig" ;;
-n) mode="nconfig" ;;
*) err "invalid option '-$option'" "trees" "$@" ;;
esac
if [ -z "${OPTARG+x}" ]; then
shift 1
break
fi
project="${OPTARG#src/}"
project="${project#config/git/}"
shift 2
done
if [ -z "$_f" ]; then
err "missing flag ($flags)" "trees" "$@"
elif [ -z "$project" ]; then
fx_ "x_ ./mk $_f" x_ ls -1 config/git
return 1
elif [ ! -f "config/git/$project/pkg.cfg" ]; then
err "config/git/$project/pkg.cfg missing" "trees" "$@"
fi
elfdir="elf/$project"
datadir="config/data/$project"
configdir="config/$project"
srcdir="src/$project"
dest_dir="$elfdir"
listfile="$datadir/build.list"
if [ ! -f "$listfile" ]; then
listfile="" # build.list is optional on all projects
fi
mkhelpercfg="$datadir/mkhelper.cfg"
if e "$mkhelpercfg" f missing; then
mkhelpercfg="$xbtmp/mkhelper.cfg"
x_ touch "$mkhelpercfg"
fi
targets="$*"
cmd="build_targets $targets"
singletree "$project" && cmd="build_project"
remkdir "${tmpgit%/*}"
}
build_project()
{
if ! configure_project "$configdir"; then
return 0
elif [ -f "$listfile" ]; then
$dry elfcheck || return 0; :
fi
if [ "$mode" = "distclean" ]; then
mode="clean"
fi
run_make_command || return 0
if [ -z "$mode" ]; then
$dry copy_elf; :
fi
}
build_targets()
{
if [ ! -d "$configdir" ]; then
err "directory '$configdir' doesn't exist" "build_targets" "$@"
elif [ $# -lt 1 ]; then
targets="$(ls -1 "$configdir")" || \
err "'$configdir': can't list targets" "build_targets" "$@"
fi
for x in $targets
do
unset CROSS_COMPILE
export PATH="$xbmkpath"
if [ "$x" = "list" ]; then
x_ ls -1 "config/$project"
listfile=""
break
fi
printf "'make %s', '%s', '%s'\n" "$mode" "$project" "$x"
target="$x"
x_ handle_defconfig
if [ -z "$mode" ]; then
x_ $postmake
fi
done; :
}
handle_defconfig()
{
target_dir="$configdir/$target"
if [ ! -f "CHANGELOG" ]; then
fetch_project "$project"
fi
if ! configure_project "$target_dir"; then
return 0
fi
chkvars tree
srcdir="src/$project/$tree"
if [ "$mode" = "${mode%clean}" ] && [ ! -d "$srcdir" ]; then
return 0
fi
for y in "$target_dir/config"/*
do
if [ "$_f" != "-d" ] && [ ! -f "$y" ]; then
continue
elif [ "$_f" != "-d" ]; then
defconfig="$y"
fi
if [ -z "$mode" ]; then
check_defconfig || continue; :
fi
if [ -z "$mode" ]; then
for _xarch in $xarch; do
if [ -n "$_xarch" ]
then
$dry check_cross_compiler "$_xarch"
fi
done; :
fi
handle_makefile
if [ -z "$mode" ]; then
$dry copy_elf
fi
done; :
}
configure_project()
{
eval "`setvars "" cleanargs build_depend autoconfargs xtree postmake \
makeargs btype mkhelper bootstrapargs premake release xlang xarch \
badhash badtghash`"
_tcfg="$1/target.cfg"
if [ ! -f "$_tcfg" ]; then
btype="auto"
fi
# globally initialise all variables for a source tree / target:
if e "$datadir/mkhelper.cfg" f; then
eval "`setcfg "$datadir/mkhelper.cfg"`"
fi
# override target/tree specific variables from per-target config:
while e "$_tcfg" f || [ "$cmd" != "build_project" ]
do
# TODO: implement infinite loop detection here, caused
# by project targets pointing to other targets/trees
# when then ultimate point back repeatedly; this is
# currently avoided simply by careful configuration.
# temporary files per tree/target name could be created
# per iteration, and then checked the next time
printf "Loading %s config: %s\n" "$project" "$_tcfg"
eval "`setvars "" rev tree`"
eval "`setcfg "$_tcfg"`"
if [ "$_f" = "-d" ]; then
build_depend="" # dry run
fi
if [ "$cmd" = "build_project" ]; then
# single-tree, so it can't be a target pointing
# to a main source tree
break
fi
if [ "$do_make" != "n" ]; then
# if we're *downloading* a project, then
# we don't need to to change the target.cfg
break
fi
if [ "${_tcfg%/*/target.cfg}" = "${_tcfg%"/$tree/target.cfg"}" ]
then
# we have found the main source tree that
# a given target uses; no need to continue
break
else
_tcfg="${_tcfg%/*/target.cfg}/$tree/target.cfg"
fi
done
if [ "$XBMK_RELEASE" = "y" ] && [ "$release" = "n" ]; then
return 1
fi
if [ -n "$btype" ] && [ "${mode%config}" != "$mode" ]; then
return 1
fi
if [ -z "$mode" ]; then
$dry build_dependencies; :
fi
mdir="$xbmkpwd/config/submodule/$project"
if [ -n "$tree" ]; then
mdir="$mdir/$tree"
fi
if [ ! -f "CHANGELOG" ]; then
delete_old_project_files
fi
if [ "$do_make" = "n" ]; then
if [ ! -f "CHANGELOG" ]; then
fetch_${cmd#build_}
fi
return 1
fi
x_ ./mk -f "$project" "$target"
}
# projects can specify which other projects
# to build first, as declared dependencies:
build_dependencies()
{
for bd in $build_depend
do
bd_project="${bd%%/*}"
bd_tree="${bd##*/}"
if [ -z "$bd_project" ]; then
$dry err "$project/$tree: !bd '$bd'" \
"build_dependencies" "$@"
fi
if [ "${bd##*/}" = "$bd" ]; then
bd_tree=""
fi
if [ -n "$bd_project" ]; then
$dry x_ ./mk -b $bd_project $bd_tree; :
fi
done; :
}
# delete_old_project_files along with project_up_to_date,
# concatenates the sha512sum hashes of all files related to
# a project, tree or target, then gets the sha512sum of that
# concatenation. this is checked against any existing
# calculation previously cached; if the result differs, or
# nothing was previously stored, we know to delete resources
# such as builds, project sources and so on, for auto-rebuild:
delete_old_project_files()
{
# delete an entire source tree along with its builds:
if ! project_up_to_date hash "$tree" badhash "$datadir" \
"$configdir/$tree" "$mdir"; then
x_ rm -Rf "src/$project/$tree" "elf/$project/$tree"
fi
x_ cp "$xbtmp/new.hash" "$XBMK_CACHE/hash/$project$tree"
if singletree "$project" || [ -z "$target" ] || [ "$target" = "$tree" ]
then
return 0
fi
# delete only the builds of a given target, but not src.
# this is useful when only the target config changes, for
# example x200_8mb coreboot configs change, but not coreboot:
if ! project_up_to_date tghash "$target" badtghash "$configdir/$target"
then
x_ rm -Rf "elf/$project/$tree/$target"
fi
x_ cp "$xbtmp/new.hash" "$XBMK_CACHE/tghash/$project$target"
}
project_up_to_date()
{
eval "`setvars "" old_hash hash`"
hashdir="$1"
hashname="$2"
badhashvar="$3"
shift 3
x_ mkdir -p "$XBMK_CACHE/$hashdir"
if [ -f "$XBMK_CACHE/$hashdir/$project$hashname" ]; then
read -r old_hash < \
"$XBMK_CACHE/$hashdir/$project$hashname" \
|| err \
"$hashdir: err '$XBMK_CACHE/$hashdir/$project$hashname'" \
"project_up_to_date" "$hashdir" "$hashname" "$badhashvar" \
"$@"
fi
fx_ "x_ sha512sum" find "$@" -type f -not -path "*/.git*/*" | awk \
'{print $1}' > "$xbtmp/tmp.hash" || err "!h $project $hashdir" \
"project_up_to_date" "$hashdir" "$hashname" "$badhashvar" "$@"
hash="$(x_ sha512sum "$xbtmp/tmp.hash" | awk '{print $1}' || \
err)" || err "$hashname: Can't read sha512 of '$xbtmp/tmp.hash'" \
"project_up_to_date" "$hashdir" "$hashname" "$badhashvar" "$@"
if [ "$hash" != "$old_hash" ] || \
[ ! -f "$XBMK_CACHE/$hashdir/$project$hashname" ]; then
eval "$badhashvar=\"y\""
fi
printf "%s\n" "$hash" > "$xbtmp/new.hash" || \
err "!mkhash $xbtmp/new.hash ($hashdir $hashname $badhashvar)" \
"project_up_to_date" "$hashdir" "$hashname" "$badhashvar" "$@"
eval "[ \"\$$badhashvar\" = \"y\" ] && return 1"; :
}
check_cross_compiler()
{
cbdir="src/coreboot/$tree"
if [ "$project" != "coreboot" ]; then
cbdir="src/coreboot/default"
fi
if [ -n "$xtree" ]; then
cbdir="src/coreboot/$xtree"
fi
xfix="${1%-*}"
if [ "$xfix" = "x86_64" ]; then
xfix="x64"
fi
xgccfile="elf/coreboot/$tree/xgcc_${xfix}_was_compiled"
xgccargs="crossgcc-$xfix UPDATED_SUBMODULES=1 CPUS=$XBMK_THREADS"
x_ ./mk -f coreboot "${cbdir#src/coreboot/}"
x_ mkdir -p "elf/coreboot/$tree" # TODO: is this needed?
export PATH="$xbmkpwd/$cbdir/util/crossgcc/xgcc/bin:$PATH"
export CROSS_COMPILE="${xarch% *}-"
if [ -n "$xlang" ]; then
export BUILD_LANGUAGES="$xlang"
fi
if [ -f "$xgccfile" ]; then
return 0 # a build already exists
fi
check_gnu_path gcc gnat || x_ check_gnu_path gnat gcc
make -C "$cbdir" $xgccargs || x_ make -C "$cbdir" $xgccargs
x_ touch "$xgccfile"
remkdir "$xbtmp/gnupath" # reset hostcc
}
# fix mismatching gcc/gnat versions on debian trixie/sid. as of december 2024,
# trixie/sid had gnat-13 as gnat and gcc-14 as gcc, but has gnat-14 in apt. in
# some cases, gcc 13+14 and gnat-13 are present; or gnat-14 and gcc-14, but
# gnat in PATH never resolves to gnat-14, because gnat-14 was "experimental"
check_gnu_path()
{
if ! command -v "$1" 1>/dev/null; then
err "Host '$1' unavailable" "check_gnu_path" "$@"
fi
eval "`setvars "" gccver gccfull gnatver gnatfull gccdir gnatdir`"
if ! gnu_setver "$1" "$1"; then
err "Command '$1' unavailable." "check_gnu_path" "$@"
fi
gnu_setver "$2" "$2" || :
eval "[ -z \"\$$1ver\" ] && err \"Cannot detect host '$1' version\""
if [ "$gnatfull" = "$gccfull" ]; then
# matching gcc/gnat versions
return 0
fi
eval "$1dir=\"$(dirname "$(command -v "$1")")\""
eval "_gnudir=\"\$$1dir\""
eval "_gnuver=\"\$$1ver\""
for _bin in "$_gnudir/$2-"*
do
if [ "${_bin#"$_gnudir/$2-"}" = "$_gnuver" ] && [ -x "$_bin" ]
then
_gnuver="${_bin#"$_gnudir/$2-"}"
break
fi
done
if ! gnu_setver "$2" "$_gnudir/$2-$_gnuver"; then
return 1
elif [ "$gnatfull" != "$gccfull" ]; then
return 1
fi
(
remkdir "$xbtmp/gnupath"
x_ cd "$xbtmp/gnupath"
for _gnubin in "$_gnudir/$2"*"-$_gnuver"
do
_gnuutil="${_gnubin##*/}"
if [ -e "$_gnubin" ]; then
x_ ln -s "$_gnubin" "${_gnuutil%"-$_gnuver"}"
fi
done
) || err \
"Can't link '$2-$_gnuver' '$_gnudir'" "check_gnu_path" "$@"; :
}
gnu_setver()
{
eval "$2 --version 1>/dev/null 2>/dev/null || return 1"
eval "$1ver=\"`"$2" --version 2>/dev/null | head -n1`\""
eval "$1ver=\"\${$1ver##* }\""
eval "$1full=\"\$$1ver\""
eval "$1ver=\"\${$1ver%%.*}\""; :
}
check_defconfig()
{
if [ ! -f "$defconfig" ]; then
$dry err "$project/$target: missing defconfig" \
"check_defconfig" "$@"
fi
dest_dir="$elfdir/$tree/$target/${defconfig#"$target_dir/config/"}"
$dry elfcheck || return 1; : # skip build if a previous one exists
}
elfcheck()
{
# TODO: *STILL* very hacky check. do it properly (based on build.list)
( fx_ "eval exit 1 && err" find "$dest_dir" -type f ) || return 1; :
}
handle_makefile()
{
$dry check_makefile "$srcdir" && \
$dry x_ make -C "$srcdir" $cleanargs clean
if [ -f "$defconfig" ]; then
x_ cp "$defconfig" "$srcdir/.config"
fi
run_make_command || \
err "no makefile!" "handle_makefile" "$@"
_copy=".config"
if [ "$mode" = "savedefconfig" ]; then
_copy="defconfig"
fi
if [ "${mode%config}" != "$mode" ]; then
$dry x_ cp "$srcdir/$_copy" "$defconfig"; :
fi
if [ -e "$srcdir/.git" ] && [ "$project" = "u-boot" ] && \
[ "$mode" = "distclean" ]; then
$dry x_ git -C "$srcdir" $cleanargs clean -fdx; :
fi
}
run_make_command()
{
if [ -z "$mode" ]; then
x_ $premake
fi
$dry check_cmake "$srcdir" && [ -z "$mode" ] && \
$dry check_autoconf "$srcdir"
$dry check_makefile "$srcdir" || return 1
$dry x_ make -C "$srcdir" $mode -j$XBMK_THREADS $makeargs
if [ -z "$mode" ]; then
x_ $mkhelper
fi
check_makefile "$srcdir" || return 0
if [ "$mode" = "clean" ]; then
$dry make -C "$srcdir" $cleanargs distclean || \
$dry x_ make -C "$srcdir" $cleanargs clean; :
fi
}
check_cmake()
{
if [ -n "$cmakedir" ]; then
$dry check_makefile "$1" || cmake -B "$1" \
"$1/$cmakedir" || $dry x_ check_makefile "$1"
$dry x_ check_makefile "$1"; :
fi
}
check_autoconf()
{
(
x_ cd "$1"
if [ -f "bootstrap" ]; then
x_ ./bootstrap $bootstrapargs
fi
if [ -f "autogen.sh" ]; then
x_ ./autogen.sh $autogenargs
fi
if [ -f "configure" ]; then
x_ ./configure $autoconfargs; :
fi
) || err "can't bootstrap project: $1" "check_autoconf" "$@"; :
}
check_makefile()
{
if [ ! -f "$1/Makefile" ] && [ ! -f "$1/makefile" ] && \
[ ! -f "$1/GNUmakefile" ]; then
return 1
fi
}
copy_elf()
{
if [ -f "$listfile" ]; then
x_ mkdir -p "$dest_dir"
fi
if [ -f "$listfile" ]; then
while read -r f
do
if [ -f "$srcdir/$f" ]; then
x_ cp "$srcdir/$f" "$dest_dir"
fi
done < "$listfile" || err \
"cannot read '$listfile'" "copy_elf" "$@"; :
fi
( x_ make clean -C "$srcdir" $cleanargs ) || \
err "can't make-clean '$srcdir'" "copy_elf" "$@"; :
}