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|
#!/bin/sh
# ===========================================================================
#
# NAME
# build.sh - extract, configure, build and install the X Window System
#
# SYNOPSIS
# build.sh [options] [prefix]
# build.sh [-L]
#
# DESCRIPTION
# The script ultimate goal is to build all of the X Window and some of its
# dependencies from source.
#
# X.Org Modular Tree Developer's Guide
#
# Please consult the guide at http://www.x.org/wiki/ModularDevelopersGuide
# It provides detailed instructions on the build tools to install, where to
# find the script and how to invoke it.
#
# The X Window System Source Code
#
# The source code is hosted by freedesktop.org and is composed of over 200
# modules under the git source code management system. X.Org releases are
# available at http://www.x.org/releases/ in the form of software packages.
#
# Basic Operation
#
# The script goes through its list of modules to build. If the source code is
# not on disk, it attempts to obtain it from git if the --clone option is
# specified. If not, it looks for a package archive file on disk. If it is
# still not found, the module is skipped.
#
# The script then runs the appropriate configure script, either autogen.sh
# for git modules or the autoconf generated configure script for package
# archives.
#
# FEATURES
# Over time, functionality have been added to help building a large
# number modules. Progress report, handling build breaks, supporting the
# GNU Build System features, final build report, and so on.
#
# Building from a Custom Modules List
#
# Starting from the list generated using the -L option, remove unwanted
# modules. You may also add your own module or add specific configure
# options for some modules to meet your configuration needs. Using the
# --modfile option, your list replaces the built-in list of the script.
#
# Resuming Build After a Break
#
# The script can resume building at the last point of failure. This saves a
# lot of build time as the modules already built are skipped. The --autoresume
# option can be used with --modfile such that only the modules you care about
# are built and revisited until successful completion.
#
# Specifying Custom Build Commands
#
# By default, the script invokes the make program with the target "all" and
# "install". Some options like -c, -D, or -d alter the targets the make
# program builds, but you can specify your own command instead. Using the
# --cmd option, provide a different make or git command.
#
# Specifying Configuration Options to Specific Modules
#
# In the modulesfile used by the --modfile option, add any configuration
# options you want to pass to the modules as it gets configures by autoconf.
# Write the configure options next to the module name in the file.
# It could be something like --enable-strict-compilation for example.
#
# OPTIONS
# -a Do NOT run auto config tools (autogen.sh, configure)
# -b Use .build.unknown build directory
# -c Run make clean in addition to "all install"
# -D Run make dist in addition to "all install"
# -d Run make distcheck in addition "all install"
# -g Compile and link with debug information
# -L Just list modules to build
# -m Do NOT run any of the make targets
# -h, --help Display this help and exit successfully
# -n Do not quit after error; just print error message
# -o module/component
# Build just this module/component
# -p Update source code before building (git pull --rebase)
# -s sudo The command name providing superuser privilege
# --autoresume resumefile
# Append module being built to, and autoresume from, resumefile
# --check Run make check in addition "all install"
# --clone Clone non-existing repositories (uses \$GITROOT if set)
# --cmd command
# Execute arbitrary git, gmake, or make command
# --confflags options
# Pass options to autgen.sh/configure of all modules
# --modfile modulesfile
# Only process the module/components specified in modulesfile
# Any text after, and on the same line as, the module/component
# is assumed to be configuration options for the configuration
# of each module/component specifically
# --retry-v1 Remake 'all' on failure with Automake silent rules disabled
#
# PREFIX
# An absolute filename where GNU "make" will install binaries, libraries and
# other installable files. The value is passed to Autoconf through the
# --prefix option.
#
# FILES
# resumefile
# When using --autoresume, the script reads and skips modules tagged with
# "PASS" and resume building at the module tagged with "FAIL". The resumefile
# file is not intended to be user edited.
#
# modulesfile
# When using --modfile, the script replaces its internal modules list with
# the list contained in the file. This allows you to build only the modules
# you care about and to add third party modules or modules you create.
# It is helpful to initialized the file using the -L option.#
#
# ENVIRONMENT
# Environment variables specific to build.sh:
#
# PREFIX Install architecture-independent files in PREFIX [/usr/local]
# Each module/components is invoked with --prefix
# EPREFIX Install architecture-dependent files in EPREFIX [PREFIX]
# Each module/components is invoked with --exec-prefix
# BINDIR Install user executables [EPREFIX/bin]
# Each module/components is invoked with --bindir
# DATAROOTDIR Install read-only arch-independent data root [PREFIX/share]
# Each module/components is invoked with --datarootdir
# DATADIR Install read-only architecture-independent data [DATAROOTDIR]
# Each module/components is invoked with --datadir
# LIBDIR Install object code libraries [EPREFIX/lib]
# Each module/components is invoked with --libdir
# LOCALSTATEDIR
# Modifiable single-machine data [PREFIX/var]
# Each module/components is invoked with --localstatedir
# QUIET Do not print messages saying which checks are being made
# Each module/components is invoked with --quite
# GITROOT Source code repository path [https://gitlab.freedesktop.org/]
# Optional when using --clone to update source code before building
# GITCLONEOPTS Options passed to git clone.
# Optional when using --clone to update source code before building
# CONFFLAGS Configure options to pass to all Autoconf configure scripts
# Refer to 'configure --help' from any module/components
# MESON_CONFFLAGS
# Configure options to pass to all meson setup commands
# Refer to 'meson configure' from any module/components
#
# Environment variables defined by the GNU Build System:
#
# ACLOCAL The aclocal cmd name [aclocal -I ${DESTDIR}/${DATADIR}/aclocal]
# DESTDIR Path to the staging area where installed objects are relocated
# MAKE The name of the make command [make]
# MAKEFLAGS Options to pass to all $(MAKE) invocations
# CC C compiler command
# CFLAGS C compiler flags
# LDFLAGS linker flags, e.g. -L<lib dir> if you have libraries in a
# nonstandard directory <lib dir>
# CPPFLAGS C/C++/Objective C preprocessor flags, e.g. -I<include dir> if
# you have headers in a nonstandard directory <include dir>
# CPP C preprocessor
#
# Environment variables defined by the shell:
# PATH List of directories that the shell searches for commands
# $DESTDIR/$BINDIR is prepended
#
# Environment variables defined by the dynamic linker:
# LD_LIBRARY_PATH
# List directories that the linker searches for shared objects
# $DESTDIR/$LIBDIR is prepended
#
# Environment variables defined by the pkg-config system:
#
# PKG_CONFIG_PATH
# List directories that pkg-config searches for libraries
# $DESTDIR/$DATADIR/pkgconfig and
# $DESTDIR/$LIBDIR/pkgconfig are prepended
#
# PORTABILITY
# This script is intended to run on any platform supported by X.Org.
# The script must be able to run in a Bourne shell.
#
# ===========================================================================
envoptions() {
cat << EOF
Environment variables specific to build.sh:
PREFIX Install architecture-independent files in PREFIX [/usr/local]
Each module/components is invoked with --prefix
EPREFIX Install architecture-dependent files in EPREFIX [PREFIX]
Each module/components is invoked with --exec-prefix
BINDIR Install user executables [EPREFIX/bin]
Each module/components is invoked with --bindir
DATAROOTDIR Install read-only arch-independent data root [PREFIX/share]
Each module/components is invoked with --datarootdir
DATADIR Install read-only architecture-independent data [DATAROOTDIR]
Each module/components is invoked with --datadir
LIBDIR Install object code libraries [EPREFIX/lib]
Each module/components is invoked with --libdir
LOCALSTATEDIR
Modifiable single-machine data [PREFIX/var]
Each module/components is invoked with --localstatedir
QUIET Do not print messages saying which checks are being made
Each module/components is invoked with --quite
GITROOT Source code repository path [git://anongit.freedesktop.org/git]
Optional when using --clone to update source code before building
GITCLONEOPTS Options passed to git clone.
Optional when using --clone to update source code before building
CONFFLAGS Configure options to pass to all Autoconf configure scripts
Refer to 'configure --help' from any module/components
MESON_CONFFLAGS
Configure options to pass to all meson setup commands
Refer to 'meson configure' from any module/components
Environment variables defined by the GNU Build System:
ACLOCAL The aclocal cmd name [aclocal -I \${DESTDIR}/\${DATADIR}/aclocal]
DESTDIR Path to the staging area where installed objects are relocated
MAKE The name of the make command [make]
MAKEFLAGS Options to pass to all \$(MAKE) invocations
CC C compiler command
CFLAGS C compiler flags
LDFLAGS linker flags, e.g. -L<lib dir> if you have libraries in a
nonstandard directory <lib dir>
CPPFLAGS C/C++/Objective C preprocessor flags, e.g. -I<include dir> if
you have headers in a nonstandard directory <include dir>
CPP C preprocessor
Environment variables defined by the shell:
PATH List of directories that the shell searches for commands
\$DESTDIR/\$BINDIR is prepended
Environment variables defined by the dynamic linker:
LD_LIBRARY_PATH
List directories that the linker searches for shared objects
\$DESTDIR/\$LIBDIR is prepended
Environment variables defined by the pkg-config system:
PKG_CONFIG_PATH
List directories that pkg-config searches for libraries
\$DESTDIR/\$DATADIR/pkgconfig and
\$DESTDIR/\$LIBDIR/pkgconfig are prepended
EOF
}
setup_buildenv() {
# Remember if the user had supplied a value through env var or cmd line
# A value from cmd line takes precedence of the shell environment
PREFIX_USER=${PREFIX:+yes}
EPREFIX_USER=${EPREFIX:+yes}
BINDIR_USER=${BINDIR:+yes}
DATAROOTDIR_USER=${DATAROOTDIR:+yes}
DATADIR_USER=${DATADIR:+yes}
LIBDIR_USER=${LIBDIR:+yes}
LOCALSTATEDIR_USER=${LOCALSTATEDIR:+yes}
# Assign a default value if no value was supplied by the user
PREFIX=${PREFIX:-/usr/local}
EPREFIX=${EPREFIX:-$PREFIX}
BINDIR=${BINDIR:-$EPREFIX/bin}
DATAROOTDIR=${DATAROOTDIR:-$PREFIX/share}
DATADIR=${DATADIR:-$DATAROOTDIR}
LIBDIR=${LIBDIR:-$EPREFIX/lib}
LOCALSTATEDIR=${LOCALSTATEDIR:-$PREFIX/var}
# Support previous usage of LIBDIR which was a subdir relative to PREFIX
# We use EPREFIX as this is what PREFIX really meant at the time
if [ X"$LIBDIR" != X ]; then
if [ X"`expr $LIBDIR : "\(.\)"`" != X/ ]; then
echo ""
echo "Warning: this usage of \$LIBDIR is deprecated. Use a full path name."
echo "The supplied value \"$LIBDIR\" has been replaced with $EPREFIX/$LIBDIR."
echo ""
LIBDIR=$EPREFIX/$LIBDIR
fi
fi
# All directories variables must be full path names
check_full_path $PREFIX PREFIX
check_full_path $EPREFIX EPREFIX
check_full_path $BINDIR BINDIR
check_full_path $DATAROOTDIR DATAROOTDIR
check_full_path $DATADIR DATADIR
check_full_path $LIBDIR LIBDIR
check_full_path $LOCALSTATEDIR LOCALSTATEDIR
# This will catch the case where user forgets to set PREFIX
# and does not have write permission in the /usr/local default location
check_writable_dir ${DESTDIR}${PREFIX} PREFIX
# Must create local aclocal dir or aclocal fails
ACLOCAL_LOCALDIR="${DESTDIR}${DATADIR}/aclocal"
$SUDO mkdir -p ${ACLOCAL_LOCALDIR}
# The following is required to make aclocal find our .m4 macros
ACLOCAL=${ACLOCAL:="aclocal"}
ACLOCAL="${ACLOCAL} -I ${ACLOCAL_LOCALDIR}"
export ACLOCAL
# The following is required to make pkg-config find our .pc metadata files
PKG_CONFIG_PATH=${DESTDIR}${DATADIR}/pkgconfig:${DESTDIR}${LIBDIR}/pkgconfig${PKG_CONFIG_PATH+:$PKG_CONFIG_PATH}
export PKG_CONFIG_PATH
# Set the library path so that locally built libs will be found by apps
LD_LIBRARY_PATH=${DESTDIR}${LIBDIR}${LD_LIBRARY_PATH+:$LD_LIBRARY_PATH}
export LD_LIBRARY_PATH
# Set the path so that locally built apps will be found and used
PATH=${DESTDIR}${BINDIR}${PATH+:$PATH}
export PATH
# Choose which make program to use
MAKE=${MAKE:="make"}
# Create the log file directory
$SUDO mkdir -p ${DESTDIR}${LOCALSTATEDIR}/log
}
# explain where a failure occurred
# if you find this message in the build output it can help tell you where the failure occurred
# arguments:
# $1 - which command failed
# $2 - module
# $3 - component
# returns:
# (irrelevant)
failed() {
cmd=$1
module=$2
component=$3
echo "build.sh: \"$cmd\" failed on $module${component:+/}$component"
failed_components="$failed_components $module${component:+/}$component"
}
# print a pretty title to separate the processing of each module
# arguments:
# $1 - module
# $2 - component
# $3 - configuration options
# returns:
# (irrelevant)
module_title() {
module=$1
component=$2
confopts="$3"
# preconds
if [ X"$module" = X ]; then
return
fi
echo ""
echo "======================================================================"
echo "== Processing: \"$module${component:+/}$component\""
echo "== configuration options: $confopts"
}
# Search for tarballs in either cwd or under a module directory
# The tarball is always extracted in either one of these locations:
# - modules with components: under the module subdir (e.g lib/libX11-1.4.0)
# - modules without components: under cwd (e.g xserver-1.14.0)
# The tarballs are expected to be under one of the locations described above
# The location of the tarball does not dictate where it is extracted
# arguments:
# $1 - module
# $2 - component
# returns:
# 0 - good (either no tarballs or successful extract)
# 1 - bad
checkfortars() {
module=$1
component=$2
# The package stem is the part of the tar file name that identifies
# the git module archived source. Ex: xclock, pixman, libX11
# For modules without components, the module name is used by default.
pkg_stem=${component:-$module}
# Handle special cases where the module or component directory
# does not match the package name and/or the package root dir
case $module in
"data")
case $component in
"cursors") pkg_stem="xcursor-themes" ;;
"bitmaps") pkg_stem="xbitmaps" ;;
esac
;;
"font")
if [ X"$component" != X"encodings" ]; then
pkg_stem="font-$component"
fi
;;
"lib")
case $component in
"libXRes") pkg_stem="libXres" ;;
"libxtrans") pkg_stem="xtrans" ;;
esac
;;
"proto")
case $component in
"x11proto") pkg_stem="xproto" ;;
esac
;;
"util")
case $component in
"cf") pkg_stem="xorg-cf-files" ;;
"macros") pkg_stem="util-macros" ;;
esac
;;
"xcb")
case $component in
"proto")
pkg_stem="xcb-proto"
;;
"pthread-stubs")
pkg_stem="libpthread-stubs"
;;
"libxcb")
pkg_stem="libxcb"
;;
util*)
pkg_stem="xcb-$component"
;;
esac
;;
"mesa")
case $component in
"drm")
pkg_stem="libdrm"
;;
"mesa")
pkg_stem="MesaLib"
;;
esac
;;
"xserver")
pkg_stem="xorg-server"
;;
esac
# Search for tarballs in both the module and the src top directory
for ii in $module .; do
for jj in bz2 gz xz; do
# Select from the list the last tarball with a specific pkg_stem
pkg_tarfile=`ls -1rt $ii/$pkg_stem-[0-9]*.tar.$jj 2> /dev/null | tail -n 1`
# Extract the tarball under the module directory
# For modules without components, extract in top level dir
if [ X"$pkg_tarfile" != X ]; then
# Get the package version and archived toplevel directory
pkg_version=`echo $pkg_tarfile | sed 's,.*'$pkg_stem'-\(.*\)\.tar\.'$jj',\1,'`
pkg_root_dir="$pkg_stem-$pkg_version"
pkg_root_dir=`echo $pkg_root_dir | sed 's,MesaLib,Mesa,'`
# Find where to extract the tar file
old_srcdir=$SRCDIR
if [ X"$component" = X ]; then
# For modules with no components (i.e xserver)
pkg_extract_dir="."
SRCDIR=$pkg_root_dir
else
# For modules with components (i.e xcb/proto or lib/libXi)
pkg_extract_dir=$module
SRCDIR=$module/$pkg_root_dir
fi
if [ ! -d $SRCDIR ]; then
mkdir -p $module
case $jj in
"bz2")
pkg_tar_opts=xjf
;;
"gz")
pkg_tar_opts=xzf
;;
"xz")
pkg_tar_opts=xJf
;;
esac
tar $pkg_tar_opts $pkg_tarfile -C $pkg_extract_dir
if [ $? -ne 0 ]; then
SRCDIR=${old_srcdir}
echo "Unable to extract $pkg_tarfile for $module module"
failed tar $module $component
return 1
fi
fi
return 0
fi
done
done
return 0
}
# perform a clone of a git repository
# this function provides the mapping between module/component names
# and their location in the fd.o repository
# arguments:
# $1 - module
# $2 - component (optional)
# returns:
# 0 - good
# 1 - bad
clone() {
module=$1
component=$2
# preconds
if [ X"$module" = X ]; then
echo "clone() required first argument is missing"
return 1
fi
case $module in
"pixman")
BASEDIR=""
;;
"xcb")
BASEDIR=""
;;
"mesa")
BASEDIR=""
;;
"xkeyboard-config")
BASEDIR=""
;;
"libevdev")
BASEDIR=""
;;
"libinput")
BASEDIR=""
;;
*)
BASEDIR="xorg/"
;;
esac
DIR="$module${component:+/}$component"
GITROOT=${GITROOT:="https://gitlab.freedesktop.org/"}
if [ ! -d "$DIR" ]; then
git clone $GITCLONEOPTS "$GITROOT/$BASEDIR$DIR" "$DIR"
if [ $? -ne 0 ]; then
echo "Failed to clone $module${component:+/}$component. Ignoring."
clonefailed_components="$clonefailed_components $module${component:+/}$component"
return 1
fi
old_pwd=`pwd`
cd $DIR
if [ $? -ne 0 ]; then
echo "Failed to cd to $module${component:+/}$component. Ignoring."
clonefailed_components="$clonefailed_components $module${component:+/}$component"
return 1
return 1
fi
git submodule init
if [ $? -ne 0 ]; then
echo "Failed to initialize $module${component:+/}$component submodule. Ignoring."
clonefailed_components="$clonefailed_components $module${component:+/}$component"
return 1
fi
git submodule update
if [ $? -ne 0 ]; then
echo "Failed to update $module${component:+/}$component submodule. Ignoring."
clonefailed_components="$clonefailed_components $module${component:+/}$component"
return 1
fi
cd ${old_pwd}
else
echo "git cannot clone into an existing directory $module${component:+/}$component"
return 1
fi
return 0
}
# perform processing of each module/component
# arguments:
# $1 - module
# $2 - component
# $3 - configure options
# returns:
# 0 - good
# 1 - bad
process() {
module=$1
component=$2
confopts="$3"
# preconds
if [ X"$module" = X ]; then
echo "process() required first argument is missing"
return 1
fi
module_title $module "$component" "$confopts"
local use_autogen=0
local use_configure=0
local use_meson=0
SRCDIR=""
CONFCMD=""
if [ -f $module${component:+/}$component/autogen.sh ]; then
SRCDIR="$module${component:+/}$component"
use_autogen=1
elif [ -f $module${component:+/}$component/meson.build ]; then
SRCDIR="$module${component:+/}$component"
use_meson=1
elif [ X"$CLONE" != X ]; then
clone $module $component
if [ $? -eq 0 ]; then
SRCDIR="$module${component:+/}$component"
if [ -f $module${component:+/}$component/autogen.sh ]; then
use_autogen=1
elif [ -f $module${component:+/}$component/meson.build ]; then
use_meson=1
else
echo "Cannot find autogen.sh or meson.build"
return 1
fi
fi
else
checkfortars $module $component
if [ $? -eq 0 ]; then
if [ X"$SRCDIR" = X ]; then
echo "$module${component:+/}$component does not exist, skipping."
nonexistent_components="$nonexistent_components $module${component:+/}$component"
return 0
fi
use_configure=1
else
return 1
fi
fi
if [ $use_autogen != 0 ]; then
CONFCMD="${DIR_CONFIG}/autogen.sh"
confflags="${CONFFLAGS}"
elif [ $use_configure != 0 ]; then
CONFCMD="${DIR_CONFIG}/configure"
confflags="${CONFFLAGS}"
elif [ $use_meson != 0 ]; then
CONFCMD="meson setup"
confopts="$confopts builddir"
confflags="${MESON_CONFFLAGS}"
fi
old_pwd=`pwd`
cd $SRCDIR
if [ $? -ne 0 ]; then
failed cd1 $module $component
return 1
fi
if [ X"$GITCMD" != X ]; then
$GITCMD
rtn=$?
cd $old_pwd
if [ $rtn -ne 0 ]; then
failed "$GITCMD" $module $component
return 1
fi
return 0
fi
if [ X"$PULL" != X ]; then
git pull --rebase
if [ $? -ne 0 ]; then
failed "git pull" $module $component
cd $old_pwd
return 1
fi
# The parent module knows which commit the submodule should be at
git submodule update
if [ $? -ne 0 ]; then
failed "git submodule update" $module $component
return 1
fi
fi
# Build outside source directory
if [ X"$DIR_ARCH" != X ] ; then
mkdir -p "$DIR_ARCH"
if [ $? -ne 0 ]; then
failed mkdir $module $component
cd $old_pwd
return 1
fi
cd "$DIR_ARCH"
if [ $? -ne 0 ]; then
failed cd2 $module $component
cd ${old_pwd}
return 1
fi
fi
# If the builddir already exists, just run ninja, not meson
if [ $use_meson != 0 ] && [ -e ${DIR_CONFIG}/builddir ]; then
:
elif [ X"$NOAUTOGEN" = X ]; then
${CONFCMD} \
${PREFIX_USER:+--prefix="$PREFIX"} \
${EPREFIX_USER:+--exec-prefix="$EPREFIX"} \
${BINDIR_USER:+--bindir="$BINDIR"} \
${DATAROOTDIR_USER:+--datarootdir="$DATAROOTDIR"} \
${DATADIR_USER:+--datadir="$DATADIR"} \
${LIBDIR_USER:+--libdir="$LIBDIR"} \
${LOCALSTATEDIR_USER:+--localstatedir="$LOCALSTATEDIR"} \
${QUIET:+--quiet} \
${confflags} $confopts
if [ $? -ne 0 ]; then
failed ${CONFCMD} $module $component
cd $old_pwd
return 1
fi
else
echo "build.sh: Skipping autogen/configure"
fi
# A custom 'make' target list was supplied through --cmd option
# This does not work for ninja atm
if [ X"$MAKECMD" != X ]; then
${MAKE} $MAKEFLAGS $MAKECMD
rtn=$?
cd $old_pwd
if [ $rtn -ne 0 ]; then
failed "$MAKE $MAKEFLAGS $MAKECMD" $module $component
return 1
fi
return 0
fi
if [ X"$NOMAKE" != X ]; then
echo "build.sh: Skipping make targets"
cd $old_pwd
return 0
fi
if [ $use_autogen != 0 ] || [ $use_configure != 0 ]; then
BUILDCMD="${MAKE} $MAKEFLAGS"
BUILDCMD_VERBOSE="${BUILDCMD} V=1"
BUILDCMD_CHECK="${BUILDCMD} check"
BUILDCMD_CLEAN="${BUILDCMD} clean"
BUILDCMD_DIST="${BUILDCMD} dist"
BUILDCMD_DISTCHECK="${BUILDCMD} distcheck"
BUILDCMD_INSTALL="${BUILDCMD} install"
else
BUILDCMD="ninja -C builddir"
BUILDCMD_VERBOSE="${BUILDCMD_VERBOSE} -v"
BUILDCMD_CHECK="${BUILDCMD} test"
BUILDCMD_CLEAN="${BUILDCMD} clean"
BUILDCMD_DIST="${BUILDCMD} dist"
BUILDCMD_DISTCHECK="${BUILDCMD} distcheck"
BUILDCMD_INSTALL="${BUILDCMD} install"
fi
$BUILDCMD
if [ $? -ne 0 ]; then
# Rerun with Automake silent rules disabled to see failing gcc statement
if [ X"$RETRY_VERBOSE" != X ]; then
echo ""
echo "build.sh: Rebuilding $component with Automake silent rules disabled"
$BUILDCMD_VERBOSE
fi
failed "$BUILDCMD" $module $component
cd $old_pwd
return 1
fi
if [ X"$CHECK" != X ]; then
$BUILDCMD_CHECK
if [ $? -ne 0 ]; then
failed "$BUILDCMD_CHECK" $module $component
cd $old_pwd
return 1
fi
fi
if [ X"$CLEAN" != X ]; then
$BUILDCMD_CLEAN
if [ $? -ne 0 ]; then
failed "$BUILDCMD_CLEAN" $module $component
cd $old_pwd
return 1
fi
fi
if [ X"$DIST" != X ]; then
$BUILDCMD_DIST
if [ $? -ne 0 ]; then
failed "$BUILDCMD_DIST" $module $component
cd $old_pwd
return 1
fi
fi
if [ X"$DISTCHECK" != X ]; then
$BUILDCMD_DISTCHECK
if [ $? -ne 0 ]; then
failed "$BUILDCMD_DISTCHECK" $module $component
cd $old_pwd
return 1
fi
fi
$SUDO env LD_LIBRARY_PATH=$LD_LIBRARY_PATH $BUILDCMD_INSTALL
if [ $? -ne 0 ]; then
failed "$SUDO env LD_LIBRARY_PATH=$LD_LIBRARY_PATH $BUILDCMD_INSTALL" $module $component
cd $old_pwd
return 1
fi
cd ${old_pwd}
return 0
}
# process each module/component and handle:
# LISTONLY, RESUME, NOQUIT, and BUILD_ONE
# arguments:
# $1 - module
# $2 - component
# $3 - configure options
# returns:
# 0 - good
# 1 - bad
build() {
module=$1
component=$2
confopts="$3"
if [ X"$LISTONLY" != X ]; then
echo "$module${component:+/}$component"
return 0
fi
if [ X"$RESUME" != X ]; then
if [ X"$RESUME" = X"$module${component:+/}$component" ]; then
unset RESUME
# Resume build at this module
else
echo "Skipping $module${component:+/}$component..."
return 0
fi
fi
process $module "$component" "$confopts"
process_rtn=$?
if [ X"$BUILT_MODULES_FILE" != X ]; then
if [ $process_rtn -ne 0 ]; then
echo "FAIL: $module${component:+/}$component" >> $BUILT_MODULES_FILE
else
echo "PASS: $module${component:+/}$component" >> $BUILT_MODULES_FILE
fi
fi
if [ $process_rtn -ne 0 ]; then
echo "build.sh: error processing: \"$module${component:+/}$component\""
if [ X"$NOQUIT" = X ]; then
exit 1
fi
return $process_rtn
fi
if [ X"$BUILD_ONE" != X ]; then
echo "Single-component build complete"
exit 0
fi
}
# just process the sub-projects supplied in the given file ($MODFILE)
# in the order in which they are found in the list
# (prerequisites and ordering are the responsibility of the user)
# globals used:
# $MODFILE - readable file containing list of modules to process
# and their optional configuration options
# arguments:
# (none)
# returns:
# 0 - good
# 1 - bad
process_module_file() {
# preconds
if [ X"$MODFILE" = X ]; then
echo "internal process_module_file() error, \$MODFILE is empty"
return 1
fi
if [ ! -r "$MODFILE" ]; then
echo "module file '$MODFILE' is not readable or does not exist"
return 1
fi
# read from input file, skipping blank and comment lines
while read line; do
# skip blank lines
if [ X"$line" = X ]; then
continue
fi
# skip comment lines
echo "$line" | grep "^#" > /dev/null
if [ $? -eq 0 ]; then
continue
fi
# parse each line to extract module, component and options name
field1=`echo $line | cut -d' ' -f1`
module=`echo $field1 | cut -d'/' -f1`
component=`echo $field1 | cut -d'/' -s -f2`
confopts=`echo $line | cut -d' ' -s -f2-`
build $module "$component" "$confopts"
done <"$MODFILE"
return 0
}
usage() {
basename="`expr "//$0" : '.*/\([^/]*\)'`"
echo "Usage: $basename [options] [prefix]"
echo "Options:"
echo " -a Do NOT run auto config tools (autogen.sh, configure)"
echo " -b Use .build.unknown build directory"
echo " -c Run make clean in addition to \"all install\""
echo " -D Run make dist in addition to \"all install\""
echo " -d Run make distcheck in addition \"all install\""
echo " -g Compile and link with debug information"
echo " -h, --help Display this help and exit successfully"
echo " -m Do NOT run any of the make targets"
echo " -n Do not quit after error; just print error message"
echo " -o module/component"
echo " Build just this module/component"
echo " -p Update source code before building (git pull --rebase)"
echo " -s sudo The command name providing superuser privilege"
echo " --autoresume resumefile"
echo " Append module being built to, and autoresume from, <file>"
echo " --check Run make check in addition \"all install\""
echo " --clone Clone non-existing repositories (uses \$GITROOT if set)"
echo " --cmd command"
echo " Execute arbitrary git, gmake, or make command"
echo " --confflags options"
echo " Pass options to autogen.sh/configure of all modules"
echo " --modfile modulefile"
echo " Only process the module/components specified in modulefile"
echo " Any text after, and on the same line as, the module/component"
echo " is assumed to be configuration options for the configuration"
echo " of each module/component specifically"
echo " --retry-v1 Remake 'all' on failure with Automake silent rules disabled"
echo ""
echo "Usage: $basename -L"
echo " -L Just list modules to build"
echo ""
envoptions
}
# Ensure the named variable value contains a full path name
# arguments:
# $1 - the variable value (the path to examine)
# $2 - the name of the variable
# returns:
# returns nothing or exit on error with message
check_full_path () {
path=$1
varname=$2
if [ X"`expr $path : "\(.\)"`" != X/ ]; then
echo "The path \"$path\" supplied by \"$varname\" must be a full path name"
echo ""
usage
exit 1
fi
}
# Ensure the named variable value contains a writable directory
# arguments:
# $1 - the variable value (the path to examine)
# $2 - the name of the variable
# returns:
# returns nothing or exit on error with message
check_writable_dir () {
path=$1
varname=$2
if [ X"$SUDO" = X ]; then
if [ ! -d "$path" ] || [ ! -w "$path" ]; then
echo "The path \"$path\" supplied by \"$varname\" must be a writable directory"
echo ""
usage
exit 1
fi
fi
}
# perform sanity checks on cmdline args which require arguments
# arguments:
# $1 - the option being examined
# $2 - the argument to the option
# returns:
# if it returns, everything is good
# otherwise it exit's
required_arg() {
option=$1
arg=$2
# preconds
if [ X"$option" = X ]; then
echo "internal required_arg() error, missing first argument"
exit 1
fi
# check for an argument
if [ X"$arg" = X ]; then
echo "the '$option' option is missing its required argument"
echo ""
usage
exit 1
fi
# does the argument look like an option?
echo $arg | grep "^-" > /dev/null
if [ $? -eq 0 ]; then
echo "the argument '$arg' of option '$option' looks like an option itself"
echo ""
usage
exit 1
fi
}
#==============================================================================
# Build All Modules
# Globals:
# HOST_OS HOST_CPU
# Arguments:
# None
# Returns:
# None
#==============================================================================
build_all_modules() {
build util macros
build font util
build doc xorg-sgml-doctools
build doc xorg-docs
build proto xorgproto
build proto xcbproto
build lib libxcvt
build lib libxtrans
build lib libXau
build lib libXdmcp
build lib pthread-stubs
build lib libxcb
build lib libxcb-util
build lib libxcb-image
build lib libxcb-keysyms
build lib libxcb-render-util
build lib libxcb-wm
build lib libX11
build lib libXext
case $HOST_OS in
Darwin) build lib libAppleWM;;
CYGWIN*) build lib libWindowsWM;;
esac
build lib libdmx
build lib libfontenc
build lib libFS
build lib libICE
build lib libSM
build lib libXt
build lib libXmu
build lib libXpm
build lib libXaw
build lib libXaw3d
build lib libXfixes
build lib libXcomposite
build lib libXrender
build lib libXdamage
build lib libXcursor
build lib libXfont
build lib libXft
build lib libXi
build lib libXinerama
build lib libxkbfile
build lib libXrandr
build lib libXpresent
build lib libXRes
build lib libXScrnSaver
case $HOST_OS in
Linux)
build lib libxshmfence
;;
esac
build lib libXtst
build lib libXv
build lib libXvMC
build lib libXxf86dga
build lib libXxf86vm
build lib libpciaccess
build pixman pixman
build mesa drm
build mesa mesa
build data bitmaps
build app appres
build util bdftopcf
build app beforelight
build app bitmap
build app editres
build app fonttosfnt
build app fslsfonts
build app fstobdf
build app iceauth
build app ico
build app listres
build app luit
build app mkcomposecache
build app mkfontscale
build app oclock
build app rgb
build test rendercheck
build app rstart
build app scripts
build app sessreg
build app setxkbmap
build app showfont
build app smproxy
build app twm
build app viewres
build test x11perf
build app xauth
build app xbacklight
build app xbiff
build app xcalc
build app xclipboard
build app xclock
build app xcmsdb
build app xconsole
build app xcursorgen
build app xdbedizzy
build app xditview
build app xdm
build app xdpyinfo
build app xdriinfo
build app xedit
build app xev
build app xeyes
build app xf86dga
build app xfd
build app xfontsel
build app xfs
build app xfsinfo
build app xgamma
build app xgc
build app xhost
build app xinit
build app xinput
build app xkbcomp
build app xkbevd
build app xkbprint
build app xkbutils
build app xkill
build app xload
build app xlogo
build app xlsatoms
build app xlsclients
build app xlsfonts
build app xmag
build app xman
build app xmessage
build app xmh
build app xmodmap
build app xmore
build app xpr
build app xprop
build app xrandr
build app xrdb
build app xrefresh
build app xscope
build app xset
build app xsetmode
build app xsetroot
build app xsm
build app xstdcmap
build app xvidtune
build app xvinfo
build app xwd
build app xwininfo
build app xwud
build xserver ""
case $HOST_OS in
Linux)
build libevdev libevdev
build libinput libinput
;;
esac
case $HOST_OS in
Linux)
build driver xf86-input-evdev
build driver xf86-input-joystick
build driver xf86-input-libinput
;;
FreeBSD | NetBSD | OpenBSD | Dragonfly | GNU/kFreeBSD)
build driver xf86-input-joystick
;;
esac
case $HOST_CPU in
i*86 | amd64 | x86_64 | i86pc)
build driver xf86-input-vmmouse
;;
esac
case $HOST_OS in
Darwin)
;;
*)
build driver xf86-input-keyboard
build driver xf86-input-mouse
build driver xf86-input-synaptics
build driver xf86-input-void
case $HOST_OS in
FreeBSD)
case $HOST_CPU in
sparc64)
build driver xf86-video-sunffb
;;
esac
;;
NetBSD | OpenBSD)
build driver xf86-video-wsfb
build driver xf86-video-sunffb
;;
Linux)
build driver xf86-video-sisusb
build driver xf86-video-sunffb
build driver xf86-video-v4l
build driver xf86-video-xgixp
case $HOST_CPU in
i*86)
# AMD Geode CPU. Driver contains 32 bit assembler code
build driver xf86-video-geode
;;
esac
;;
esac
case $HOST_CPU in
sparc | sparc64)
build driver xf86-video-suncg14
build driver xf86-video-suncg3
build driver xf86-video-suncg6
build driver xf86-video-sunleo
build driver xf86-video-suntcx
;;
i*86 | amd64 | x86_64 | i86pc)
build driver xf86-video-i740
build driver xf86-video-intel
;;
esac
build driver xf86-video-amdgpu
build driver xf86-video-apm
build driver xf86-video-ark
build driver xf86-video-ast
build driver xf86-video-ati
build driver xf86-video-chips
build driver xf86-video-cirrus
build driver xf86-video-dummy
build driver xf86-video-fbdev
build driver xf86-video-glint
build driver xf86-video-i128
build driver xf86-video-mach64
build driver xf86-video-mga
build driver xf86-video-neomagic
build driver xf86-video-nested
build driver xf86-video-nv
build driver xf86-video-rendition
build driver xf86-video-r128
build driver xf86-video-s3
build driver xf86-video-s3virge
build driver xf86-video-savage
build driver xf86-video-siliconmotion
build driver xf86-video-sis
build driver xf86-video-tdfx
build driver xf86-video-tga
build driver xf86-video-trident
build driver xf86-video-tseng
build driver xf86-video-vesa
build driver xf86-video-vmware
build driver xf86-video-voodoo
;;
esac
build data cursors
build font encodings
build font adobe-100dpi
build font adobe-75dpi
build font adobe-utopia-100dpi
build font adobe-utopia-75dpi
build font adobe-utopia-type1
build font arabic-misc
build font bh-100dpi
build font bh-75dpi
build font bh-lucidatypewriter-100dpi
build font bh-lucidatypewriter-75dpi
build font bh-ttf
build font bh-type1
build font bitstream-100dpi
build font bitstream-75dpi
build font bitstream-type1
build font cronyx-cyrillic
build font cursor-misc
build font daewoo-misc
build font dec-misc
build font ibm-type1
build font isas-misc
build font jis-misc
build font micro-misc
build font misc-cyrillic
build font misc-ethiopic
build font misc-meltho
build font misc-misc
build font mutt-misc
build font schumacher-misc
build font screen-cyrillic
build font sony-misc
build font sun-misc
build font winitzki-cyrillic
build font xfree86-type1
build font alias
build util cf
build util imake
build util gccmakedep
build util lndir
build util makedepend
build xkeyboard-config xkeyboard-config
return 0
}
#------------------------------------------------------------------------------
# Script main line
#------------------------------------------------------------------------------
# Initialize variables controlling end of run reports
failed_components=""
nonexistent_components=""
clonefailed_components=""
# Set variables supporting multiple binaries for a single source tree
HAVE_ARCH="`uname -i`"
DIR_ARCH=""
DIR_CONFIG="."
# Set variables for conditionally building some components
HOST_OS=`uname -s`
export HOST_OS
HOST_CPU=`uname -m`
export HOST_CPU
# Process command line args
while [ $# != 0 ]
do
case $1 in
-a)
NOAUTOGEN=1
;;
-b)
DIR_ARCH=".build.$HAVE_ARCH"
DIR_CONFIG=".."
;;
-c)
CLEAN=1
;;
-D)
DIST=1
;;
-d)
DISTCHECK=1
;;
-g)
CFLAGS="${CFLAGS} -g3 -O0"
export CFLAGS
;;
-h|--help)
usage
exit 0
;;
-L)
LISTONLY=1
;;
-m)
NOMAKE=1
;;
-n)
NOQUIT=1
;;
-o)
if [ -n "$BUILT_MODULES_FILE" ]; then
echo "The '-o' and '--autoresume' options are mutually exclusive."
usage
exit 1
fi
required_arg $1 $2
shift
RESUME=`echo $1 | sed "s,/$,,"`
BUILD_ONE=1
;;
-p)
PULL=1
;;
-s)
required_arg $1 $2
shift
SUDO=$1
;;
--autoresume)
if [ -n "$BUILD_ONE" ]; then
echo "The '-o' and '--autoresume' options are mutually exclusive."
usage
exit 1
fi
required_arg $1 $2
shift
BUILT_MODULES_FILE=$1
;;
--check)
CHECK=1
;;
--clone)
CLONE=1
;;
--cmd)
required_arg $1 $2
shift
cmd1=`echo $1 | cut -d' ' -f1`
cmd2=`echo $1 | cut -d' ' -f2`
# verify the command exists
which $cmd1 > /dev/null 2>&1
if [ $? -ne 0 ]; then
echo "The specified command '$cmd1' does not appear to exist"
echo ""
usage
exit 1
fi
case X"$cmd1" in
X"git")
GITCMD=$1
;;
X"make" | X"gmake")
MAKECMD=$cmd2
;;
*)
echo "The script can only process 'make', 'gmake', or 'git' commands"
echo "It can't process '$cmd1' commands"
echo ""
usage
exit 1
;;
esac
;;
--confflags)
shift
CONFFLAGS=$1
;;
--modfile)
required_arg $1 $2
shift
if [ ! -r "$1" ]; then
echo "can't find/read file '$1'"
exit 1
fi
MODFILE=$1
;;
--retry-v1)
RETRY_VERBOSE=1
;;
*)
if [ X"$too_many" = Xyes ]; then
echo "unrecognized and/or too many command-line arguments"
echo " PREFIX: $PREFIX"
echo " Extra arguments: $1"
echo ""
usage
exit 1
fi
# check that 'prefix' doesn't look like an option
echo $1 | grep "^-" > /dev/null
if [ $? -eq 0 ]; then
echo "'prefix' appears to be an option"
echo ""
usage
exit 1
fi
PREFIX=$1
too_many=yes
;;
esac
shift
done
# All user input has been obtained, set-up the user shell variables
if [ X"$LISTONLY" = X ]; then
setup_buildenv
echo "Building to run $HOST_OS / $HOST_CPU ($HOST)"
date
fi
# if there is a BUILT_MODULES_FILE
# then start off by checking for and trying to build any modules which failed
# and aren't the last line
if [ X"$BUILT_MODULES_FILE" != X -a -r "$BUILT_MODULES_FILE" ]; then
built_lines=`cat $BUILT_MODULES_FILE | wc -l | sed 's:^ *::'`
built_lines_m1=`expr $built_lines - 1`
orig_BUILT_MODULES_FILE=$BUILT_MODULES_FILE
unset BUILT_MODULES_FILE
curline=1
while read line; do
built_status=`echo $line | cut -c-6`
if [ X"$built_status" = X"FAIL: " ]; then
line=`echo $line | cut -c7-`
field1=`echo $line | cut -d' ' -f1`
module=`echo $field1 | cut -d'/' -f1`
component=`echo $field1 | cut -d'/' -s -f2`
confopts=`echo $line | cut -d' ' -s -f2-`
build_ret=""
# quick check for the module in $MODFILE (if present)
if [ X"$MODFILE" = X ]; then
build $module "$component" "$confopts"
if [ $? -eq 0 ]; then
build_ret="PASS"
fi
else
cat $MODFILE | grep "$module${component:+/}$component" > /dev/null
if [ $? -eq 0 ]; then
build $module "$component" "$confopts"
if [ $? -eq 0 ]; then
build_ret="PASS"
fi
fi
fi
if [ X"$build_ret" = X"PASS" ]; then
built_temp=`mktemp`
if [ $? -ne 0 ]; then
echo "can't create tmp file, $orig_BUILT_MODULES_FILE not modified"
else
head -n `expr $curline - 1` $orig_BUILT_MODULES_FILE > $built_temp
echo "PASS: $module${component:+/}$component" >> $built_temp
tail -n `expr $built_lines - $curline` $orig_BUILT_MODULES_FILE >> $built_temp
mv $built_temp $orig_BUILT_MODULES_FILE
fi
fi
fi
if [ $curline -eq $built_lines_m1 ]; then
break
fi
curline=`expr $curline + 1`
done <"$orig_BUILT_MODULES_FILE"
BUILT_MODULES_FILE=$orig_BUILT_MODULES_FILE
RESUME=`tail -n 1 $BUILT_MODULES_FILE | cut -c7-`
# remove last line of $BUILT_MODULES_FILE
# to avoid a duplicate entry
built_temp=`mktemp`
if [ $? -ne 0 ]; then
echo "can't create tmp file, last built item will be duplicated"
else
head -n $built_lines_m1 $BUILT_MODULES_FILE > $built_temp
mv $built_temp $BUILT_MODULES_FILE
fi
fi
if [ X"$MODFILE" = X ]; then
build_all_modules
else
process_module_file
fi
if [ X"$LISTONLY" != X ]; then
exit 0
fi
# Print the end date/time to compare with the start date/time
date
# Report about components that failed for one reason or another
if [ X"$nonexistent_components" != X ]; then
echo ""
echo "***** Skipped components (not available) *****"
echo "Could neither find a git repository (at the <module/component> paths)"
echo "or a tarball (at the <module/> paths or ./) for:"
echo " <module/component>"
for mod in $nonexistent_components; do
echo " $mod"
done
echo "You may want to provide the --clone option to build.sh"
echo "to automatically git-clone the missing components"
echo ""
fi
if [ X"$failed_components" != X ]; then
echo ""
echo "***** Failed components *****"
for mod in $failed_components; do
echo " $mod"
done
echo ""
fi
if [ X"$CLONE" != X ] && [ X"$clonefailed_components" != X ]; then
echo ""
echo "***** Components failed to clone *****"
for mod in $clonefailed_components; do
echo " $mod"
done
echo ""
fi
|