# Copyright 1999-2004 Gentoo Technologies, Inc. # Distributed under the terms of the GNU General Public License v2 # $Header: /var/cvsroot/gentoo-x86/eclass/gnustep-funcs.eclass,v 1.4 2005/03/18 02:47:00 fafhrd Exp $ inherit toolchain-funcs eutils ECLASS=gnustep-funcs INHERITED="$INHERITED $ECLASS" DESCRIPTION="EClass that centralizes access to GNUstep environment information." ########################################################################### # Functions # --------- # Prints out the dirname of GNUSTEP_SYSTEM_ROOT, i.e., "System" is installed # in egnustep_prefix egnustep_prefix() { # Generally, only gnustep-make should be the one setting this value #if [ "$1" ] && [ ! -f /etc/conf.d/net ]; then if [ "$1" ]; then __GS_PREFIX="$(dirname $1/prune)" return 0 fi if [ -f /etc/conf.d/gnustep.env ]; then . /etc/conf.d/gnustep.env if [ -z "${GNUSTEP_SYSTEM_ROOT}" ] || [ "/" != "${GNUSTEP_SYSTEM_ROOT:0:1}" ]; then die "Please check /etc/conf.d/gnustep.env for consistency or remove it." fi __GS_PREFIX=$(dirname ${GNUSTEP_SYSTEM_ROOT}) elif [ -z "${__GS_PREFIX}" ]; then __GS_PREFIX="/usr/GNUstep" __GS_SYSTEM_ROOT="/usr/GNUstep/System" fi echo "${__GS_PREFIX}" } # Prints/sets the GNUstep install domain; Generally, this will only be # "System" or "Local" egnustep_install_domain() { if [ -z "$1" ]; then if [ -z "$__GS_INSTALL_DOMAIN" ]; then # backwards comapatbility for older ebuilds __GS_INSTALL_DOMAIN="GNUSTEP_SYSTEM_ROOT" fi echo ${!__GS_INSTALL_DOMAIN} return 0 else if [ "$1" == "System" ]; then __GS_INSTALL_DOMAIN="GNUSTEP_SYSTEM_ROOT" elif [ "$1" == "Local" ]; then __GS_INSTALL_DOMAIN="GNUSTEP_LOCAL_ROOT" # elif [ "$1" == "Network" ]; then # __GS_INSTALL_DOMAIN="GNUSTEP_NETWORK_ROOT" else die "An invalid parameter has been passed to ${FUNCNAME}" fi fi } # Clean/reset an ebuild to the installed GNUstep evironment; generally, # this is called once an ebuild (at least), and packages that will # inherit from gnustep.eclass already do this egnustep_env() { GNUSTEP_SYSTEM_ROOT="$(egnustep_prefix)/System" if [ -f ${GNUSTEP_SYSTEM_ROOT}/Library/Makefiles/GNUstep.sh ] ; then . ${GNUSTEP_SYSTEM_ROOT}/Library/Makefiles/GNUstep-reset.sh if [ -f /etc/conf.d/gnustep.env ]; then . /etc/conf.d/gnustep.env else GNUSTEP_SYSTEM_ROOT="/usr/GNUstep/System" fi . ${GNUSTEP_SYSTEM_ROOT}/Library/Makefiles/GNUstep.sh __GS_SYSTEM_ROOT=${GNUSTEP_SYSTEM_ROOT} __GS_LOCAL_ROOT=${GNUSTEP_LOCAL_ROOT} __GS_NETWORK_ROOT=${GNUSTEP_NETWORK_ROOT} __GS_USER_ROOT=${GNUSTEP_USER_ROOT} __GS_USER_ROOT_SUFFIX=$(dirname ${GNUSTEP_USER_ROOT#*$USER}/prune)/ # "gs_prefix" is the prefix that GNUstep is installed into, e.g. # gs_prefix=/usr/GNUstep => GNUSTEP_SYSTEM_ROOT=${gs_prefix}/System local gs_prefix=`egnustep_prefix` echo ${gs_prefix//\//XXX_SED_FSLASH} > ${TMP}/sed.gs_prefix # "gs_user_root_suffix" what is left over from the difference of # GNUSTEP_USER_ROOT and HOME, e.g.: # "/home/something/whatever/.config/GNUstep" => ".config/GNUstep" echo ${__GS_USER_ROOT_SUFFIX//\//XXX_SED_FSLASH} > ${TMP}/sed.gs_user_root_suffix # Set up common env vars for make operations __GS_MAKE_EVAL="HOME=\${TMP} \ GNUSTEP_USER_ROOT=\${TMP} \ GNUSTEP_DEFAULTS_ROOT=\${TMP}/\${__GS_USER_ROOT_SUFFIX} \ INSTALL_ROOT_DIR=\${D} \ GNUSTEP_INSTALLATION_DIR=\${D}/\$(egnustep_install_domain) GNUSTEP_MAKEFILES=\${GNUSTEP_SYSTEM_ROOT}/Library/Makefiles \ GNUSTEP_NETWORK_ROOT=\${GNUSTEP_NETWORK_ROOT} \ GNUSTEP_LOCAL_ROOT=\${GNUSTEP_LOCAL_ROOT} \ GNUSTEP_SYSTEM_ROOT=\${GNUSTEP_SYSTEM_ROOT} \ TAR_OPTIONS=\"\${TAR_OPTIONS} --no-same-owner\" \ -j1" else die "gnustep-make not installed!" fi } # Get/Set the GNUstep system root egnustep_system_root() { if [ "$1" ]; then __GS_SYSTEM_ROOT="$(dirname $1/prune)" else echo ${__GS_SYSTEM_ROOT} fi } # Get/Set the GNUstep local root egnustep_local_root() { if [ "$1" ]; then __GS_LOCAL_ROOT="$(dirname $1/prune)" else echo ${__GS_LOCAL_ROOT} fi } # Get/Set the GNUstep network root egnustep_network_root() { if [ "$1" ]; then __GS_NETWORK_ROOT="$(dirname $1/prune)" else echo ${__GS_NETWORK_ROOT} fi } # Get/Set the GNUstep user root # Note: watch out for this one -- ~ and such must be enclosed in single-quotes when passed in egnustep_user_root() { if [ "$1" ]; then __GS_USER_ROOT="$(dirname $1/prune)" else echo ${__GS_USER_ROOT} fi } # Print the "suffix" of the user_root, or simply # e.g ~/GNUstep => GNUstep egnustep_user_root_suffix() { echo ${!__GS_USER_ROOT_SUFFIX} } # Make utilizing GNUstep Makefiles egnustep_make() { if [ -f ./[mM]akefile -o -f ./GNUmakefile ] ; then local gs_make_opts="${1}" if use debug ; then gs_make_opts="${gs_make_opts} debug=yes" fi if use profile; then gs_make_opts="${gs_make_opts} profile=yes" fi eval emake ${__GS_MAKE_EVAL} ${gs_make_opts} all || die "package make failed" else die "no Makefile found" fi return 0 } # Copies "convenience scripts" egnustep_package_config() { if [ -f ${FILESDIR}/config-${PN}.sh ]; then dodir `egnustep_install_domain`/Tools/Gentoo exeinto `egnustep_install_domain`/Tools/Gentoo doexe ${FILESDIR}/config-${PN}.sh fi } # Informs user about existence of "convenience script" egnustep_package_config_info() { if [ -f ${FILESDIR}/config-${PN}.sh ]; then einfo "Make sure to set happy defaults for this package by executing:" einfo " `egnustep_install_domain`/Tools/Gentoo/config-${PN}.sh" einfo "as the user you will run the package as." fi } # Make-install utilizing GNUstep Makefiles egnustep_install() { if [ -f ./[mM]akefile -o -f ./GNUmakefile ] ; then local gs_make_opts="${1}" if use debug ; then gs_make_opts="${gs_make_opts} debug=yes" fi if use profile; then gs_make_opts="${gs_make_opts} profile=yes" fi eval emake ${__GS_MAKE_EVAL} ${gs_make_opts} install || die "package install failed" else die "no Makefile found" fi return 0 } # Make and install docs utilzing GNUstep Makefiles # Note: docs installed with this from a GNUMakefile, # not just some files in a Documentation directory egnustep_doc() { cd ${S}/Documentation if [ -f ./[mM]akefile -o -f ./GNUmakefile ] ; then local gs_make_opts="${1}" if use debug ; then gs_make_opts="${gs_make_opts} debug=yes" fi if use profile; then gs_make_opts="${gs_make_opts} profile=yes" fi eval emake ${__GS_MAKE_EVAL} ${gs_make_opts} all || die "doc make failed" eval emake ${__GS_MAKE_EVAL} ${gs_make_opts} install || die "doc install failed" #XXX: I have no idea why this is called by ebuilds that don't have 'doc' in the # USE flags, but user has 'doc' in global USE in make.conf # else # die "no Makefile found" fi cd .. return 0 } ########################################################################### # Tests # ----- objc_available() { export OBJC_TEST="${TMP}/objc_test.m" cat > "${OBJC_TEST}" << EOF /** * This example taken from the tutorial at: * http://gnustep.made-it.com/GSPT/xml/Tutorial_en.html <quote> A GNUstep Programming Tutorial Time is on our side... Yen-Ju Chen Dennis Leeuw Copyright © 2003 Yen-Ju Chen, Dennis Leeuw Permission is granted to copy, distribute and/or modify this document under the terms of the GNU Free Documentation License, Version 1.2 or any later version published by the Free Software Foundation; with no Invariant Sections, no Front-Cover Texts, and no Back-Cover Texts. </quote> */ #include <objc/Object.h> @interface Greeter:Object { /* This is left empty on purpose: * Normally instance variables would be declared here, * but these are not used in our example. */ } - (void)greet; @end #include <stdio.h> @implementation Greeter - (void)greet { printf("Hello, World!\n"); } @end #include <stdlib.h> int main(void) { id myGreeter; myGreeter=[Greeter new]; [myGreeter greet]; [myGreeter free]; return EXIT_SUCCESS; } EOF local available available="yes" eval $(tc-getCC) ${OBJC_TEST} -o ${OBJC_TEST}-out -lobjc || available="no" echo ${available} } objc_not_available_info() { einfo "gcc must be compiled with Objective-C support! See the objc USE flag." einfo "NOTE: if you have to recompile gcc anyway, now may be the time to also add the 'gcj' use flag, so that libffi will also be compiled. Any gcc-3 version with 'gcj' should work, however, if you are testing >=gcc-3.4.3-r1 'objc' USE flag on should also install libffi." } ffi_available() { export FFI_TEST="${TMP}/ffi_test.m" cat > "${FFI_TEST}" << EOF #include <ffi.h> int main(int argc, char *argv[]) { int n = argc; return 0; } EOF local available available="yes" # XXX # Support dev-libs/libffi until it is deprecate # (not that these -I and -L really matter eval $(tc-getCC) ${FFI_TEST} -o ${FFI_TEST}-out -lffi || available="no" echo ${available} } ffi_not_available_info() { einfo "Your FFI libraries and headers seem to be installed incorrectly." einfo "This is not as bad as it sounds -- not many projects use libffi at the moment, and gcc may have installed the headers in an inavailable place. Especially check for 'ffi.h' in your /usr/lib/gcc/\"\$CHOST\"/\"gcc-version\"/include directory, and that any other ffi related files it #include's (e.g. 'ffitarget.h') are in that directory as well; this can be solved by moving the files, or with a symlink. This is a quick fix, and newer ebuilds of gcc should install the files in the correct places, but for now, it could save you a recompilation of gcc." einfo "If this still fails for you, consider not using the 'gcc-libffi' USE flag and letting dev-libs/libffi build as a dependency. It is important that either 'gcj' is a USE flag for gcc, or 'gcj' or 'objc' for >=gcc-3.4.3-r1." } ###########################################################################