poky/meta/recipes-devtools/gcc/gcc-common.inc

SUMMARY = "GNU cc and gcc C compilers"
HOMEPAGE = "http://www.gnu.org/software/gcc/"
DESCRIPTION = "The GNU Compiler Collection includes front ends for C, C++, Objective-C, Fortran, Ada, Go, and D, as well as libraries for these languages (libstdc++,...). GCC was originally written as the compiler for the GNU operating system."
SECTION = "devel"
LICENSE = "GPL"

NATIVEDEPS = ""

CVE_PRODUCT = "gcc"

inherit autotools gettext texinfo

BPN = "gcc"
COMPILERDEP = "${MLPREFIX}gcc-cross-${TARGET_ARCH}:do_gcc_stash_builddir"
COMPILERDEP:class-nativesdk = "gcc-crosssdk-${SDK_SYS}:do_gcc_stash_builddir"

python extract_stashed_builddir () {
    src = d.expand("${COMPONENTS_DIR}/${BUILD_ARCH}/gcc-stashed-builddir-${TARGET_SYS}")
    dest = d.getVar("B")
    oe.path.copyhardlinktree(src, dest)
    staging_processfixme([src + "/fixmepath"], dest, d.getVar("RECIPE_SYSROOT"), d.getVar("RECIPE_SYSROOT_NATIVE"), d)
}

def get_gcc_float_setting(bb, d):
    if d.getVar('ARMPKGSFX_EABI') == "hf" and d.getVar('TRANSLATED_TARGET_ARCH') == "arm":
        return "--with-float=hard"
    if d.getVar('TARGET_FPU') in [ 'soft' ]:
        return "--with-float=soft"
    if d.getVar('TARGET_FPU') in [ 'ppc-efd' ]:
        return "--enable-e500_double"
    return ""

get_gcc_float_setting[vardepvalue] = "${@get_gcc_float_setting(bb, d)}"

def get_gcc_x86_64_arch_setting(bb, d):
    import re
    march = re.match(r'^.*-march=([^\s]*)', d.getVar('TUNE_CCARGS'))
    if march:
        return "--with-arch=%s " % march.group(1)
    # The earliest supported x86-64 CPU
    return "--with-arch=core2"

get_gcc_x86_64_arch_setting[vardepvalue] = "${@get_gcc_x86_64_arch_setting(bb, d)}"

def get_gcc_mips_plt_setting(bb, d):
    if d.getVar('TRANSLATED_TARGET_ARCH') in [ 'mips', 'mipsel' ] and bb.utils.contains('DISTRO_FEATURES', 'mplt', True, False, d):
        return "--with-mips-plt"
    return ""

def get_gcc_ppc_plt_settings(bb, d):
    if d.getVar('TRANSLATED_TARGET_ARCH') in [ 'powerpc', 'powerpc64' ] and not bb.utils.contains('DISTRO_FEATURES', 'bssplt', True, False, d):
        return "--enable-secureplt"
    return ""

def get_gcc_multiarch_setting(bb, d):
    target_arch = d.getVar('TRANSLATED_TARGET_ARCH')
    multiarch_options = {
        "i586":    "--enable-targets=all",
        "i686":    "--enable-targets=all",
        "powerpc": "--enable-targets=powerpc64",
        "powerpc64le": "--enable-targets=powerpcle",
        "mips":    "--enable-targets=all",
        "sparc":   "--enable-targets=all",
    }

    if bb.utils.contains('DISTRO_FEATURES', 'multiarch', True, False, d):
        if target_arch in multiarch_options :
            return multiarch_options[target_arch]
    return ""

# this is used by the multilib setup of gcc
def get_tune_parameters(tune, d):
    availtunes = d.getVar('AVAILTUNES')
    if tune not in availtunes.split():
        bb.error('The tune: %s is not one of the available tunes: %s' % (tune or None, availtunes))

    localdata = bb.data.createCopy(d)
    override = ':tune-' + tune
    localdata.setVar('OVERRIDES', localdata.getVar('OVERRIDES', False) + override)

    retdict = {}
    retdict['tune'] = tune
    retdict['ccargs'] = localdata.getVar('TUNE_CCARGS')
    retdict['features'] = localdata.getVar('TUNE_FEATURES')
    # BASELIB is used by the multilib code to change library paths
    retdict['baselib'] = localdata.getVar('BASE_LIB') or localdata.getVar('BASELIB')
    retdict['arch'] = localdata.getVar('TUNE_ARCH')
    retdict['abiextension'] = localdata.getVar('ABIEXTENSION')
    retdict['target_fpu'] = localdata.getVar('TARGET_FPU')
    retdict['pkgarch'] = localdata.getVar('TUNE_PKGARCH')
    retdict['package_extra_archs'] = localdata.getVar('PACKAGE_EXTRA_ARCHS')
    return retdict

get_tune_parameters[vardepsexclude] = "AVAILTUNES TUNE_CCARGS OVERRIDES TUNE_FEATURES BASE_LIB BASELIB TUNE_ARCH ABIEXTENSION TARGET_FPU TUNE_PKGARCH PACKAGE_EXTRA_ARCHS"

DEBIANNAME:${MLPREFIX}libgcc = "libgcc1"

MIRRORS =+ "\
    ${GNU_MIRROR}/gcc https://gcc.gnu.org/pub/gcc/releases/ \
"
#
# Set some default values
#
gcclibdir = "${libdir}/gcc"
BINV = "${PV}"
#S = "${WORKDIR}/gcc-${PV}"
S = "${TMPDIR}/work-shared/gcc-${PV}-${PR}/gcc-${PV}"

B ?= "${WORKDIR}/gcc-${PV}/build.${HOST_SYS}.${TARGET_SYS}"

target_includedir ?= "${includedir}"
target_libdir ?= "${libdir}"
target_base_libdir ?= "${base_libdir}"
target_prefix ?= "${prefix}"

# We need to ensure that for the shared work directory, the do_patch signatures match
# The real WORKDIR location isn't a dependency for the shared workdir.
src_patches[vardepsexclude] = "WORKDIR"
should_apply[vardepsexclude] += "PN"

remove_sysroot_paths_from_configargs () {
	replacement=${1}
	# Prevent sysroot path from being used in configargs.h header, as it will
	# be rewritten when used by other sysroots preventing support for gcc
	# plugins. Additionally the path is embeddeded into the output binary, this
	# prevents building a reproducible binary.
	oe_runmake configure-gcc
	sed -i "s@${STAGING_DIR_TARGET}@$replacement@g" ${B}/gcc/configargs.h
	sed -i "s@${STAGING_DIR_HOST}@/$replacement@g" ${B}/gcc/configargs.h
}

remove_sysroot_paths_from_checksum_options () {
	stagingdir=${1}
	replacement=${2}
	# Prevent sysroot/workdir paths from being used in checksum-options.
	# checksum-options is used to generate a checksum which is embedded into
	# the output binary.
	oe_runmake TARGET-gcc=checksum-options all-gcc
	sed -i "s@${DEBUG_PREFIX_MAP}@@g" ${B}/gcc/checksum-options
	sed -i "s@$stagingdir@$replacement@g" ${B}/gcc/checksum-options
}

cleanup_installed_include_fixed () {
	find ${D}${libdir}/gcc/${TARGET_SYS}/${BINV}/include-fixed -type f -not -name "README" -not -name limits.h -not -name syslimits.h | xargs rm -f
}