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#
# Copyright (c) ZeroC, Inc. All rights reserved.
#
known_distributions := centos rhel fedora debian ubuntu amzn sles
linux_ids := $(if $(wildcard /etc/os-release),$(shell . /etc/os-release && echo $${ID} $${ID_LIKE}),)
linux_id ?= $(word 1,$(or $(filter $(known_distributions),$(linux_ids)),$(linux_ids)))
is-bin-program = $(and $(filter $(bindir)%,$($4_targetdir)),$(filter $($1_target),program))
ifneq ($(OECORE_SDK_VERSION),)
linux_id = yocto
endif
ifneq ($(filter yocto poky,$(linux_id)),)
build-platform = default
supported-platforms = $(build-platform)
$(build-platform)_cc = $(CC)
$(build-platform)_cxx = $(CXX)
$(build-platform)_cppflags = -Wno-psabi
$(build-platform)_libtool = $(AR)
$(build-platform)_targetdir = $(if $(filter %/build,$5),/$(build-platform))
$(build-platform)_installdir =
$(build-platform)_objdir =
# system install directory
system-install-dir := $(OECORE_TARGET_SYSROOT)/usr
else ifneq ($(and $(filter centos rhel fedora,$(linux_id)),$(filter x86_64 i%86,$(shell uname -m))),)
#
# MultiLib Linux (x64 libraries go in the lib64 directory, x86 executable names are suffixed with 32)
#
supported-platforms = x64 x86
multilib-platform = yes
ifeq ($(OPTIMIZE),yes)
# Use default system packaging flags if building with OPTIMIZE and CXXFLAGS/LDFLAGS aren't defined.
# NOTE: We remove the -m32/-m64 flags since we'll add them below.
opt-cppflags = $(if $(CXXFLAGS),,$(filter-out -m32 -m64,$(shell setarch $1 rpm --eval %optflags)))
opt-ldflags = $(if $(LDFLAGS),,$(shell setarch $1 rpm --eval %?__global_ldflags))
endif
x64_cppflags := $(call opt-cppflags,x86_64) -m64
x64_ldflags := $(call opt-ldflags,x86_64) -m64
x64_targetdir = $(if $(filter %/build,$5),/x64,$(if $(filter-out $($1_target),program),64))
x64_installdir = $(if $(and $(filter-out $($1_target),program),$(if $5,$(filter-out %64,$5),true)),64)
x86_cppflags := $(call opt-cppflags,i386) -m32
x86_ldflags := $(call opt-ldflags,i386) -m32
x86_targetdir = $(if $(filter %/build,$5),/x86)
x86_targetname = $(if $(is-bin-program),32)
# No Slice translators for x86
x86_excludes = slice2%
else ifneq ($(filter debian ubuntu,$(linux_id)),)
#
# MultiArch Linux (libraries are installed in lib/<arch>, executables are installed in bin/<arch>
# except for the build architecture where executables are installed in bin/).
#
build-platform ?= $(shell dpkg --print-architecture)
foreign-platforms ?= $(shell dpkg --print-foreign-architectures)
supported-platforms = $(build-platform) $(foreign-platforms)
dpkg-arch = $(shell dpkg-architecture -f -a$1 -q$2 2> /dev/null)
ifeq ($(OPTIMIZE),yes)
# Use default system packaging flags if building with OPTIMIZE and CXXFLAGS/LDFLAGS aren't defined.
opt-cppflags = $(if $(CXXFLAGS),,$(shell dpkg-buildflags --get CXXFLAGS))
opt-ldflags = $(if $(LDFLAGS),,$(shell DEB_BUILD_MAINT_OPTIONS=hardening=+bindnow dpkg-buildflags --get LDFLAGS))
endif
# $(call make-platform-config,$1=platform)
define make-platform-config
$1_gnu_type = $(call dpkg-arch,$1,DEB_HOST_GNU_TYPE)
$1_multiarch = $(call dpkg-arch,$1,DEB_HOST_MULTIARCH)
$1_cc = $$($1_gnu_type)-$(CC)
$1_cxx = $$($1_gnu_type)-$(CXX)
$1_libtool = $$($1_gnu_type)-$(AR)
$1_targetdir = /$$($1_multiarch)
$1_objdir = /$$($1_multiarch)
$1_installdir = $$(if $$(and $(is-bin-program),$(usr_dir_install)),,/$$($1_multiarch))
#
# Disable ABI compatibility warnings for armhf using -Wno-psabi
#
$1_cppflags = $(opt-cppflags) $(if $(filter $1,armhf),-Wno-psabi)
$1_ldflags = $(opt-ldflags)
endef
$(foreach p,$(supported-platforms),$(eval $(call make-platform-config,$p)))
# For the build platform architecture, build and install executables in bin, libraries in lib/<arch>
$(build-platform)_targetdir = $(if $(or $(filter %/build,$5),$(filter-out $($1_target),program)),/$($2_multiarch))
$(build-platform)_installdir = $(if $(is-bin-program),,/$($2_multiarch))
else
#
# Single architecture Linux
#
ifeq ($(OPTIMIZE),yes)
# Use default system packaging flags if building with OPTIMIZE and CXXFLAGS/LDFLAGS aren't defined.
ifneq ($(filter amzn sles,$(linux_id)),)
opt-cppflags = $(if $(CXXFLAGS),,$(shell setarch $1 rpm --eval %optflags))
opt-ldflags = $(if $(LDFLAGS),,$(shell setarch $1 rpm --eval %?__global_ldflags))
else
opt-cppflags = $(if $(CXXFLAGS),,-O2)
endif
endif
build-platform = $(if $(filter arm%,$(shell uname -m)),arm,$(shell uname -m))
supported-platforms = $(build-platform)
lib-suffix = $(if $(filter %64,$(build-platform)),64,)
$(build-platform)_cppflags := $(call opt-cppflags,$(build-platform))
$(build-platform)_ldflags := $(call opt-ldflags,$(build-platform))
$(build-platform)_targetdir = $(if $(filter %/build,$5),/$(build-platform),$(if $(filter-out $($1_target),program),$(lib-suffix)))
$(build-platform)_installdir = $(if $(and $(filter-out $($1_target),program),$(if $5,$(filter-out %$(lib-suffix),$5),true)),$(lib-suffix))
endif
rpath-link-ldflag = -Wl,-rpath-link,$1
make-rpath-link-ldflags = $(foreach d,$(filter-out $2,$(call get-all-deps,$1)),$(call rpath-link-ldflag,$($d_targetdir)))
# If building objects for a shared library build, enable PIC or PIE:
shared_cppflags = $(if $(filter-out program,$($1_target)),-fPIC,-fPIE) -fvisibility=hidden
# If we are linking a program, add -rpath-link to locate secondary libraries that aren't linked with the executable.
shared_ldflags = $(if $(filter-out program,$($1_target)),\
$(if $(filter yes,$(allow-undefined-symbols)),,-Wl$(comma)--no-undefined),\
-pie $(if $(filter yes,$(new_dtags)),-Wl$(comma)--enable-new-dtags,-Wl$(comma)--disable-new-dtags) \
$$(call unique,$$(foreach d,$($4_dependencies),$$(call make-rpath-link-ldflags,$$d,$($4_dependencies)))))
cppflags = -Wall -Wextra -Wredundant-decls -Wshadow -Wdeprecated -pthread $(if $(filter yes,$(OPTIMIZE)),-DNDEBUG,-g)
ldflags = -pthread
# -Wshadow is too strict with gcc 4
ifeq ($(shell $(CXX) -dumpversion | cut -f1 -d\.),4)
cppflags := $(filter-out -Wshadow,$(cppflags))
endif
nodeprecatedwarnings-cppflags := -Wno-deprecated-declarations
nounusedparameter-cppflags := -Wno-unused-parameter
loader_path = \$$ORIGIN
# $(call mklib,$1=target,$2=objects,$3=libname,$4=version,$5=soversion,$6=ldflags,$7=platform)
mklib = $(or $($7_ar),$(AR)) cr $1 $2
# $(call mkshlib,$1=target,$2=objects,$3=libname,$4=version,$5=soversion,$6=ldflags,$7=platform)
mkshlib = $(or $($7_cxx),$(CXX)) -shared $(if $5,-Wl$(comma)-h$(comma)$(call mksoname,$3,$4,$5)) -o $1 $2 $6
#
# $(call mkxxx,$1=libname,$2=version,$3=soversion)
#
mksoname = lib$(1).so$(if $3,.$3)
mkshlibfilename = lib$(1).so$(if $2,.$2)
mkshlibname = lib$(1).so
# Clear the iconv ldflags, iconv is part of libc on Linux
iconv_ldflags :=
#
# With GCC < 6.1, libbacktrace crash with a SEGV for -pie exes linked with debug-stripped libs
# See https://gcc.gnu.org/ml/gcc-patches/2016-03/msg00132.html
# Here we assume only release builds occasionally get -g and later get stripped
# TODO: enable libbacktrace for release builds with GCC >= 6.1
ifneq ($(OPTIMIZE),yes)
libbacktrace_fullpath := $(shell $(CXX) --print-file-name=libbacktrace.a)
ifneq ($(libbacktrace_fullpath),libbacktrace.a)
libbacktrace = yes
endif
endif
IceUtil_system_libs = -lrt $(if $(filter yes,$(libbacktrace)),-lbacktrace)
Ice_system_libs = -ldl -lcrypto $(IceUtil_system_libs)
ifeq ($(shell pkg-config --exists libsystemd 2> /dev/null && echo yes),yes)
Ice_system_libs += $(shell pkg-config --libs libsystemd)
endif
IceSSL_system_libs = -lssl -lcrypto
Glacier2CryptPermissionsVerifier_system_libs = -lcrypt
icegridadmin_system_libs = -ledit
icestormadmin_system_libs = -ledit
#
# On supported platforms and if Bluez and DBus are installed, we set the IceBT
# system libraries. The build system checks for this variable to build or not
# the IceBT plugin, demos, ...
#
ifneq ($(filter debian ubuntu yocto poky,$(linux_id)),)
ifeq ($(shell pkg-config --exists bluez dbus-1 2> /dev/null && echo yes),yes)
IceBT_system_libs = $(IceSSL_system_libs) $(shell pkg-config --libs dbus-1)
endif
endif
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