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# Copyright (c) 2013 The Chromium Authors. All rights reserved.
# Use of this source code is governed by a BSD-style license that can be
# found in the LICENSE file.
import("//build/config/linux/pkg_config.gni")
import("//build/config/features.gni")
import("//build/config/sysroot.gni")
import("//build/config/ui.gni")
import("//tools/generate_library_loader/generate_library_loader.gni")
gypi_values = exec_script("//build/gypi_to_gn.py",
[ rebase_path("../../linux/system.gyp") ],
"scope",
[ "../../linux/system.gyp" ])
config("sdk") {
if (sysroot != "") {
cflags = [ "--sysroot=" + sysroot ]
ldflags = [ "--sysroot=" + sysroot ]
# Need to get some linker flags out of the sysroot.
ldflags += [ exec_script("sysroot_ld_path.py",
[
rebase_path("//build/linux/sysroot_ld_path.sh",
root_build_dir),
sysroot,
],
"value") ]
}
# Set here because OS_CHROMEOS cannot be autodetected in build_config.h like
# OS_LINUX and the like.
if (is_chromeos) {
defines = [ "OS_CHROMEOS" ]
}
}
config("fontconfig") {
libs = [ "fontconfig" ]
}
pkg_config("freetype2") {
packages = [ "freetype2" ]
}
pkg_config("glib") {
packages = [
"glib-2.0",
"gmodule-2.0",
"gobject-2.0",
"gthread-2.0",
]
}
pkg_config("pangocairo") {
packages = [ "pangocairo" ]
}
pkg_config("pangoft2") {
packages = [ "pangoft2" ]
}
# Note: if your target also depends on //dbus, you don't need to add this
# config (it will get added automatically if you depend on //dbus).
pkg_config("dbus") {
packages = [ "dbus-1" ]
}
if (use_evdev_gestures) {
pkg_config("libevdev-cros") {
packages = [ "libevdev-cros" ]
}
pkg_config("libgestures") {
packages = [ "libgestures" ]
}
}
config("x11") {
libs = [
"X11",
"Xcomposite",
"Xcursor",
"Xdamage",
"Xext",
"Xfixes",
"Xi",
"Xrender",
"Xtst",
]
}
config("xcomposite") {
libs = [ "Xcomposite" ]
}
config("xext") {
libs = [ "Xext" ]
}
config("xrandr") {
libs = [ "Xrandr" ]
}
config("xscrnsaver") {
libs = [ "Xss" ]
}
config("xfixes") {
libs = [ "Xfixes" ]
}
config("libcap") {
libs = [ "cap" ]
}
config("xi") {
libs = [ "Xi" ]
}
config("xtst") {
libs = [ "Xtst" ]
}
config("libresolv") {
libs = [ "resolv" ]
}
# CrOS doesn't install GTK, gconf or any gnome packages.
if (!is_chromeos) {
# These packages should _only_ be expected when building for a target.
# If these extra checks are not run, gconf is required when building host
# tools for a CrOS build.
if (current_toolchain == default_toolchain) {
pkg_config("gconf") {
packages = [ "gconf-2.0" ]
defines = [ "USE_GCONF" ]
}
}
}
# If brlapi isn't needed, don't require it to be installed.
if (use_brlapi) {
config("brlapi_config") {
defines = [ "USE_BRLAPI" ]
}
# TODO(GYP) linux_link_brlapi support. Is this needed?
generate_library_loader("libbrlapi") {
name = "LibBrlapiLoader"
output_h = "libbrlapi.h"
output_cc = "libbrlapi_loader.cc"
header = "<brlapi.h>"
config = ":brlapi_config"
functions = gypi_values.libbrlapi_functions
}
}
pkg_config("gio_config") {
packages = [ "gio-2.0" ]
# glib >=2.40 deprecate g_settings_list_schemas in favor of
# g_settings_schema_source_list_schemas. This function is not available on
# earlier versions that we still need to support (specifically, 2.32), so
# disable the warning with the GLIB_DISABLE_DEPRECATION_WARNINGS define.
# TODO(mgiuca): Remove this suppression when we drop support for Ubuntu 13.10
# (saucy) and earlier. Update the code to use
# g_settings_schema_source_list_schemas instead.
defines = [
"USE_GIO",
"GLIB_DISABLE_DEPRECATION_WARNINGS",
]
# TODO(brettw) Theoretically I think ignore_libs should be set so that we
# don't link directly to GIO and use the loader generated below. But the gio
# target in GYP doesn't make any sense to me and appears to link directly to
# GIO in addition to making a loader. This this uncommented, the link in
# component build fails, so I think this is closer to the GYP build.
#ignore_libs = true # Loader generated below.
}
if (is_desktop_linux) {
# This generates a target named "gio".
generate_library_loader("gio") {
name = "LibGioLoader"
output_h = "libgio.h"
output_cc = "libgio_loader.cc"
header = "<gio/gio.h>"
config = ":gio_config"
functions = gypi_values.libgio_functions
}
}
# This generates a target named "libpci".
generate_library_loader("libpci") {
name = "LibPciLoader"
output_h = "libpci.h"
output_cc = "libpci_loader.cc"
header = "<pci/pci.h>"
functions = gypi_values.libpci_functions
}
# Looking for libspeechd? Use //third_party/speech-dispatcher
# This generates a target named "udev0_loader".
generate_library_loader("udev0_loader") {
name = "LibUdev0Loader"
output_h = "libudev0.h"
output_cc = "libudev0_loader.cc"
header = "\"third_party/libudev/libudev0.h\""
functions = gypi_values.libudev_functions
}
# This generates a target named "udev1_loader".
generate_library_loader("udev1_loader") {
name = "LibUdev1Loader"
output_h = "libudev1.h"
output_cc = "libudev1_loader.cc"
header = "\"third_party/libudev/libudev1.h\""
functions = gypi_values.libudev_functions
}
group("udev") {
deps = [
":udev0_loader",
":udev1_loader",
]
}
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