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# -*- python -*-
# Copyright (c) 2011 The Native Client Authors. All rights reserved.
# Use of this source code is governed by a BSD-style license that can be
# found in the LICENSE file.
# TODO(polina): for Mac build check if no longer need .r files and/or document
# target browsers for each bundle target.
Import('env')
if not env.Bit('mac'):
env['COMPONENT_STATIC'] = False
plugin_env = env.Clone()
if env.Bit('linux'):
plugin_env.Append(
CCFLAGS=['-fPIC', '-Wno-long-long',],
CPPDEFINES = ['XP_UNIX', 'MOZ_X11'],
)
if not env.Bit('asan'):
plugin_env.Append(
# Catch unresolved symbols in libraries.
LINKFLAGS=['-Wl,-z,defs'],
)
# We usually try to build things statically, but the plugin is a .so
plugin_env.FilterOut(LINKFLAGS=['-static'])
if env.Bit('mac'):
plugin_env.Append(
CCFLAGS=['-Wno-long-long',
# warning: Basically all of our 2d Mac stuff is deprecated.
'-Wno-deprecated',
'-Wno-deprecated-declarations'],
CPPDEFINES = [
'XP_MACOSX',
'XP_UNIX',
['TARGET_API_MAC_CARBON', '1'],
# TODO(robertm): NO_X11 may be obsolete
'NO_X11',
'USE_SYSTEM_CONSOLE',
],
FRAMEWORKS = ['Carbon'],
# TODO(jrg): it's a little awkward to, when you want a bundle:
# 1) add -bundle to your LINKFLAGS
# 2) create a "program" (which shows up in all_programs target)
# 3) create a bundle out of it, specifying the bundle extension
# Ideally that all happens inside a CompleteBundlePseudoBuilder().
LINKFLAGS = ['-bundle', '-framework', 'Foundation']
)
if env.Bit('windows'):
plugin_env.Append(
CPPDEFINES = ['XP_WIN', 'WIN32', '_WINDOWS'],
)
common_inputs = [
'file_downloader.cc',
'json_manifest.cc',
'module_ppapi.cc',
'nacl_subprocess.cc',
'nexe_arch.cc',
'plugin.cc',
'pnacl_coordinator.cc',
'pnacl_resources.cc',
'scriptable_plugin.cc',
'sel_ldr_launcher_chrome.cc',
'service_runtime.cc',
'srpc_client.cc',
'srpc_params.cc',
'utility.cc',
]
if env.Bit('target_x86'):
common_inputs += ['arch_x86/sandbox_isa.cc']
elif env.Bit('target_arm'):
common_inputs += ['arch_arm/sandbox_isa.cc']
else:
# Unrecognized architecture - this is a build failure.
print "Unrecognized architecture: %s" % env['TARGET_ARCHITECTURE']
Return()
# The libraries used by both the PPAPI plugin. They and the PPAPI specific
# libraries must come before OS libraries, because they may generate references
# that are resolved by the OS libraries. E.g., libplatform.a contains
# references to symbols from libcrypto.so.
common_libs = [
'nonnacl_util',
'nonnacl_srpc',
'gio_wrapped_desc',
'nrd_xfer',
'nacl_perf_counter',
'nacl_base',
'imc',
'weak_ref',
'platform',
'platform_qual_lib',
'reverse_service',
'gio',
'jsoncpp',
'sel',
'simple_service',
'thread_interface',
'env_cleanser',
'nacl_error_code',
]
os_libs = [ ]
if plugin_env.Bit('linux'):
os_libs += ['dl', 'crypto']
if plugin_env.Bit('windows'):
os_libs += ['gdi32', 'user32', ]
###############################################################################
# PPAPI Plugin Build
###############################################################################
# We build a shared library with this build script to allow easier build
# testing. This library can also be loaded into Chrome using --no-sandbox
# --register-pepper-plugins="path/to/library;application/x-nacl".
#
# The .gyp files include rules used to link the plugin statically into Chrome.
# (This is still work in progress as of mid-Nov 2010.)
#
ppNaClPlugin = 'ppNaClPlugin'
ppapi_libs = common_libs + [ 'ppapi_cpp', 'ppapi_browser', 'nonnacl_srpc' ]
if plugin_env['SHARED_LIBS_SPECIAL']:
plugin_env.Append(LIBS=[l + '_shared' for l in ppapi_libs] + os_libs)
else:
plugin_env.Append(LIBS=ppapi_libs + os_libs)
if not env.Bit('mac'): # linux, windows, arm
# This builds with
# MODE=... ppNaClPlugin sel_ldr
# with the output going to
# scons-out/.../staging/libppNaClPlugin.so on Linux and
# scons-out/.../staging/ppNaClPlugin.dll on Windows.
ppapi_plugin = plugin_env.ComponentLibrary(ppNaClPlugin,
common_inputs,
no_import_lib=True)
else: # mac
# This builds with
# MODE=... scons-out/.../staging/ppNaClPlugin.bundle sel_ldr
# This places both ppNaClPlugin.bundle/ and sel_ldr into staging/.
# One must either set $NACL_SEL_LDR=path/to/sel_ldr or manually
# copy sel_ldr to path/to/ppNaClPlugin.bundle/Contents/Resources/.
# (the 2nd option has been disabled:
# see ../nonnacl_util/osx/get_plugin_dirname.mm).
REZ = '/Developer/Tools/Rez'
plugin_env.Command(target='ppNaClPlugin.rsrc',
source='osx_ppapi/ppNaClPlugin.r',
action=[Action(REZ + ' -o ${TARGET} ${SOURCE} -useDF')])
ppapi_plugin = plugin_env.ComponentProgram(ppNaClPlugin,
common_inputs,
no_import_lib=True)
# Bundle pattern can be found in
# site_scons/site_tools/target_platform_mac.py
bundle_name = '${STAGING_DIR}/' + ppNaClPlugin + '.bundle'
plugin_env.Bundle(bundle_name,
BUNDLE_EXE = ppapi_plugin,
BUNDLE_PKGINFO_FILENAME = 0,
BUNDLE_RESOURCES = 'ppNaClPlugin.rsrc',
BUNDLE_INFO_PLIST = 'osx_ppapi/Info.plist')
plugin_env.Alias('plugin', plugin_env.GetPPAPIPluginPath(False))
if env.Bit('windows'):
env.SDKInstallBin(ppNaClPlugin + '.dll', ppapi_plugin)
else:
env.SDKInstallBin(ppNaClPlugin + '.so', ppapi_plugin)
###############################################################################
# PPAPI Plugin Test
###############################################################################
# Rather than link ppNaClPlugin statically, this unittest uses the dynamic
# library. Note that these tests do not yet run on ARM.
unittest_sources = ['dylib_unittest.cc', 'plugin_unittest.cc']
if env.Bit('target_x86'):
if env.Bit('linux'):
unittest = env.ComponentProgram('ppapi_plugin_unittest',
unittest_sources,
no_import_lib=True,
EXTRA_LIBS=['dl'])
elif env.Bit('mac'):
unittest = env.ComponentProgram('ppapi_plugin_unittest', unittest_sources)
elif env.Bit('windows'):
unittest = env.ComponentProgram('ppapi_plugin_unittest',
unittest_sources,
no_import_lib=True)
node = env.CommandTest('ppapi_plugin_unittest.out',
command=[unittest,
ppapi_plugin,
env['BUILD_ISA_NAME']])
env.AddNodeToTestSuite(node, ['small_tests'], 'run_ppapi_plugin_unittest')
# TODO(polina,sehr): add a test for the PPAPI plugin on ARM.
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