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ppapi_nacl_test_common.gypi
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ppapi_nacl_test_common.gypi
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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.
{
'includes': [
'../build/common_untrusted.gypi',
],
'target_defaults': {
# We need to override the variables in untrusted.gypi outside of a
# target_condition block because the target_condition block in
# untrusted gypi is fully evaluated and interpolated before any of the
# target_condition blocks in this file are expanded. This means that any
# variables overriden inside a target_condition block in this file will not
# affect the values in untrusted.gypi.
'variables': {
'nacl_untrusted_build': 1,
'test_files': [],
'generate_nmf%': 1,
'nacl_newlib_out_dir': '<(PRODUCT_DIR)/>(nexe_destination_dir)/newlib',
'nacl_glibc_out_dir': '<(PRODUCT_DIR)/>(nexe_destination_dir)/glibc',
'nacl_pnacl_newlib_out_dir': '<(PRODUCT_DIR)/>(nexe_destination_dir)/pnacl',
'nacl_pnacl_newlib_nonsfi_out_dir': '<(PRODUCT_DIR)/>(nexe_destination_dir)/nonsfi',
'target_conditions': [
['nexe_target!=""', {
# These variables are used for nexe building and for library building.
'out_newlib32%': '>(nacl_newlib_out_dir)/>(nexe_target)_newlib_x86_32.nexe',
'out_newlib64%': '>(nacl_newlib_out_dir)/>(nexe_target)_newlib_x86_64.nexe',
'out_newlib_arm%': '>(nacl_newlib_out_dir)/>(nexe_target)_newlib_arm.nexe',
'out_newlib_mips%': '>(nacl_newlib_out_dir)/>(nexe_target)_newlib_mips32.nexe',
'nmf_newlib%': '>(nacl_newlib_out_dir)/>(nexe_target).nmf',
'out_glibc32%': '>(nacl_glibc_out_dir)/>(nexe_target)_glibc_x86_32.nexe',
'out_glibc64%': '>(nacl_glibc_out_dir)/>(nexe_target)_glibc_x86_64.nexe',
'out_glibc_arm%': '>(nacl_glibc_out_dir)/>(nexe_target)_glibc_arm.nexe',
'nmf_glibc%': '>(nacl_glibc_out_dir)/>(nexe_target).nmf',
'out_pnacl_newlib%': '>(nacl_pnacl_newlib_out_dir)/>(nexe_target)_newlib_pnacl.pexe',
'nmf_pnacl_newlib%': '>(nacl_pnacl_newlib_out_dir)/>(nexe_target).nmf',
'out_pnacl_newlib_x86_32_nonsfi_nexe': '>(nacl_pnacl_newlib_nonsfi_out_dir)/>(nexe_target)_pnacl_newlib_x32_nonsfi.nexe',
'out_pnacl_newlib_arm_nonsfi_nexe': '>(nacl_pnacl_newlib_nonsfi_out_dir)/>(nexe_target)_pnacl_newlib_arm_nonsfi.nexe',
'nmf_pnacl_newlib_nonsfi%': '>(nacl_pnacl_newlib_nonsfi_out_dir)/>(nexe_target).nmf',
}],
],
},
'dependencies': [
'<(DEPTH)/native_client/src/untrusted/nacl/nacl.gyp:nacl_lib',
'<(DEPTH)/native_client/src/untrusted/pthread/pthread.gyp:pthread_lib',
'<(DEPTH)/ppapi/ppapi_nacl.gyp:ppapi_cpp_lib',
'<(DEPTH)/ppapi/ppapi_nacl.gyp:nacl_elf_loader',
'<(DEPTH)/ppapi/native_client/native_client.gyp:ppapi_lib',
],
'target_conditions': [
['test_files!=[] and build_newlib==1', {
'copies': [
{
'destination': '>(nacl_newlib_out_dir)',
'files': [
'>@(test_files)',
],
},
],
}],
['test_files!=[] and "<(target_arch)"!="mipsel" and disable_glibc==0 and build_glibc==1', {
'copies': [
{
'destination': '>(nacl_glibc_out_dir)',
'files': [
'>@(test_files)',
],
},
],
}],
# Nonsfi pnacl copy is covered below.
['test_files!=[] and build_pnacl_newlib==1 and disable_pnacl==0', {
'copies': [
{
'destination': '>(nacl_pnacl_newlib_out_dir)',
'files': [
'>@(test_files)',
],
},
],
}],
['test_files!=[] and build_pnacl_newlib==1 and (enable_x86_32_nonsfi==1 or enable_arm_nonsfi==1)', {
'copies': [
{
'destination': '>(nacl_pnacl_newlib_nonsfi_out_dir)',
'files': [
'>@(test_files)',
],
},
],
}],
['nexe_target!=""', {
'variables': {
# Patch over the fact that untrusted.gypi doesn't define these in all
# cases.
'enable_x86_64%': 0,
'enable_x86_32%': 0,
'enable_arm%': 0,
'enable_mips%': 0,
'include_dirs': [
'<(DEPTH)',
],
'link_flags': [
'-lppapi_cpp',
'-lppapi',
'-pthread',
],
'extra_args': [
'--strip-all',
],
'variables': {
'conditions': [
['target_arch=="arm"', {
'objdump': '>(nacl_glibc_tc_root)/bin/arm-nacl-objdump'
}, {
'objdump': '>(nacl_glibc_tc_root)/bin/x86_64-nacl-objdump'
}],
]
},
'create_nmf': '<(DEPTH)/native_client_sdk/src/tools/create_nmf.py',
'create_nmf_args_portable%': [],
'create_nonsfi_test_nmf': '<(DEPTH)/ppapi/tests/create_nonsfi_test_nmf.py',
'create_nmf_args': [
'--no-default-libpath',
'--objdump=<(objdump)',
],
},
'target_conditions': [
['generate_nmf==1 and build_newlib==1 and disable_newlib==0', {
'actions': [
{
'action_name': 'Generate NEWLIB NMF',
'inputs': ['>(create_nmf)'],
'outputs': ['>(nmf_newlib)'],
'action': [
'python',
'>(create_nmf)',
'>@(create_nmf_args)',
'--output=>(nmf_newlib)',
'>@(create_nmf_args_portable)',
],
'target_conditions': [
['enable_x86_64==1', {
'inputs': ['>(out_newlib64)'],
'action': ['>(out_newlib64)'],
}],
['enable_x86_32==1', {
'inputs': ['>(out_newlib32)'],
'action': ['>(out_newlib32)'],
}],
['enable_arm==1', {
'inputs': ['>(out_newlib_arm)'],
'action': ['>(out_newlib_arm)'],
}],
['enable_mips==1', {
'inputs': ['>(out_newlib_mips)'],
'action': ['>(out_newlib_mips)'],
}],
],
},
],
}],
['"<(target_arch)"!="mipsel" and generate_nmf==1 and disable_glibc==0 and build_glibc==1', {
'variables': {
# NOTE: Use /lib, not /lib64 here; it is a symbolic link which
# doesn't work on Windows.
'libdir_glibc64': '>(nacl_glibc_tc_root)/x86_64-nacl/lib',
'libdir_glibc32': '>(nacl_glibc_tc_root)/x86_64-nacl/lib32',
'libdir_glibc_arm': '>(nacl_glibc_tc_root)/arm-nacl/lib',
},
'actions': [
{
'action_name': 'Generate GLIBC NMF and copy libs',
'inputs': ['>(create_nmf)'],
# NOTE: There is no explicit dependency for the lib32
# and lib64 directories created in the PRODUCT_DIR.
# They are created as a side-effect of NMF creation.
'outputs': ['>(nmf_glibc)'],
'action': [
'python',
'>@(_inputs)',
'>@(create_nmf_args)',
'--output=>(nmf_glibc)',
'--path-prefix=>(nexe_target)_libs',
'--stage-dependencies=<(nacl_glibc_out_dir)',
'>@(create_nmf_args_portable)',
],
'target_conditions': [
['enable_x86_64==1', {
'inputs': ['>(out_glibc64)'],
'action': [
'--library-path=>(libdir_glibc64)',
'--library-path=>(tc_lib_dir_glibc64)',
],
}],
['enable_x86_32==1', {
'inputs': ['>(out_glibc32)'],
'action': [
'--library-path=>(libdir_glibc32)',
'--library-path=>(tc_lib_dir_glibc32)',
],
}],
['enable_arm==1', {
'inputs': ['>(out_glibc_arm)'],
'action': [
'--library-path=>(libdir_glibc_arm)',
'--library-path=>(tc_lib_dir_glibc_arm)',
],
}],
],
},
],
}],
['generate_nmf==1 and build_pnacl_newlib==1 and disable_pnacl==0', {
'actions': [
{
'action_name': 'Generate PNACL NEWLIB NMF',
# NOTE: create_nmf must be first, it is the script python
# executes below.
'inputs': ['>(create_nmf)', '>(out_pnacl_newlib)'],
'outputs': ['>(nmf_pnacl_newlib)'],
'action': [
'python',
'>(create_nmf)',
'>@(create_nmf_args)',
'--output=>(nmf_pnacl_newlib)',
'>(out_pnacl_newlib)',
'>@(create_nmf_args_portable)',
],
},
],
}],
['generate_nmf==1 and build_pnacl_newlib==1 and disable_pnacl==0 and (enable_x86_32_nonsfi==1 or enable_arm_nonsfi==1)', {
'actions': [
{
'action_name': 'Generate PNACL NEWLIB nonsfi NMF',
'inputs': ['>(create_nonsfi_test_nmf)'],
'outputs': ['>(nmf_pnacl_newlib_nonsfi)'],
'action': [
'python',
'>(create_nonsfi_test_nmf)',
'>@(create_nmf_args_portable)',
'--output=>(nmf_pnacl_newlib_nonsfi)',
],
'target_conditions': [
['enable_x86_32_nonsfi==1 and "<(target_arch)"=="ia32"', {
'inputs': ['>(out_pnacl_newlib_x86_32_nonsfi_nexe)'],
'action': [
'--program=>(out_pnacl_newlib_x86_32_nonsfi_nexe)',
'--arch=x86-32',
]
}],
['enable_x86_32_nonsfi==1 and "<(target_arch)"=="x64"', {
'inputs': ['>(out_pnacl_newlib_x86_32_nonsfi_nexe)'],
'action': [
'--program=>(out_pnacl_newlib_x86_32_nonsfi_nexe)',
# This should be used only for nacl_helper_nonsfi test.
# In theory this should be x86-32. However, currently
# fallback logic to x86-32-nonsfi is not implemented,
# and, moreover, it would break the tests for current
# nacl_helper in Non-SFI mode on x64 Chrome.
# So, here we introduce the hack to use "x86-64" in order
# to take the benefit to run nacl_helper_nonsfi tests on
# x64 Chrome.
# TODO(hidehiko): Remove this hack.
'--arch=x86-64',
]
}],
['enable_arm_nonsfi==1', {
'inputs': ['>(out_pnacl_newlib_arm_nonsfi_nexe)'],
'action': [
'--program=>(out_pnacl_newlib_arm_nonsfi_nexe)',
'--arch=arm',
]
}],
],
},
],
}],
],
}],
],
},
}