sjson-cpp/make.py at develop · Meradrin/sjson-cpp · GitHub

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importos
importplatform
importqueue
importshutil
importsubprocess
importsys
importthreading
importtime
importzipfile

defparse_argv():
options= {}
options['build'] =False
options['clean'] =False
options['unit_test'] =False
options['compiler'] =None
options['config'] ='Release'
options['cpu'] ='x64'
options['num_threads'] =4

foriinrange(1, len(sys.argv)):
value=sys.argv[i]
value_upper=value.upper()

ifvalue=='-build':
options['build'] =True

ifvalue=='-clean':
options['clean'] =True

ifvalue=='-unit_test':
options['unit_test'] =True

# TODO: Refactor to use the form: -compiler=vs2015
ifvalue=='-vs2015':
options['compiler'] ='vs2015'

ifvalue=='-vs2017':
options['compiler'] ='vs2017'

ifvalue=='-android':
ifnotplatform.system() =='Windows':
print('Android is only supported on Windows')
sys.exit(1)

options['compiler'] ='android'

ifvalue=='-clang4':
options['compiler'] ='clang4'

ifvalue=='-clang5':
options['compiler'] ='clang5'

ifvalue=='-clang6':
options['compiler'] ='clang6'

ifvalue=='-gcc5':
options['compiler'] ='gcc5'

ifvalue=='-gcc6':
options['compiler'] ='gcc6'

ifvalue=='-gcc7':
options['compiler'] ='gcc7'

ifvalue=='-gcc8':
options['compiler'] ='gcc8'

ifvalue=='-osx':
options['compiler'] ='osx'

ifvalue=='-ios':
options['compiler'] ='ios'

# TODO: Refactor to use the form: -config=Release
ifvalue_upper=='-DEBUG':
options['config'] ='Debug'

ifvalue_upper=='-RELEASE':
options['config'] ='Release'

# TODO: Refactor to use the form: -cpu=x86
ifvalue=='-x86':
options['cpu'] ='x86'

ifvalue=='-x64':
options['cpu'] ='x64'

# Sanitize and validate our options
ifoptions['compiler'] =='android':
options['cpu'] ='armv7-a'

ifnotplatform.system() =='Windows':
print('Android is only supported on Windows')
sys.exit(1)

ifoptions['compiler'] =='ios':
options['cpu'] ='arm64'

ifnotplatform.system() =='Darwin':
print('iOS is only supported on OS X')
sys.exit(1)

returnoptions

defget_cmake_exes():
ifplatform.system() =='Windows':
return ('cmake.exe', 'ctest.exe')
else:
return ('cmake', 'ctest')

defget_generator(compiler, cpu):
ifcompiler==None:
returnNone

ifplatform.system() =='Windows':
ifcompiler=='vs2015':
ifcpu=='x86':
return'Visual Studio 14'
else:
return'Visual Studio 14 Win64'
elifcompiler=='vs2017':
ifcpu=='x86':
return'Visual Studio 15'
else:
return'Visual Studio 15 Win64'
elifcompiler=='android':
return'Visual Studio 14'
elifplatform.system() =='Darwin':
ifcompiler=='osx'orcompiler=='ios':
return'Xcode'
else:
return'Unix Makefiles'

print('Unknown compiler: {}'.format(compiler))
sys.exit(1)

defget_toolchain(compiler):
ifplatform.system() =='Windows'andcompiler=='android':
return'Toolchain-Android.cmake'
elifplatform.system() =='Darwin'andcompiler=='ios':
return'Toolchain-iOS.cmake'

# No toolchain
returnNone

defset_compiler_env(compiler, options):
ifplatform.system() =='Linux':
os.environ['MAKEFLAGS'] ='-j{}'.format(options['num_threads'])
ifcompiler=='clang4':
os.environ['CC'] ='clang-4.0'
os.environ['CXX'] ='clang++-4.0'
elifcompiler=='clang5':
os.environ['CC'] ='clang-5.0'
os.environ['CXX'] ='clang++-5.0'
elifcompiler=='clang6':
os.environ['CC'] ='clang-6.0'
os.environ['CXX'] ='clang++-6.0'
elifcompiler=='gcc5':
os.environ['CC'] ='gcc-5'
os.environ['CXX'] ='g++-5'
elifcompiler=='gcc6':
os.environ['CC'] ='gcc-6'
os.environ['CXX'] ='g++-6'
elifcompiler=='gcc7':
os.environ['CC'] ='gcc-7'
os.environ['CXX'] ='g++-7'
elifcompiler=='gcc8':
os.environ['CC'] ='gcc-8'
os.environ['CXX'] ='g++-8'
else:
print('Unknown compiler: {}'.format(compiler))
sys.exit(1)

defdo_generate_solution(cmake_exe, build_dir, cmake_script_dir, options):
compiler=options['compiler']
cpu=options['cpu']
config=options['config']

ifnotcompiler==None:
set_compiler_env(compiler, options)

extra_switches= ['--no-warn-unused-cli']
ifnotplatform.system() =='Windows':
extra_switches.append('-DCPU_INSTRUCTION_SET:STRING={}'.format(cpu))

ifnotplatform.system() =='Windows'andnotplatform.system() =='Darwin':
extra_switches.append('-DCMAKE_BUILD_TYPE={}'.format(config.upper()))

toolchain=get_toolchain(compiler)
ifnottoolchain==None:
extra_switches.append('-DCMAKE_TOOLCHAIN_FILE={}'.format(os.path.join(cmake_script_dir, toolchain)))

# Generate IDE solution
print('Generating build files ...')
cmake_cmd='"{}" .. -DCMAKE_INSTALL_PREFIX="{}" {}'.format(cmake_exe, build_dir, ' '.join(extra_switches))
cmake_generator=get_generator(compiler, cpu)
ifcmake_generator==None:
print('Using default generator')
else:
print('Using generator: {}'.format(cmake_generator))
cmake_cmd+=' -G "{}"'.format(cmake_generator)

result=subprocess.call(cmake_cmd, shell=True)
ifresult!=0:
sys.exit(result)

defdo_build(cmake_exe, options):
config=options['config']

print('Building ...')
cmake_cmd='"{}" --build .'.format(cmake_exe)
ifplatform.system() =='Windows':
ifoptions['compiler'] =='android':
cmake_cmd+=' --config {}'.format(config)
else:
cmake_cmd+=' --config {} --target INSTALL'.format(config)
elifplatform.system() =='Darwin':
ifoptions['compiler'] =='ios':
cmake_cmd+=' --config {}'.format(config)
else:
cmake_cmd+=' --config {} --target install'.format(config)
else:
cmake_cmd+=' --target install'

result=subprocess.call(cmake_cmd, shell=True)
ifresult!=0:
sys.exit(result)

defdo_tests(ctest_exe, options):
config=options['config']

print('Running unit tests ...')
ctest_cmd='"{}" --output-on-failure'.format(ctest_exe)
ifplatform.system() =='Windows'orplatform.system() =='Darwin':
ctest_cmd+=' -C {}'.format(config)

result=subprocess.call(ctest_cmd, shell=True)
ifresult!=0:
sys.exit(result)

if__name__=="__main__":
options=parse_argv()
cmake_exe, ctest_exe=get_cmake_exes()
compiler=options['compiler']
cpu=options['cpu']
config=options['config']

# Set the SJSON_CPP_CMAKE_HOME environment variable to point to CMake
# otherwise we assume it is already in the user PATH
if'SJSON_CPP_CMAKE_HOME'inos.environ:
cmake_home=os.environ['SJSON_CPP_CMAKE_HOME']
cmake_exe=os.path.join(cmake_home, 'bin', cmake_exe)
ctest_exe=os.path.join(cmake_home, 'bin', ctest_exe)

build_dir=os.path.join(os.getcwd(), 'build')
cmake_script_dir=os.path.join(os.getcwd(), 'cmake')

ifoptions['clean'] andos.path.exists(build_dir):
print('Cleaning previous build ...')
shutil.rmtree(build_dir)

ifnotos.path.exists(build_dir):
os.makedirs(build_dir)

os.chdir(build_dir)

print('Using config: {}'.format(config))
print('Using cpu: {}'.format(cpu))
ifnotcompiler==None:
print('Using compiler: {}'.format(compiler))

do_generate_solution(cmake_exe, build_dir, cmake_script_dir, options)

ifoptions['build']:
do_build(cmake_exe, options)

ifoptions['unit_test']:
do_tests(ctest_exe, options)