def __init__(self, platform, arch_name, dir_path, prefix_path): platform_or_none = system_info.get_supported_platform_by_name(platform) if not platform_or_none: raise utils.BuildError('invalid platform') build_arch = platform_or_none.architecture_by_arch_name(arch_name) if not build_arch: raise utils.BuildError('invalid arch') if not prefix_path: prefix_path = build_arch.default_install_prefix_path() packages_types = platform_or_none.package_types() build_platform = platform_or_none.make_platform_by_arch( build_arch, packages_types) self.platform_ = build_platform build_dir_path = os.path.abspath(dir_path) if os.path.exists(build_dir_path): shutil.rmtree(build_dir_path) os.mkdir(build_dir_path) os.chdir(build_dir_path) self.build_dir_path_ = build_dir_path self.prefix_path_ = prefix_path print("Build request platform: {0}({1}) created".format( build_platform.name(), build_arch.name()))
def __init__(self, platform, arch_name): platform_or_none = system_info.get_supported_platform_by_name(platform) if not platform_or_none: raise utils.BuildError('invalid platform') arch = platform_or_none.architecture_by_arch_name(arch_name) if not arch: raise utils.BuildError('invalid arch') self.platform_ = platform_or_none.make_platform_by_arch( arch, platform_or_none.package_types()) print("Build request for platform: {0}, arch: {1} created".format( platform, arch.name()))
def build_common(self): pwd = os.getcwd() cmake_project_root_abs_path = '..' if not os.path.exists(cmake_project_root_abs_path): raise utils.BuildError('invalid cmake_project_root_path: %s' % cmake_project_root_abs_path) # project static options prefix_args = '-DCMAKE_INSTALL_PREFIX={0}'.format(self.prefix_path_) cmake_line = [ 'cmake', cmake_project_root_abs_path, '-GUnix Makefiles', '-DCMAKE_BUILD_TYPE=RELEASE', prefix_args ] try: cloned_dir = utils.git_clone( 'https://github.com/fastogt/common.git', pwd) os.chdir(cloned_dir) os.mkdir('build_cmake_release') os.chdir('build_cmake_release') common_cmake_line = list(cmake_line) common_cmake_line.append('-DQT_ENABLED=OFF') common_cmake_line.append('-DJSON_ENABLED=ON') common_cmake_line.append('-DBUILD_WITH_FPIC=ON') subprocess.call(common_cmake_line) subprocess.call(['make', 'install']) os.chdir(self.build_dir_path_) # shutil.rmtree(cloned_dir) except Exception as ex: os.chdir(self.build_dir_path_) raise ex
def build(self, bs): cmake_project_root_abs_path = '..' if not os.path.exists(cmake_project_root_abs_path): raise utils.BuildError('invalid cmake_project_root_path: %s' % cmake_project_root_abs_path) if not bs: bs = system_info.SUPPORTED_BUILD_SYSTEMS[0] prefix_path = self.platform_.arch().default_install_prefix_path() generator = bs.cmake_generator_arg() build_system_args = bs.cmd_line() # bs_name = bs.name() # project static options prefix_args = '-DCMAKE_INSTALL_PREFIX={0}'.format(prefix_path) cmake_line = [ 'cmake', cmake_project_root_abs_path, generator, '-DCMAKE_BUILD_TYPE=RELEASE', prefix_args ] make_install = build_system_args make_install.append('install') # abs_dir_path = self.build_dir_path_ self.build_snappy(cmake_line, make_install) # self.build_openssl(prefix_path) self.build_jsonc(prefix_path) self.build_libev(prefix_path) self.build_common(cmake_line, make_install)
def build_snappy(self): pwd = os.getcwd() cmake_project_root_abs_path = '..' if not os.path.exists(cmake_project_root_abs_path): raise utils.BuildError('invalid cmake_project_root_path: %s' % cmake_project_root_abs_path) # project static options prefix_args = '-DCMAKE_INSTALL_PREFIX={0}'.format(self.prefix_path_) cmake_line = ['cmake', cmake_project_root_abs_path, '-GNinja', '-DCMAKE_BUILD_TYPE=RELEASE', '-DBUILD_SHARED_LIBS=OFF', '-DSNAPPY_BUILD_TESTS=OFF', prefix_args] try: cloned_dir = utils.git_clone('https://github.com/fastogt/snappy.git', pwd) os.chdir(cloned_dir) os.mkdir('build_cmake_release') os.chdir('build_cmake_release') snappy_cmake_line = list(cmake_line) subprocess.call(snappy_cmake_line) subprocess.call(['ninja', 'install']) os.chdir(self.build_dir_path_) # shutil.rmtree(cloned_dir) except Exception as ex: os.chdir(self.build_dir_path_) raise ex
def __init__(self, platform, arch_bit, dir_path): platform_or_none = system_info.get_supported_platform_by_name(platform) if not platform_or_none: raise utils.BuildError('invalid platform') arch = platform_or_none.architecture_by_arch_name(arch_bit) if not arch: raise utils.BuildError('invalid arch') build_dir_path = os.path.abspath(dir_path) if os.path.exists(build_dir_path): shutil.rmtree(build_dir_path) os.mkdir(build_dir_path) os.chdir(build_dir_path) self.build_dir_path_ = build_dir_path self.platform_ = platform_or_none.make_platform_by_arch( arch, platform_or_none.package_types()) print("Build request for platform: {0}, arch: {1} created".format( platform, arch.name()))
def build(self, bs): cmake_project_root_abs_path = '..' if not os.path.exists(cmake_project_root_abs_path): raise utils.BuildError('invalid cmake_project_root_path: %s' % cmake_project_root_abs_path) if not bs: bs = system_info.SUPPORTED_BUILD_SYSTEMS[0] prefix_path = self.platform_.arch().default_install_prefix_path() generator = bs.cmake_generator_arg() build_system_args = bs.cmd_line() # bs_name = bs.name() # project static options prefix_args = '-DCMAKE_INSTALL_PREFIX={0}'.format(prefix_path) cmake_line = [ 'cmake', cmake_project_root_abs_path, generator, '-DCMAKE_BUILD_TYPE=RELEASE', prefix_args ] make_install = build_system_args make_install.append('install') # abs_dir_path = self.build_dir_path_ self.build_snappy(cmake_line, make_install) self.build_openssl(prefix_path) # self.build_libssh2(cmake_line, prefix_path, make_install) self.build_jsonc(prefix_path) self.build_qscintilla(cmake_line, make_install) self.build_common(cmake_line, make_install) # databases libs builds self.build_hiredis(prefix_path) self.build_libmemcached(prefix_path) # self.build_unqlite(cmake_line, make_install) self.build_lmdb(prefix_path) self.build_leveldb(cmake_line, make_install) self.build_rocksdb(cmake_line, make_install) self.build_upscaledb(prefix_path) # self.build_forestdb(cmake_line, make_install) # self.build_fastonosql_core(cmake_line, make_install)
def build(self, cmake_project_root_path, app_branding_options, dir_path, bs, package_types, saver): cmake_project_root_abs_path = os.path.abspath(cmake_project_root_path) if not os.path.exists(cmake_project_root_abs_path): raise utils.BuildError('invalid cmake_project_root_path: %s' % cmake_project_root_path) if not bs: bs = SUPPORTED_BUILD_SYSTEMS[0] if not package_types: package_types = self.platform_.package_types() abs_dir_path = os.path.abspath(dir_path) if os.path.exists(abs_dir_path): shutil.rmtree(abs_dir_path) is_android = self.platform_.name() == 'android' generator = bs.cmake_generator_arg() build_system_args = bs.cmd_line() build_system_policy = bs.policy() saver.update_progress_message_range( 0.0, 9.0, "Start building project branding_options:\n{0}".format( "\n".join(app_branding_options))) pwd = os.getcwd() os.mkdir(abs_dir_path) os.chdir(abs_dir_path) # project static options log_to_file_args = '-DLOG_TO_FILE=ON' if is_android: openssl_args = ['-DOPENSSL_USE_STATIC_LIBS=OFF'] zlib_args = '-DZLIB_USE_STATIC=OFF' bzip2_args = '-DBZIP2_USE_STATIC=OFF' else: prefix_path = self.platform_.arch().default_install_prefix_path() openssl_args = [ '-DOPENSSL_USE_STATIC_LIBS=ON', '-DOPENSSL_ROOT_DIR={0}'.format(prefix_path) ] zlib_args = '-DZLIB_USE_STATIC=ON' bzip2_args = '-DBZIP2_USE_STATIC=ON' snappy_args = '-DSNAPPY_USE_STATIC=ON' jsonc_args = '-DJSONC_USE_STATIC=ON' cmake_line = [ 'cmake', cmake_project_root_abs_path, generator, '-DCMAKE_BUILD_TYPE=RELEASE', log_to_file_args, zlib_args, bzip2_args, snappy_args, jsonc_args ] cmake_line.extend(openssl_args) if is_android: toolchain_path = os.path.join(cmake_project_root_abs_path, 'cmake/android.toolchain.cmake') cmake_line.append( '-DCMAKE_TOOLCHAIN_FILE={0}'.format(toolchain_path)) if app_branding_options: cmake_line.extend(app_branding_options) saver.update_progress_message_range(10.0, 19.0, 'Generate project build') def store(cb): def closure(progress, message): return cb(progress, message) return closure store = store(saver.on_update_progress_message) try: cmake_policy = run_command.CmakePolicy(store) run_command.run_command_cb(cmake_line, cmake_policy) except Exception as ex: os.chdir(pwd) raise ex make_install = build_system_args make_install.append('install') saver.update_progress_message_range(20.0, 79.0, 'Build project') try: policy = build_system_policy(store) run_command.run_command_cb(make_install, policy) except Exception as ex: os.chdir(pwd) raise ex saver.update_progress_message_range(80.0, 84.0, 'Trying to get package file name') in_file = open('CPackConfig.cmake', 'r') for line in in_file.readlines(): res = re.search(r'SET\(CPACK_PACKAGE_FILE_NAME "(.+)"\)', line) if res: filename = res.group(1) break in_file.close() saver.update_progress_message_range(85.0, 99.0, 'Start build package') file_names = [] if is_android: make_apk_release = build_system_args make_apk_release.append('apk_release') try: common_policy = run_command.CommonPolicy(store) run_command.run_command_cb(make_apk_release, common_policy) except Exception as ex: os.chdir(pwd) raise ex make_apk_aligned = build_system_args make_apk_aligned.append('apk_aligned') try: common_policy = run_command.CommonPolicy(store) run_command.run_command_cb(make_apk_aligned, common_policy) except Exception as ex: os.chdir(pwd) raise ex make_apk_signed = build_system_args make_apk_signed('apk_signed') try: common_policy = run_command.CommonPolicy(store) run_command.run_command_cb(make_apk_signed, common_policy) except Exception as ex: os.chdir(pwd) raise ex file_names.append( os.path.join( abs_dir_path, filename + '.' + system_info.get_extension_by_package('APK'))) else: for generator in package_types: make_cpack = ['cpack', '-G', generator] try: common_policy = run_command.CommonPolicy(store) run_command.run_command_cb(make_cpack, common_policy) file_names.append( os.path.join( abs_dir_path, filename + '.' + system_info.get_extension_by_package(generator))) except Exception as ex: os.chdir(pwd) raise ex os.chdir(pwd) saver.update_progress_message_range( 100.0, 100.0, "Building finished successfully file_names: {0}".format( file_names)) return file_names
ffmpeg_grp.add_argument('--without-ffmpeg', help='build without ffmpeg', dest='with_ffmpeg', action='store_false', default=False) parser.add_argument('--platform', help='build for platform (default: {0})'.format(host_os), default=host_os) parser.add_argument('--architecture', help='architecture (default: {0})'.format(arch_host_os), default=arch_host_os) parser.add_argument('--prefix_path', help='prefix_path (default: None)', default=None) argv = parser.parse_args() arg_platform = argv.platform arg_prefix_path = argv.prefix_path arg_architecture = argv.architecture sup_device = get_supported_device_by_name(argv.device) if not sup_device: raise utils.BuildError('invalid device') request = BuildRequest(sup_device, arg_platform, arg_architecture, 'build_' + arg_platform + '_env', arg_prefix_path) if argv.with_system: request.install_system() if argv.with_device: request.install_device_specific() if argv.with_snappy: request.build_snappy() if argv.with_libev: request.build_libev() if argv.with_jsonc: request.build_jsonc()