# -*- Mode: python; indent-tabs-mode: nil; tab-width: 40 -*- # vim: set filetype=python: # This Source Code Form is subject to the terms of the Mozilla Public # License, v. 2.0. If a copy of the MPL was not distributed with this # file, You can obtain one at http://mozilla.org/MPL/2.0/. include('util.configure') include('checks.configure') option(env='DIST', nargs=1, help='DIST directory') # Do not allow objdir == srcdir builds. # ============================================================== @depends('--help', 'DIST') @imports(_from='os.path', _import='exists') def check_build_environment(help, dist): topobjdir = os.path.realpath(os.path.abspath('.')) topsrcdir = os.path.realpath(os.path.abspath( os.path.join(os.path.dirname(__file__), '..', '..'))) if dist: dist = normsep(dist[0]) else: dist = os.path.join(topobjdir, 'dist') result = namespace( topsrcdir=topsrcdir, topobjdir=topobjdir, dist=dist, ) if help: return result if topsrcdir == topobjdir: die(' ***\n' ' * Building directly in the main source directory is not allowed.\n' ' *\n' ' * To build, you must run configure from a separate directory\n' ' * (referred to as an object directory).\n' ' *\n' ' * If you are building with a mozconfig, you will need to change your\n' ' * mozconfig to point to a different object directory.\n' ' ***' ) # Check for a couple representative files in the source tree conflict_files = [ '* %s' % f for f in ('Makefile', 'config/autoconf.mk') if exists(os.path.join(topsrcdir, f)) ] if conflict_files: die(' ***\n' ' * Your source tree contains these files:\n' ' %s\n' ' * This indicates that you previously built in the source tree.\n' ' * A source tree build can confuse the separate objdir build.\n' ' *\n' ' * To clean up the source tree:\n' ' * 1. cd %s\n' ' * 2. gmake distclean\n' ' ***' % ('\n '.join(conflict_files), topsrcdir) ) return result set_config('TOPSRCDIR', delayed_getattr(check_build_environment, 'topsrcdir')) set_config('TOPOBJDIR', delayed_getattr(check_build_environment, 'topobjdir')) set_config('MOZ_BUILD_ROOT', delayed_getattr(check_build_environment, 'topobjdir')) set_config('DIST', delayed_getattr(check_build_environment, 'dist')) option(env='MOZ_AUTOMATION', help='Enable options for automated builds') set_config('MOZ_AUTOMATION', depends_if('MOZ_AUTOMATION')(lambda x: True)) option(env='OLD_CONFIGURE', nargs=1, help='Path to the old configure script') option(env='MOZ_CURRENT_PROJECT', nargs=1, help='Current build project') option(env='MOZCONFIG', nargs=1, help='Mozconfig location') # Read user mozconfig # ============================================================== # Note: the dependency on --help is only there to always read the mozconfig, # even when --help is passed. Without this dependency, the function wouldn't # be called when --help is passed, and the mozconfig wouldn't be read. @depends('MOZ_CURRENT_PROJECT', 'MOZCONFIG', 'OLD_CONFIGURE', check_build_environment, '--help') @imports(_from='mozbuild.mozconfig', _import='MozconfigLoader') def mozconfig(current_project, mozconfig, old_configure, build_env, help): if not old_configure: die('The OLD_CONFIGURE environment variable must be set') # Don't read the mozconfig for the js configure (yay backwards # compatibility) # While the long term goal is that js and top-level use the same configure # and the same overall setup, including the possibility to use mozconfigs, # figuring out what we want to do wrt mozconfig vs. command line and # environment variable is not a clear-cut case, and it's more important to # fix the immediate problem mozconfig causes to js developers by # "temporarily" returning to the previous behavior of not loading the # mozconfig for the js configure. # Separately to the immediate problem for js developers, there is also the # need to not load a mozconfig when running js configure as a subconfigure. # Unfortunately, there is no direct way to tell whether the running # configure is the js configure. The indirect way is to look at the # OLD_CONFIGURE path, which points to js/src/old-configure. # I expect we'll have figured things out for mozconfigs well before # old-configure dies. if os.path.dirname(os.path.abspath(old_configure[0])).endswith('/js/src'): return {'path': None} loader = MozconfigLoader(build_env.topsrcdir) current_project = current_project[0] if current_project else None mozconfig = mozconfig[0] if mozconfig else None mozconfig = loader.find_mozconfig(env={'MOZCONFIG': mozconfig}) mozconfig = loader.read_mozconfig(mozconfig, moz_build_app=current_project) return mozconfig set_config('MOZCONFIG', depends(mozconfig)(lambda m: m['path'])) option(env='PYTHON', nargs=1, help='Python interpreter') # Setup python virtualenv # ============================================================== @depends('PYTHON', check_build_environment, mozconfig, '--help') @imports('os') @imports('sys') @imports('subprocess') @imports(_from='mozbuild.configure.util', _import='LineIO') @imports(_from='mozbuild.virtualenv', _import='VirtualenvManager') @imports(_from='mozbuild.virtualenv', _import='verify_python_version') @imports('distutils.sysconfig') def virtualenv_python(env_python, build_env, mozconfig, help): if help: return python = env_python[0] if env_python else None # Ideally we'd rely on the mozconfig injection from mozconfig_options, # but we'd rather avoid the verbosity when we need to reexecute with # a different python. if mozconfig['path']: if 'PYTHON' in mozconfig['env']['added']: python = mozconfig['env']['added']['PYTHON'] elif 'PYTHON' in mozconfig['env']['modified']: python = mozconfig['env']['modified']['PYTHON'][1] elif 'PYTHON' in mozconfig['vars']['added']: python = mozconfig['vars']['added']['PYTHON'] elif 'PYTHON' in mozconfig['vars']['modified']: python = mozconfig['vars']['modified']['PYTHON'][1] with LineIO(lambda l: log.error(l)) as out: verify_python_version(out) topsrcdir, topobjdir = build_env.topsrcdir, build_env.topobjdir if topobjdir.endswith('/js/src'): topobjdir = topobjdir[:-7] with LineIO(lambda l: log.info(l)) as out: manager = VirtualenvManager( topsrcdir, topobjdir, os.path.join(topobjdir, '_virtualenv'), out, os.path.join(topsrcdir, 'build', 'virtualenv_packages.txt')) if python: # If we're not in the virtualenv, we need the which module for # find_program. if normsep(sys.executable) != normsep(manager.python_path): sys.path.append(os.path.join(topsrcdir, 'python', 'which')) found_python = find_program(python) if not found_python: die('The PYTHON environment variable does not contain ' 'a valid path. Cannot find %s', python) python = found_python else: python = sys.executable if not manager.up_to_date(python): log.info('Creating Python environment') manager.build(python) python = normsep(manager.python_path) if python != normsep(sys.executable): log.info('Reexecuting in the virtualenv') if env_python: del os.environ['PYTHON'] # One would prefer to use os.execl, but that's completely borked on # Windows. sys.exit(subprocess.call([python] + sys.argv)) # We are now in the virtualenv if not distutils.sysconfig.get_python_lib(): die('Could not determine python site packages directory') return python set_config('PYTHON', virtualenv_python) add_old_configure_assignment('PYTHON', virtualenv_python) # Inject mozconfig options # ============================================================== # All options defined above this point can't be injected in mozconfig_options # below, so collect them. @template def early_options(): @dependable @imports('__sandbox__') def early_options(): return set( option.env for option in __sandbox__._options.itervalues() if option.env ) return early_options early_options = early_options() @depends(mozconfig, '--help') # This gives access to the sandbox. Don't copy this blindly. @imports('__sandbox__') @imports('os') def mozconfig_options(mozconfig, help): if mozconfig['path']: helper = __sandbox__._helper log.info('Adding configure options from %s' % mozconfig['path']) for arg in mozconfig['configure_args']: log.info(' %s' % arg) # We could be using imply_option() here, but it has other # contraints that don't really apply to the command-line # emulation that mozconfig provides. helper.add(arg, origin='mozconfig', args=helper._args) def add(key, value): if key.isupper(): arg = '%s=%s' % (key, value) log.info(' %s' % arg) helper.add(arg, origin='mozconfig', args=helper._args) for key, value in mozconfig['env']['added'].iteritems(): add(key, value) os.environ[key] = value for key, (_, value) in mozconfig['env']['modified'].iteritems(): add(key, value) os.environ[key] = value for key, value in mozconfig['vars']['added'].iteritems(): # mozconfig_loader adds _IS_SET variables that are irrelevant if not key.endswith('_IS_SET'): add(key, value) for key, (_, value) in mozconfig['vars']['modified'].iteritems(): add(key, value) # Mozilla-Build # ============================================================== option(env='MOZILLABUILD', nargs=1, help='Path to Mozilla Build (Windows-only)') option(env='CONFIG_SHELL', nargs=1, help='Path to a POSIX shell') # It feels dirty replicating this from python/mozbuild/mozbuild/mozconfig.py, # but the end goal being that the configure script would go away... @depends('CONFIG_SHELL', 'MOZILLABUILD') @checking('for a shell') @imports('sys') def shell(value, mozillabuild): if value: return find_program(value[0]) shell = 'sh' if mozillabuild: shell = mozillabuild[0] + '/msys/bin/sh' if sys.platform == 'win32': shell = shell + '.exe' return find_program(shell) # Host and target systems # ============================================================== option('--host', nargs=1, help='Define the system type performing the build') option('--target', nargs=1, help='Define the system type where the resulting executables will be ' 'used') @imports(_from='mozbuild.configure.constants', _import='CPU') @imports(_from='mozbuild.configure.constants', _import='CPU_bitness') @imports(_from='mozbuild.configure.constants', _import='Endianness') @imports(_from='mozbuild.configure.constants', _import='Kernel') @imports(_from='mozbuild.configure.constants', _import='OS') def split_triplet(triplet): # The standard triplet is defined as # CPU_TYPE-MANUFACTURER-OPERATING_SYSTEM # There is also a quartet form: # CPU_TYPE-MANUFACTURER-KERNEL-OPERATING_SYSTEM # But we can consider the "KERNEL-OPERATING_SYSTEM" as one. cpu, manufacturer, os = triplet.split('-', 2) # Autoconf uses config.sub to validate and canonicalize those triplets, # but the granularity of its results has never been satisfying to our # use, so we've had our own, different, canonicalization. We've also # historically not been very consistent with how we use the canonicalized # values. Hopefully, this will help us make things better. # The tests are inherited from our decades-old autoconf-based configure, # which can probably be improved/cleaned up because they are based on a # mix of uname and config.guess output, while we now only use the latter, # which presumably has a cleaner and leaner output. Let's refine later. os = os.replace('/', '_') if 'android' in os: canonical_os = 'Android' canonical_kernel = 'Linux' elif os.startswith('linux'): canonical_os = 'GNU' canonical_kernel = 'Linux' elif os.startswith('kfreebsd') and os.endswith('-gnu'): canonical_os = 'GNU' canonical_kernel = 'kFreeBSD' elif os.startswith('gnu'): canonical_os = canonical_kernel = 'GNU' elif os.startswith('mingw'): canonical_os = canonical_kernel = 'WINNT' elif os.startswith('darwin'): canonical_kernel = 'Darwin' canonical_os = 'OSX' elif os.startswith('ios'): canonical_kernel = 'Darwin' canonical_os = 'iOS' elif os.startswith('dragonfly'): canonical_os = canonical_kernel = 'DragonFly' elif os.startswith('freebsd'): canonical_os = canonical_kernel = 'FreeBSD' elif os.startswith('netbsd'): canonical_os = canonical_kernel = 'NetBSD' elif os.startswith('openbsd'): canonical_os = canonical_kernel = 'OpenBSD' elif os.startswith('solaris'): canonical_os = canonical_kernel = 'SunOS' else: die('Unknown OS: %s' % os) # The CPU granularity is probably not enough. Moving more things from # old-configure will tell us if we need more if cpu.endswith('86') or (cpu.startswith('i') and '86' in cpu): canonical_cpu = 'x86' endianness = 'little' elif cpu in ('x86_64', 'ia64'): canonical_cpu = cpu endianness = 'little' elif cpu in ('s390', 's390x'): canonical_cpu = cpu endianness = 'big' elif cpu in ('powerpc64', 'ppc64', 'powerpc64le', 'ppc64le'): canonical_cpu = 'ppc64' endianness = 'little' if 'le' in cpu else 'big' elif cpu in ('powerpc', 'ppc', 'rs6000') or cpu.startswith('powerpc'): canonical_cpu = 'ppc' endianness = 'big' elif cpu in ('Alpha', 'alpha', 'ALPHA'): canonical_cpu = 'Alpha' endianness = 'little' elif cpu.startswith('hppa') or cpu == 'parisc': canonical_cpu = 'hppa' endianness = 'big' elif cpu.startswith('sparc64'): canonical_cpu = 'sparc64' endianness = 'big' elif cpu.startswith('sparc') or cpu == 'sun4u': canonical_cpu = 'sparc' endianness = 'big' elif cpu.startswith('arm'): canonical_cpu = 'arm' endianness = 'big' if cpu.startswith(('armeb', 'armbe')) else 'little' elif cpu in ('mips', 'mipsel'): canonical_cpu = 'mips32' endianness = 'little' if 'el' in cpu else 'big' elif cpu in ('mips64', 'mips64el'): canonical_cpu = 'mips64' endianness = 'little' if 'el' in cpu else 'big' elif cpu.startswith('aarch64'): canonical_cpu = 'aarch64' endianness = 'little' else: die('Unknown CPU type: %s' % cpu) return namespace( alias=triplet, cpu=CPU(canonical_cpu), bitness=CPU_bitness[canonical_cpu], kernel=Kernel(canonical_kernel), os=OS(canonical_os), endianness=Endianness(endianness), raw_cpu=cpu, raw_os=os, # Toolchains, most notably for cross compilation may use cpu-os # prefixes. toolchain='%s-%s' % (cpu, os), ) @imports('subprocess') def config_sub(shell, triplet): config_sub = os.path.join(os.path.dirname(__file__), '..', 'autoconf', 'config.sub') return subprocess.check_output([shell, config_sub, triplet]).strip() @depends('--host', shell) @checking('for host system type', lambda h: h.alias) @imports('subprocess') def host(value, shell): if not value: config_guess = os.path.join(os.path.dirname(__file__), '..', 'autoconf', 'config.guess') host = subprocess.check_output([shell, config_guess]).strip() else: host = value[0] return split_triplet(config_sub(shell, host)) @depends('--target', host, shell) @checking('for target system type', lambda t: t.alias) def target(value, host, shell): if not value: return host return split_triplet(config_sub(shell, value[0])) @depends(host, target) @checking('whether cross compiling') def cross_compiling(host, target): return host != target set_config('CROSS_COMPILE', cross_compiling) set_define('CROSS_COMPILE', cross_compiling) add_old_configure_assignment('CROSS_COMPILE', cross_compiling) @depends(target) def have_64_bit(target): if target.bitness == 64: return True set_config('HAVE_64BIT_BUILD', have_64_bit) set_define('HAVE_64BIT_BUILD', have_64_bit) add_old_configure_assignment('HAVE_64BIT_BUILD', have_64_bit) # Autoconf needs these set @depends(host) def host_for_old_configure(host): return '--host=%s' % host.alias add_old_configure_arg(host_for_old_configure) @depends(host, target) def target_for_old_configure(host, target): target_alias = target.alias # old-configure does plenty of tests against $target and $target_os # and expects darwin for iOS, so make it happy. if target.os == 'iOS': target_alias = target_alias.replace('-ios', '-darwin') return '--target=%s' % target_alias add_old_configure_arg(target_for_old_configure) # These variables are for compatibility with the current moz.builds and # old-configure. Eventually, we'll want to canonicalize better. @depends(target) def target_variables(target): if target.kernel == 'kFreeBSD': os_target = 'GNU/kFreeBSD' os_arch = 'GNU_kFreeBSD' elif target.kernel == 'Darwin' or (target.kernel == 'Linux' and target.os == 'GNU'): os_target = target.kernel os_arch = target.kernel else: os_target = target.os os_arch = target.kernel if target.kernel == 'Darwin' and target.cpu == 'x86': os_test = 'i386' else: os_test = target.raw_cpu return namespace( OS_TARGET=os_target, OS_ARCH=os_arch, OS_TEST=os_test, INTEL_ARCHITECTURE=target.cpu in ('x86', 'x86_64') or None, ) set_config('OS_TARGET', delayed_getattr(target_variables, 'OS_TARGET')) add_old_configure_assignment('OS_TARGET', delayed_getattr(target_variables, 'OS_TARGET')) set_config('OS_ARCH', delayed_getattr(target_variables, 'OS_ARCH')) add_old_configure_assignment('OS_ARCH', delayed_getattr(target_variables, 'OS_ARCH')) set_config('OS_TEST', delayed_getattr(target_variables, 'OS_TEST')) add_old_configure_assignment('OS_TEST', delayed_getattr(target_variables, 'OS_TEST')) set_config('CPU_ARCH', delayed_getattr(target, 'cpu')) add_old_configure_assignment('CPU_ARCH', delayed_getattr(target, 'cpu')) set_config('INTEL_ARCHITECTURE', delayed_getattr(target_variables, 'INTEL_ARCHITECTURE')) set_config('TARGET_CPU', delayed_getattr(target, 'raw_cpu')) set_config('TARGET_OS', delayed_getattr(target, 'raw_os')) @depends(host) def host_variables(host): if host.kernel == 'kFreeBSD': os_arch = 'GNU_kFreeBSD' else: os_arch = host.kernel return namespace( HOST_OS_ARCH=os_arch, ) set_config('HOST_OS_ARCH', delayed_getattr(host_variables, 'HOST_OS_ARCH')) add_old_configure_assignment('HOST_OS_ARCH', delayed_getattr(host_variables, 'HOST_OS_ARCH')) @depends(target) def target_is_windows(target): if target.kernel == 'WINNT': return True set_define('_WINDOWS', target_is_windows) set_define('WIN32', target_is_windows) set_define('XP_WIN', target_is_windows) set_define('XP_WIN32', target_is_windows) @depends(target) def target_is_unix(target): if target.kernel != 'WINNT': return True set_define('XP_UNIX', target_is_unix) @depends(target) def target_is_darwin(target): if target.kernel == 'Darwin': return True set_define('XP_DARWIN', target_is_darwin) @depends(target) def target_is_ios(target): if target.kernel == 'Darwin' and target.os == 'iOS': return True set_define('XP_IOS', target_is_ios) @depends(target) def target_is_osx(target): if target.kernel == 'Darwin' and target.os == 'OSX': return True set_define('XP_MACOSX', target_is_osx) @depends(target) def target_is_linux(target): if target.kernel == 'Linux': return True set_define('XP_LINUX', target_is_linux) @depends(target) def target_is_solaris(target): if target.kernel == 'SunOS': return True set_define('XP_SOLARIS', target_is_solaris) @depends(target) def target_is_sparc(target): if target.cpu == 'sparc': return True set_define('SPARC', target_is_sparc) @depends(target) def target_is_sparc64(target): if target.cpu == 'sparc64': return True set_define('SPARC64', target_is_sparc64) # The application/project to build # ============================================================== option('--enable-application', nargs=1, env='MOZ_BUILD_APP', help='Application to build. Same as --enable-project.') @depends('--enable-application', '--help') def application(app, help): if app: return app imply_option('--enable-project', application) @depends(check_build_environment, '--help') def default_project(build_env, help): if build_env.topobjdir.endswith('/js/src'): return 'js' return 'browser' option('--enable-project', nargs=1, default=default_project, help='Project to build') option('--with-external-source-dir', env='EXTERNAL_SOURCE_DIR', nargs=1, help='External directory containing additional build files') @depends('--enable-project', '--with-external-source-dir', check_build_environment, '--help') @imports(_from='os.path', _import='exists') def include_project_configure(project, external_source_dir, build_env, help): if not project: die('--enable-project is required.') base_dir = build_env.topsrcdir if external_source_dir: base_dir = os.path.join(base_dir, external_source_dir[0]) build_app = project[0] # XXX: Change this when 'browser' becomes invalid as an alias if build_app == 'browser': build_app = 'basilisk' #die('The project "browser" is no longer valid. Perhaps you meant "basilisk" or "palemoon"?') path_project_src_dir_application = os.path.join(base_dir, 'application/' + build_app, 'moz.configure') path_project_src_dir_root = os.path.join(base_dir, build_app, 'moz.configure') if exists(path_project_src_dir_application): return path_project_src_dir_application elif exists(path_project_src_dir_root): return path_project_src_dir_root else: die('Cannot find project %s', build_app) @depends('--with-external-source-dir') def external_source_dir(value): if value: return value[0] set_config('EXTERNAL_SOURCE_DIR', external_source_dir) add_old_configure_assignment('EXTERNAL_SOURCE_DIR', external_source_dir) @depends(include_project_configure, check_build_environment, '--help') def build_project(include_project_configure, build_env, help): ret = os.path.dirname(os.path.relpath(include_project_configure, build_env.topsrcdir)) return ret set_config('MOZ_BUILD_APP', build_project) set_define('MOZ_BUILD_APP', build_project) add_old_configure_assignment('MOZ_BUILD_APP', build_project) # set RELEASE_OR_BETA and NIGHTLY_BUILD variables depending on the cycle we're in # The logic works like this: # - if we have "a1" in GRE_MILESTONE, we're building Nightly (define NIGHTLY_BUILD) # - otherwise, if we have "a" in GRE_MILESTONE, we're building Nightly or Aurora # - otherwise, we're building Release/Beta (define RELEASE_OR_BETA) @depends(check_build_environment, '--help') @imports(_from='__builtin__', _import='open') def milestone(build_env, _): milestone_path = os.path.join(build_env.topsrcdir, 'config', 'milestone.txt') with open(milestone_path, 'r') as fh: milestone = fh.read().splitlines()[-1] is_nightly = is_release_or_beta = None if 'a1' in milestone: is_nightly = True elif 'a' not in milestone: is_release_or_beta = True return namespace(version=milestone, is_nightly=is_nightly, is_release_or_beta=is_release_or_beta) set_config('GRE_MILESTONE', delayed_getattr(milestone, 'version')) set_config('NIGHTLY_BUILD', delayed_getattr(milestone, 'is_nightly')) set_define('NIGHTLY_BUILD', delayed_getattr(milestone, 'is_nightly')) add_old_configure_assignment('NIGHTLY_BUILD', delayed_getattr(milestone, 'is_nightly')) set_config('RELEASE_OR_BETA', delayed_getattr(milestone, 'is_release_or_beta')) set_define('RELEASE_OR_BETA', delayed_getattr(milestone, 'is_release_or_beta')) add_old_configure_assignment('RELEASE_OR_BETA', delayed_getattr(milestone, 'is_release_or_beta')) # The app update channel is 'default' when not supplied. The value is used in # the application's confvars.sh (and is made available to a project specific # moz.configure). option('--enable-update-channel', nargs=1, help='Select application update channel', default='default') @depends('--enable-update-channel') def update_channel(channel): if channel[0] == '': return 'default' return channel[0].lower() set_config('MOZ_UPDATE_CHANNEL', update_channel) set_define('MOZ_UPDATE_CHANNEL', update_channel) add_old_configure_assignment('MOZ_UPDATE_CHANNEL', update_channel) # A template providing a shorthand for setting a variable. The created # option will only be settable with imply_option. # It is expected that a project-specific moz.configure will call imply_option # to set a value other than the default. # If required, the set_as_define and set_for_old_configure arguments # will additionally cause the variable to be set using set_define and # add_old_configure_assignment. util.configure would be an appropriate place for # this, but it uses add_old_configure_assignment, which is defined in this file. @template def project_flag(env=None, set_for_old_configure=False, set_as_define=False, **kwargs): if not env: configure_error("A project_flag must be passed a variable name to set.") opt = option(env=env, possible_origins=('implied',), **kwargs) @depends(opt.option) def option_implementation(value): if value: if len(value): return value return bool(value) set_config(env, option_implementation) if set_as_define: set_define(env, option_implementation) if set_for_old_configure: add_old_configure_assignment(env, option_implementation) # milestone.is_nightly corresponds to cases NIGHTLY_BUILD is set. @depends(milestone, '--help') def enabled_in_nightly(milestone, _): return milestone.is_nightly # Set the MOZ_CONFIGURE_OPTIONS variable with all the options that # were passed somehow (environment, command line, mozconfig) @depends(mozconfig_options) @imports(_from='mozbuild.shellutil', _import='quote') @imports('__sandbox__') def all_configure_options(_): result = [] previous = None for option in __sandbox__._options.itervalues(): # __sandbox__._options contains items for both option.name and # option.env. But it's also an OrderedDict, meaning both are # consecutive. # Also ignore OLD_CONFIGURE and MOZCONFIG because they're not # interesting. if option == previous or option.env in ('OLD_CONFIGURE', 'MOZCONFIG'): continue previous = option value = __sandbox__._value_for(option) # We only want options that were explicitly given on the command # line, the environment, or mozconfig, and that differ from the # defaults. if (value is not None and value.origin not in ('default', 'implied') and value != option.default): result.append(__sandbox__._raw_options[option]) # We however always include options that are sent to old configure # because we don't know their actual defaults. (Keep the conditions # separate for ease of understanding and ease of removal) elif (option.help == 'Help missing for old configure options' and option in __sandbox__._raw_options): result.append(__sandbox__._raw_options[option]) return quote(*result) set_config('MOZ_CONFIGURE_OPTIONS', all_configure_options) # This is temporary until js/src/configure and configure are merged. # Use instead of option() in js/moz.configure and more generally, for # options that are shared between configure and js/src/configure. @template def js_option(*args, **kwargs): opt = option(*args, **kwargs) @depends(opt.option, build_project) def js_option(value, build_project): if build_project != 'js': return value.format(opt.option) add_old_configure_arg(js_option) # Bug 1278542: This function is a workaround to resolve # |android_ndk_include|'s dependency on 'gonkdir.' The # actual implementation is located in b2g/moz.configure. # Remove this function as soon as 'android_ndk_include' # depends on 'target.' @depends('--help') def gonkdir(_): return None