# SPDX-License-Identifier: Apache-2.0 # Copyright 2013-2025 The Meson development team # Copyright © 2023-2025 Intel Corporation from __future__ import annotations import copy from . import mlog, options import pickle, os, uuid import sys from functools import lru_cache from itertools import chain from collections import OrderedDict import textwrap from .mesonlib import ( MesonException, MachineChoice, PerMachine, PerMachineDefaultable, default_prefix, stringlistify, pickle_load ) from .options import OptionKey from .machinefile import CmdLineFileParser import ast import enum import shlex import typing as T if T.TYPE_CHECKING: import argparse from typing_extensions import Protocol from . import dependencies from .compilers.compilers import Compiler, CompileResult, RunResult, CompileCheckMode from .dependencies.detect import TV_DepID from .environment import Environment from .mesonlib import FileOrString from .cmake.traceparser import CMakeCacheEntry from .interpreterbase import SubProject from .options import ElementaryOptionValues, MutableKeyedOptionDictType from .build import BuildTarget class SharedCMDOptions(Protocol): """Representation of command line options from Meson setup, configure, and dist. :param projectoptions: The raw list of command line options given :param cmd_line_options: command line options parsed into an OptionKey: str mapping """ cmd_line_options: T.Dict[OptionKey, str] projectoptions: T.List[str] cross_file: T.List[str] native_file: T.List[str] OptionDictType = T.Dict[str, options.AnyOptionType] CompilerCheckCacheKey = T.Tuple[T.Tuple[str, ...], str, FileOrString, T.Tuple[str, ...], CompileCheckMode] # code, args RunCheckCacheKey = T.Tuple[str, T.Tuple[str, ...]] # typeshed StrOrBytesPath = T.Union[str, bytes, os.PathLike[str], os.PathLike[bytes]] # Check major_versions_differ() if changing versioning scheme. # # Pip requires that RCs are named like this: '0.1.0.rc1' # But the corresponding Git tag needs to be '0.1.0rc1' version = '1.8.2' # The next stable version when we are in dev. This is used to allow projects to # require meson version >=1.2.0 when using 1.1.99. FeatureNew won't warn when # using a feature introduced in 1.2.0 when using Meson 1.1.99. stable_version = version if stable_version.endswith('.99'): stable_version_array = stable_version.split('.') stable_version_array[-1] = '0' stable_version_array[-2] = str(int(stable_version_array[-2]) + 1) stable_version = '.'.join(stable_version_array) def get_genvs_default_buildtype_list() -> list[str]: # just debug, debugoptimized, and release for now # but this should probably be configurable through some extra option, alongside --genvslite. return options.buildtypelist[1:-2] class MesonVersionMismatchException(MesonException): '''Build directory generated with Meson version is incompatible with current version''' def __init__(self, old_version: str, current_version: str, extra_msg: str = '') -> None: super().__init__(f'Build directory has been generated with Meson version {old_version}, ' f'which is incompatible with the current version {current_version}.' + extra_msg) self.old_version = old_version self.current_version = current_version class DependencyCacheType(enum.Enum): OTHER = 0 PKG_CONFIG = 1 CMAKE = 2 @classmethod def from_type(cls, dep: 'dependencies.Dependency') -> 'DependencyCacheType': # As more types gain search overrides they'll need to be added here if dep.type_name == 'pkgconfig': return cls.PKG_CONFIG if dep.type_name == 'cmake': return cls.CMAKE return cls.OTHER class DependencySubCache: def __init__(self, type_: DependencyCacheType): self.types = [type_] self.__cache: T.Dict[T.Tuple[str, ...], 'dependencies.Dependency'] = {} def __getitem__(self, key: T.Tuple[str, ...]) -> 'dependencies.Dependency': return self.__cache[key] def __setitem__(self, key: T.Tuple[str, ...], value: 'dependencies.Dependency') -> None: self.__cache[key] = value def __contains__(self, key: T.Tuple[str, ...]) -> bool: return key in self.__cache def values(self) -> T.Iterable['dependencies.Dependency']: return self.__cache.values() class DependencyCache: """Class that stores a cache of dependencies. This class is meant to encapsulate the fact that we need multiple keys to successfully lookup by providing a simple get/put interface. """ def __init__(self, builtins: options.OptionStore, for_machine: MachineChoice): self.__cache: T.MutableMapping[TV_DepID, DependencySubCache] = OrderedDict() self.__builtins = builtins self.__pkg_conf_key = options.OptionKey('pkg_config_path') self.__cmake_key = options.OptionKey('cmake_prefix_path') def __calculate_subkey(self, type_: DependencyCacheType) -> T.Tuple[str, ...]: data: T.Dict[DependencyCacheType, T.List[str]] = { DependencyCacheType.PKG_CONFIG: stringlistify(self.__builtins.get_value_for(self.__pkg_conf_key)), DependencyCacheType.CMAKE: stringlistify(self.__builtins.get_value_for(self.__cmake_key)), DependencyCacheType.OTHER: [], } assert type_ in data, 'Someone forgot to update subkey calculations for a new type' return tuple(data[type_]) def __iter__(self) -> T.Iterator['TV_DepID']: return self.keys() def put(self, key: 'TV_DepID', dep: 'dependencies.Dependency') -> None: t = DependencyCacheType.from_type(dep) if key not in self.__cache: self.__cache[key] = DependencySubCache(t) subkey = self.__calculate_subkey(t) self.__cache[key][subkey] = dep def get(self, key: 'TV_DepID') -> T.Optional['dependencies.Dependency']: """Get a value from the cache. If there is no cache entry then None will be returned. """ try: val = self.__cache[key] except KeyError: return None for t in val.types: subkey = self.__calculate_subkey(t) try: return val[subkey] except KeyError: pass return None def values(self) -> T.Iterator['dependencies.Dependency']: for c in self.__cache.values(): yield from c.values() def keys(self) -> T.Iterator['TV_DepID']: return iter(self.__cache.keys()) def items(self) -> T.Iterator[T.Tuple['TV_DepID', T.List['dependencies.Dependency']]]: for k, v in self.__cache.items(): vs: T.List[dependencies.Dependency] = [] for t in v.types: subkey = self.__calculate_subkey(t) if subkey in v: vs.append(v[subkey]) yield k, vs def clear(self) -> None: self.__cache.clear() class CMakeStateCache: """Class that stores internal CMake compiler states. This cache is used to reduce the startup overhead of CMake by caching all internal CMake compiler variables. """ def __init__(self) -> None: self.__cache: T.Dict[str, T.Dict[str, T.List[str]]] = {} self.cmake_cache: T.Dict[str, 'CMakeCacheEntry'] = {} def __iter__(self) -> T.Iterator[T.Tuple[str, T.Dict[str, T.List[str]]]]: return iter(self.__cache.items()) def items(self) -> T.Iterator[T.Tuple[str, T.Dict[str, T.List[str]]]]: return iter(self.__cache.items()) def update(self, language: str, variables: T.Dict[str, T.List[str]]): if language not in self.__cache: self.__cache[language] = {} self.__cache[language].update(variables) @property def languages(self) -> T.Set[str]: return set(self.__cache.keys()) # Can't bind this near the class method it seems, sadly. _V = T.TypeVar('_V') # This class contains all data that must persist over multiple # invocations of Meson. It is roughly the same thing as # cmakecache. class CoreData: def __init__(self, cmd_options: SharedCMDOptions, scratch_dir: str, meson_command: T.List[str]): self.lang_guids = { 'default': '8BC9CEB8-8B4A-11D0-8D11-00A0C91BC942', 'c': '8BC9CEB8-8B4A-11D0-8D11-00A0C91BC942', 'cpp': '8BC9CEB8-8B4A-11D0-8D11-00A0C91BC942', 'test': '3AC096D0-A1C2-E12C-1390-A8335801FDAB', 'directory': '2150E333-8FDC-42A3-9474-1A3956D46DE8', } self.test_guid = str(uuid.uuid4()).upper() self.regen_guid = str(uuid.uuid4()).upper() self.install_guid = str(uuid.uuid4()).upper() self.meson_command = meson_command self.target_guids = {} self.version = version self.cross_files = self.__load_config_files(cmd_options, scratch_dir, 'cross') self.compilers: PerMachine[T.Dict[str, Compiler]] = PerMachine(OrderedDict(), OrderedDict()) self.optstore = options.OptionStore(self.is_cross_build()) # Stores the (name, hash) of the options file, The name will be either # "meson_options.txt" or "meson.options". # This is used by mconf to reload the option file if it's changed. self.options_files: T.Dict[SubProject, T.Optional[T.Tuple[str, str]]] = {} # Set of subprojects that have already been initialized once, this is # required to be stored and reloaded with the coredata, as we don't # want to overwrite options for such subprojects. self.initialized_subprojects: T.Set[str] = set() # For host == build configurations these caches should be the same. self.deps: PerMachine[DependencyCache] = PerMachineDefaultable.default( self.is_cross_build(), DependencyCache(self.optstore, MachineChoice.BUILD), DependencyCache(self.optstore, MachineChoice.HOST)) self.compiler_check_cache: T.Dict['CompilerCheckCacheKey', 'CompileResult'] = OrderedDict() self.run_check_cache: T.Dict['RunCheckCacheKey', 'RunResult'] = OrderedDict() # CMake cache self.cmake_cache: PerMachine[CMakeStateCache] = PerMachine(CMakeStateCache(), CMakeStateCache()) # Only to print a warning if it changes between Meson invocations. self.config_files = self.__load_config_files(cmd_options, scratch_dir, 'native') self.builtin_options_libdir_cross_fixup() self.init_builtins() @staticmethod def __load_config_files(cmd_options: SharedCMDOptions, scratch_dir: str, ftype: str) -> T.List[str]: # Need to try and make the passed filenames absolute because when the # files are parsed later we'll have chdir()d. if ftype == 'cross': filenames = cmd_options.cross_file else: filenames = cmd_options.native_file if not filenames: return [] found_invalid: T.List[str] = [] missing: T.List[str] = [] real: T.List[str] = [] for i, f in enumerate(filenames): f = os.path.expanduser(os.path.expandvars(f)) if os.path.exists(f): if os.path.isfile(f): real.append(os.path.abspath(f)) continue elif os.path.isdir(f): found_invalid.append(os.path.abspath(f)) else: # in this case we've been passed some kind of pipe, copy # the contents of that file into the meson private (scratch) # directory so that it can be re-read when wiping/reconfiguring fcopy = os.path.join(scratch_dir, f'{uuid.uuid4()}.{ftype}.ini') with open(f, encoding='utf-8') as rf: with open(fcopy, 'w', encoding='utf-8') as wf: wf.write(rf.read()) real.append(fcopy) # Also replace the command line argument, as the pipe # probably won't exist on reconfigure filenames[i] = fcopy continue if sys.platform != 'win32': paths = [ os.environ.get('XDG_DATA_HOME', os.path.expanduser('~/.local/share')), ] + os.environ.get('XDG_DATA_DIRS', '/usr/local/share:/usr/share').split(':') for path in paths: path_to_try = os.path.join(path, 'meson', ftype, f) if os.path.isfile(path_to_try): real.append(path_to_try) break else: missing.append(f) else: missing.append(f) if missing: if found_invalid: mlog.log('Found invalid candidates for', ftype, 'file:', *found_invalid) mlog.log('Could not find any valid candidate for', ftype, 'files:', *missing) raise MesonException(f'Cannot find specified {ftype} file: {f}') return real def builtin_options_libdir_cross_fixup(self) -> None: # By default set libdir to "lib" when cross compiling since # getting the "system default" is always wrong on multiarch # platforms as it gets a value like lib/x86_64-linux-gnu. if self.cross_files: options.BUILTIN_OPTIONS[OptionKey('libdir')].default = 'lib' def init_builtins(self) -> None: # Create builtin options with default values for key, opt in options.BUILTIN_OPTIONS.items(): self.add_builtin_option(self.optstore, key, opt) for for_machine in iter(MachineChoice): for key, opt in options.BUILTIN_OPTIONS_PER_MACHINE.items(): self.add_builtin_option(self.optstore, key.evolve(machine=for_machine), opt) @staticmethod def add_builtin_option(optstore: options.OptionStore, key: OptionKey, opt: options.AnyOptionType) -> None: # Create a copy of the object, as we're going to mutate it opt = copy.copy(opt) if key.subproject: if opt.yielding: # This option is global and not per-subproject return else: new_value = options.argparse_prefixed_default( opt, key, default_prefix()) opt.set_value(new_value) modulename = key.get_module_prefix() if modulename: optstore.add_module_option(modulename, key, opt) else: optstore.add_system_option(key, opt) def init_backend_options(self, backend_name: str) -> None: if backend_name == 'ninja': self.optstore.add_system_option('backend_max_links', options.UserIntegerOption( 'backend_max_links', 'Maximum number of linker processes to run or 0 for no ' 'limit', 0, min_value=0)) elif backend_name.startswith('vs'): self.optstore.add_system_option('backend_startup_project', options.UserStringOption( 'backend_startup_project', 'Default project to execute in Visual Studio', '')) def get_option_for_target(self, target: 'BuildTarget', key: T.Union[str, OptionKey]) -> ElementaryOptionValues: if isinstance(key, str): assert ':' not in key newkey = OptionKey(key, target.subproject) else: newkey = key if newkey.subproject != target.subproject: # FIXME: this should be an error. The caller needs to ensure that # key and target have the same subproject for consistency. # Now just do this to get things going. newkey = newkey.evolve(subproject=target.subproject) (option_object, value) = self.optstore.get_value_object_and_value_for(newkey) override = target.get_override(newkey.name) if override is not None: return option_object.validate_value(override) return value def set_from_configure_command(self, options: SharedCMDOptions) -> bool: unset_opts = getattr(options, 'unset_opts', []) all_D = options.projectoptions[:] for keystr, valstr in options.cmd_line_options.items(): all_D.append(f'{keystr}={valstr}') return self.optstore.set_from_configure_command(all_D, unset_opts) def set_option(self, key: OptionKey, value, first_invocation: bool = False) -> bool: dirty = False try: changed = self.optstore.set_option(key, value, first_invocation) except KeyError: raise MesonException(f'Tried to set unknown builtin option {str(key)}') dirty |= changed if key.name == 'buildtype': dirty |= self._set_others_from_buildtype(value) return dirty def clear_cache(self) -> None: self.deps.host.clear() self.deps.build.clear() self.compiler_check_cache.clear() self.run_check_cache.clear() def get_nondefault_buildtype_args(self) -> T.List[T.Union[T.Tuple[str, str, str], T.Tuple[str, bool, bool]]]: result: T.List[T.Union[T.Tuple[str, str, str], T.Tuple[str, bool, bool]]] = [] value = self.optstore.get_value_for('buildtype') if value == 'plain': opt = 'plain' debug = False elif value == 'debug': opt = '0' debug = True elif value == 'debugoptimized': opt = '2' debug = True elif value == 'release': opt = '3' debug = False elif value == 'minsize': opt = 's' debug = True else: assert value == 'custom' return [] actual_opt = self.optstore.get_value_for('optimization') actual_debug = self.optstore.get_value_for('debug') if actual_opt != opt: result.append(('optimization', actual_opt, opt)) if actual_debug != debug: result.append(('debug', actual_debug, debug)) return result def _set_others_from_buildtype(self, value: str) -> bool: dirty = False if value == 'plain': opt = 'plain' debug = False elif value == 'debug': opt = '0' debug = True elif value == 'debugoptimized': opt = '2' debug = True elif value == 'release': opt = '3' debug = False elif value == 'minsize': opt = 's' debug = True else: assert value == 'custom' return False dirty |= self.optstore.set_option(OptionKey('optimization'), opt) dirty |= self.optstore.set_option(OptionKey('debug'), debug) return dirty def get_external_args(self, for_machine: MachineChoice, lang: str) -> T.List[str]: # mypy cannot analyze type of OptionKey key = OptionKey(f'{lang}_args', machine=for_machine) return T.cast('T.List[str]', self.optstore.get_value(key)) @lru_cache(maxsize=None) def get_external_link_args(self, for_machine: MachineChoice, lang: str) -> T.List[str]: # mypy cannot analyze type of OptionKey linkkey = OptionKey(f'{lang}_link_args', machine=for_machine) return T.cast('T.List[str]', self.optstore.get_value_for(linkkey)) def is_cross_build(self, when_building_for: MachineChoice = MachineChoice.HOST) -> bool: if when_building_for == MachineChoice.BUILD: return False return len(self.cross_files) > 0 def copy_build_options_from_regular_ones(self, shut_up_pylint: bool = True) -> bool: # FIXME, needs cross compilation support. if shut_up_pylint: return False dirty = False assert not self.is_cross_build() for k in options.BUILTIN_OPTIONS_PER_MACHINE: o = self.optstore.get_value_object_for(k.name) dirty |= self.optstore.set_option(k, o.value, True) for bk, bv in self.optstore.items(): if bk.machine is MachineChoice.BUILD: hk = bk.as_host() try: hv = self.optstore.get_value_object(hk) dirty |= bv.set_value(hv.value) except KeyError: continue return dirty def set_options(self, opts_to_set: T.Dict[OptionKey, T.Any], subproject: str = '', first_invocation: bool = False) -> bool: dirty = False if not self.is_cross_build(): opts_to_set = {k: v for k, v in opts_to_set.items() if k.machine is not MachineChoice.BUILD} # Set prefix first because it's needed to sanitize other options pfk = OptionKey('prefix') if pfk in opts_to_set: prefix = self.optstore.sanitize_prefix(opts_to_set[pfk]) for key in options.BUILTIN_DIR_NOPREFIX_OPTIONS: if key not in opts_to_set: val = options.BUILTIN_OPTIONS[key].prefixed_default(key, prefix) dirty |= self.optstore.set_option(key, val) unknown_options: T.List[OptionKey] = [] for k, v in opts_to_set.items(): if k == pfk: continue elif k.evolve(subproject=None) in self.optstore: dirty |= self.set_option(k, v, first_invocation) elif k.machine != MachineChoice.BUILD and not self.optstore.is_compiler_option(k): unknown_options.append(k) if unknown_options: if subproject: # The subproject may have top-level options that should be used # when it is not a subproject. Ignore those for now. With option # refactor they will get per-subproject values. really_unknown = [] for uo in unknown_options: topkey = uo.as_root() if topkey not in self.optstore: really_unknown.append(uo) unknown_options = really_unknown if unknown_options: unknown_options_str = ', '.join(sorted(str(s) for s in unknown_options)) sub = f'In subproject {subproject}: ' if subproject else '' raise MesonException(f'{sub}Unknown options: "{unknown_options_str}"') if not self.is_cross_build(): dirty |= self.copy_build_options_from_regular_ones() return dirty def add_compiler_options(self, c_options: MutableKeyedOptionDictType, lang: str, for_machine: MachineChoice, env: Environment, subproject: str) -> None: for k, o in c_options.items(): comp_key = OptionKey(f'{k.name}', None, for_machine) if lang == 'objc' and k.name == 'c_std': # For objective C, always fall back to c_std. self.optstore.add_compiler_option('c', comp_key, o) elif lang == 'objcpp' and k.name == 'cpp_std': self.optstore.add_compiler_option('cpp', comp_key, o) else: self.optstore.add_compiler_option(lang, comp_key, o) def add_lang_args(self, lang: str, comp: T.Type['Compiler'], for_machine: MachineChoice, env: 'Environment') -> None: """Add global language arguments that are needed before compiler/linker detection.""" from .compilers import compilers # These options are all new at this point, because the compiler is # responsible for adding its own options, thus calling # `self.optstore.update()`` is perfectly safe. for gopt_key, gopt_valobj in compilers.get_global_options(lang, comp, for_machine, env).items(): self.optstore.add_compiler_option(lang, gopt_key, gopt_valobj) def process_compiler_options(self, lang: str, comp: Compiler, env: Environment, subproject: str) -> None: self.add_compiler_options(comp.get_options(), lang, comp.for_machine, env, subproject) for key in comp.base_options: if subproject: skey = key.evolve(subproject=subproject) else: skey = key if skey not in self.optstore: self.optstore.add_system_option(skey, copy.deepcopy(options.COMPILER_BASE_OPTIONS[key])) self.emit_base_options_warnings() def emit_base_options_warnings(self) -> None: bcodekey = OptionKey('b_bitcode') if bcodekey in self.optstore and self.optstore.get_value(bcodekey): msg = textwrap.dedent('''Base option 'b_bitcode' is enabled, which is incompatible with many linker options. Incompatible options such as \'b_asneeded\' have been disabled.' Please see https://mesonbuild.com/Builtin-options.html#Notes_about_Apple_Bitcode_support for more details.''') mlog.warning(msg, once=True, fatal=False) def get_cmd_line_file(build_dir: str) -> str: return os.path.join(build_dir, 'meson-private', 'cmd_line.txt') def read_cmd_line_file(build_dir: str, options: SharedCMDOptions) -> None: filename = get_cmd_line_file(build_dir) if not os.path.isfile(filename): return config = CmdLineFileParser() config.read(filename) # Do a copy because config is not really a dict. options.cmd_line_options # overrides values from the file. d = {OptionKey.from_string(k): v for k, v in config['options'].items()} d.update(options.cmd_line_options) options.cmd_line_options = d properties = config['properties'] if not options.cross_file: options.cross_file = ast.literal_eval(properties.get('cross_file', '[]')) if not options.native_file: # This will be a string in the form: "['first', 'second', ...]", use # literal_eval to get it into the list of strings. options.native_file = ast.literal_eval(properties.get('native_file', '[]')) def write_cmd_line_file(build_dir: str, options: SharedCMDOptions) -> None: filename = get_cmd_line_file(build_dir) config = CmdLineFileParser() properties: OrderedDict[str, str] = OrderedDict() if options.cross_file: properties['cross_file'] = options.cross_file if options.native_file: properties['native_file'] = options.native_file config['options'] = {str(k): str(v) for k, v in options.cmd_line_options.items()} config['properties'] = properties with open(filename, 'w', encoding='utf-8') as f: config.write(f) def update_cmd_line_file(build_dir: str, options: SharedCMDOptions) -> None: filename = get_cmd_line_file(build_dir) config = CmdLineFileParser() config.read(filename) config['options'].update({str(k): str(v) for k, v in options.cmd_line_options.items()}) with open(filename, 'w', encoding='utf-8') as f: config.write(f) def format_cmd_line_options(options: SharedCMDOptions) -> str: cmdline = ['-D{}={}'.format(str(k), v) for k, v in options.cmd_line_options.items()] if options.cross_file: cmdline += [f'--cross-file={f}' for f in options.cross_file] if options.native_file: cmdline += [f'--native-file={f}' for f in options.native_file] return ' '.join([shlex.quote(x) for x in cmdline]) def major_versions_differ(v1: str, v2: str) -> bool: v1_major, v1_minor = v1.rsplit('.', 1) v2_major, v2_minor = v2.rsplit('.', 1) # Major version differ, or one is development version but not the other. return v1_major != v2_major or ('99' in {v1_minor, v2_minor} and v1_minor != v2_minor) def load(build_dir: str, suggest_reconfigure: bool = True) -> CoreData: filename = os.path.join(build_dir, 'meson-private', 'coredata.dat') return pickle_load(filename, 'Coredata', CoreData, suggest_reconfigure) def save(obj: CoreData, build_dir: str) -> str: filename = os.path.join(build_dir, 'meson-private', 'coredata.dat') prev_filename = filename + '.prev' tempfilename = filename + '~' if major_versions_differ(obj.version, version): raise MesonException('Fatal version mismatch corruption.') if os.path.exists(filename): import shutil shutil.copyfile(filename, prev_filename) with open(tempfilename, 'wb') as f: pickle.dump(obj, f) f.flush() os.fsync(f.fileno()) os.replace(tempfilename, filename) return filename def register_builtin_arguments(parser: argparse.ArgumentParser) -> None: for n, b in options.BUILTIN_OPTIONS.items(): options.option_to_argparse(b, n, parser, '') for n, b in options.BUILTIN_OPTIONS_PER_MACHINE.items(): options.option_to_argparse(b, n, parser, ' (just for host machine)') options.option_to_argparse(b, n.as_build(), parser, ' (just for build machine)') parser.add_argument('-D', action='append', dest='projectoptions', default=[], metavar="option", help='Set the value of an option, can be used several times to set multiple options.') def create_options_dict(options: T.List[str], subproject: str = '') -> T.Dict[str, str]: result: T.OrderedDict[OptionKey, str] = OrderedDict() for o in options: try: (key, value) = o.split('=', 1) except ValueError: raise MesonException(f'Option {o!r} must have a value separated by equals sign.') result[key] = value return result def parse_cmd_line_options(args: SharedCMDOptions) -> None: args.cmd_line_options = create_options_dict(args.projectoptions) # Merge builtin options set with --option into the dict. for key in chain( options.BUILTIN_OPTIONS.keys(), (k.as_build() for k in options.BUILTIN_OPTIONS_PER_MACHINE.keys()), options.BUILTIN_OPTIONS_PER_MACHINE.keys(), ): name = str(key) value = getattr(args, name, None) if value is not None: if key in args.cmd_line_options: cmdline_name = options.argparse_name_to_arg(name) raise MesonException( f'Got argument {name} as both -D{name} and {cmdline_name}. Pick one.') args.cmd_line_options[key.name] = value delattr(args, name) FORBIDDEN_TARGET_NAMES = frozenset({ 'clean', 'clean-ctlist', 'clean-gcno', 'clean-gcda', 'coverage', 'coverage-text', 'coverage-xml', 'coverage-html', 'phony', 'PHONY', 'all', 'test', 'benchmark', 'install', 'uninstall', 'build.ninja', 'scan-build', 'reconfigure', 'dist', 'distcheck', })