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build-script
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#!/usr/bin/env python
# utils/build-script - The ultimate tool for building Swift -*- python -*-
#
# This source file is part of the Swift.org open source project
#
# Copyright (c) 2014 - 2017 Apple Inc. and the Swift project authors
# Licensed under Apache License v2.0 with Runtime Library Exception
#
# See https://swift.org/LICENSE.txt for license information
# See https://swift.org/CONTRIBUTORS.txt for the list of Swift project authors
from __future__ import print_function
import argparse
import os
import pipes
import platform
import sys
import time
from build_swift import defaults
from build_swift import driver_arguments
from build_swift import presets
from build_swift.migration import migrate_swift_sdks
from swift_build_support.swift_build_support import (
arguments,
debug,
diagnostics,
migration,
products,
shell,
tar,
targets,
workspace
)
from swift_build_support.swift_build_support.SwiftBuildSupport import (
HOME,
SWIFT_BUILD_ROOT,
SWIFT_REPO_NAME,
SWIFT_SOURCE_ROOT,
)
from swift_build_support.swift_build_support.cmake import CMake
from swift_build_support.swift_build_support.targets import \
StdlibDeploymentTarget
from swift_build_support.swift_build_support.toolchain import host_toolchain
build_script_impl = os.path.join(
SWIFT_SOURCE_ROOT, SWIFT_REPO_NAME, "utils", "build-script-impl")
def exit_rejecting_arguments(message, parser=None):
print(message, file=sys.stderr)
if parser:
parser.print_usage(sys.stderr)
sys.exit(2) # 2 is the same as `argparse` error exit code.
class HostSpecificConfiguration(object):
"""Configuration information for an individual host."""
def __init__(self, host_target, args):
"""Initialize for the given `host_target`."""
# Compute the set of deployment targets to configure/build.
if host_target == args.host_target:
# This host is the user's desired product, so honor the requested
# set of targets to configure/build.
stdlib_targets_to_configure = args.stdlib_deployment_targets
if "all" in args.build_stdlib_deployment_targets:
stdlib_targets_to_build = set(stdlib_targets_to_configure)
else:
stdlib_targets_to_build = set(
args.build_stdlib_deployment_targets).intersection(
set(args.stdlib_deployment_targets))
else:
# Otherwise, this is a host we are building as part of
# cross-compiling, so we only need the target itself.
stdlib_targets_to_configure = [host_target]
stdlib_targets_to_build = set(stdlib_targets_to_configure)
# Compute derived information from the arguments.
#
# FIXME: We should move the platform-derived arguments to be entirely
# data driven, so that we can eliminate this code duplication and just
# iterate over all supported platforms.
platforms_to_skip_build = self.__platforms_to_skip_build(args)
platforms_to_skip_test = self.__platforms_to_skip_test(args)
platforms_archs_to_skip_test = \
self.__platforms_archs_to_skip_test(args)
platforms_to_skip_test_host = self.__platforms_to_skip_test_host(args)
# Compute the lists of **CMake** targets for each use case (configure
# vs. build vs. run) and the SDKs to configure with.
self.sdks_to_configure = set()
self.swift_stdlib_build_targets = []
self.swift_test_run_targets = []
self.swift_benchmark_build_targets = []
self.swift_benchmark_run_targets = []
for deployment_target_name in stdlib_targets_to_configure:
# Get the target object.
deployment_target = StdlibDeploymentTarget.get_target_for_name(
deployment_target_name)
if deployment_target is None:
diagnostics.fatal("unknown target: %r" % (
deployment_target_name,))
# Add the SDK to use.
deployment_platform = deployment_target.platform
self.sdks_to_configure.add(deployment_platform.sdk_name)
# If we aren't actually building this target (only configuring
# it), do nothing else.
if deployment_target_name not in stdlib_targets_to_build:
continue
# Compute which actions are desired.
build = (
deployment_platform not in platforms_to_skip_build)
test = (
deployment_platform not in platforms_to_skip_test)
test_host_only = None
dt_supports_benchmark = deployment_target.supports_benchmark
build_benchmarks = build and dt_supports_benchmark
build_external_benchmarks = all([build, dt_supports_benchmark,
args.build_external_benchmarks])
# FIXME: Note, `build-script-impl` computed a property here
# w.r.t. testing, but it was actually unused.
# For platforms which normally require a connected device to
# test, the default behavior is to run tests that only require
# the host (i.e., they do not attempt to execute).
if deployment_platform.uses_host_tests and \
deployment_platform not in \
platforms_to_skip_test_host:
test_host_only = True
name = deployment_target.name
for skip_test_arch in platforms_archs_to_skip_test:
if deployment_target.name == skip_test_arch.name:
test = False
if build:
# Validation, long, and stress tests require building the full
# standard library, whereas the other targets can build a
# slightly smaller subset which is faster to build.
if args.build_swift_stdlib_unittest_extra or \
args.validation_test or args.long_test or \
args.stress_test:
self.swift_stdlib_build_targets.append(
"swift-stdlib-" + name)
else:
self.swift_stdlib_build_targets.append(
"swift-test-stdlib-" + name)
if build_benchmarks:
self.swift_benchmark_build_targets.append(
"swift-benchmark-" + name)
if args.benchmark:
self.swift_benchmark_run_targets.append(
"check-swift-benchmark-" + name)
if build_external_benchmarks:
# Add support for the external benchmarks.
self.swift_benchmark_build_targets.append(
"swift-benchmark-{}-external".format(name))
if args.benchmark:
self.swift_benchmark_run_targets.append(
"check-swift-benchmark-{}-external".format(name))
if test:
if test_host_only:
suffix = "-only_non_executable"
else:
suffix = ""
subset_suffix = ""
if args.validation_test and args.long_test and \
args.stress_test:
subset_suffix = "-all"
elif args.validation_test:
subset_suffix = "-validation"
elif args.long_test:
subset_suffix = "-only_long"
elif args.stress_test:
subset_suffix = "-only_stress"
else:
subset_suffix = ""
self.swift_test_run_targets.append("check-swift{}{}-{}".format(
subset_suffix, suffix, name))
if args.test_optimized and not test_host_only:
self.swift_test_run_targets.append(
"check-swift{}-optimize-{}".format(
subset_suffix, name))
if args.test_optimize_for_size and not test_host_only:
self.swift_test_run_targets.append(
"check-swift{}-optimize_size-{}".format(
subset_suffix, name))
if args.test_optimize_none_implicit_dynamic and \
not test_host_only:
self.swift_test_run_targets.append(
"check-swift{}-optimize_none_implicit_dynamic-{}"
.format(subset_suffix, name))
def __platforms_to_skip_build(self, args):
platforms_to_skip_build = set()
if not args.build_linux:
platforms_to_skip_build.add(StdlibDeploymentTarget.Linux)
if not args.build_freebsd:
platforms_to_skip_build.add(StdlibDeploymentTarget.FreeBSD)
if not args.build_cygwin:
platforms_to_skip_build.add(StdlibDeploymentTarget.Cygwin)
if not args.build_osx:
platforms_to_skip_build.add(StdlibDeploymentTarget.OSX)
if not args.build_ios_device:
platforms_to_skip_build.add(StdlibDeploymentTarget.iOS)
if not args.build_ios_simulator:
platforms_to_skip_build.add(StdlibDeploymentTarget.iOSSimulator)
if not args.build_tvos_device:
platforms_to_skip_build.add(StdlibDeploymentTarget.AppleTV)
if not args.build_tvos_simulator:
platforms_to_skip_build.add(
StdlibDeploymentTarget.AppleTVSimulator)
if not args.build_watchos_device:
platforms_to_skip_build.add(StdlibDeploymentTarget.AppleWatch)
if not args.build_watchos_simulator:
platforms_to_skip_build.add(
StdlibDeploymentTarget.AppleWatchSimulator)
if not args.build_android:
platforms_to_skip_build.add(StdlibDeploymentTarget.Android)
return platforms_to_skip_build
def __platforms_to_skip_test(self, args):
platforms_to_skip_test = set()
if not args.test_linux:
platforms_to_skip_test.add(StdlibDeploymentTarget.Linux)
if not args.test_freebsd:
platforms_to_skip_test.add(StdlibDeploymentTarget.FreeBSD)
if not args.test_cygwin:
platforms_to_skip_test.add(StdlibDeploymentTarget.Cygwin)
if not args.test_osx:
platforms_to_skip_test.add(StdlibDeploymentTarget.OSX)
if not args.test_ios_host:
platforms_to_skip_test.add(StdlibDeploymentTarget.iOS)
else:
exit_rejecting_arguments("error: iOS device tests are not " +
"supported in open-source Swift.")
if not args.test_ios_simulator:
platforms_to_skip_test.add(StdlibDeploymentTarget.iOSSimulator)
if not args.test_tvos_host:
platforms_to_skip_test.add(StdlibDeploymentTarget.AppleTV)
else:
exit_rejecting_arguments("error: tvOS device tests are not " +
"supported in open-source Swift.")
if not args.test_tvos_simulator:
platforms_to_skip_test.add(StdlibDeploymentTarget.AppleTVSimulator)
if not args.test_watchos_host:
platforms_to_skip_test.add(StdlibDeploymentTarget.AppleWatch)
else:
exit_rejecting_arguments("error: watchOS device tests are not " +
"supported in open-source Swift.")
if not args.test_watchos_simulator:
platforms_to_skip_test.add(
StdlibDeploymentTarget.AppleWatchSimulator)
if not args.test_android:
platforms_to_skip_test.add(StdlibDeploymentTarget.Android)
return platforms_to_skip_test
def __platforms_archs_to_skip_test(self, args):
platforms_archs_to_skip_test = set()
if not args.test_ios_32bit_simulator:
platforms_archs_to_skip_test.add(
StdlibDeploymentTarget.iOSSimulator.i386)
return platforms_archs_to_skip_test
def __platforms_to_skip_test_host(self, args):
platforms_to_skip_test_host = set()
if not args.test_android_host:
platforms_to_skip_test_host.add(StdlibDeploymentTarget.Android)
if not args.test_ios_host:
platforms_to_skip_test_host.add(StdlibDeploymentTarget.iOS)
if not args.test_tvos_host:
platforms_to_skip_test_host.add(StdlibDeploymentTarget.AppleTV)
if not args.test_watchos_host:
platforms_to_skip_test_host.add(StdlibDeploymentTarget.AppleWatch)
return platforms_to_skip_test_host
class BuildScriptInvocation(object):
"""Represent a single build script invocation."""
@staticmethod
def validate_arguments(toolchain, args):
if toolchain.cc is None or toolchain.cxx is None:
diagnostics.fatal(
"can't find clang (please install clang-3.5 or a "
"later version)")
if toolchain.cmake is None:
diagnostics.fatal("can't find CMake (please install CMake)")
if args.distcc:
if toolchain.distcc is None:
diagnostics.fatal(
"can't find distcc (please install distcc)")
if toolchain.distcc_pump is None:
diagnostics.fatal(
"can't find distcc-pump (please install distcc-pump)")
if args.host_target is None or args.stdlib_deployment_targets is None:
diagnostics.fatal("unknown operating system")
if args.symbols_package:
if not os.path.isabs(args.symbols_package):
print(
'--symbols-package must be an absolute path '
'(was \'{}\')'.format(args.symbols_package))
return 1
if not args.install_symroot:
diagnostics.fatal(
"--install-symroot is required when specifying "
"--symbols-package.")
if args.android:
if args.android_ndk is None or \
args.android_api_level is None or \
args.android_icu_uc is None or \
args.android_icu_uc_include is None or \
args.android_icu_i18n is None or \
args.android_icu_i18n_include is None or \
args.android_icu_data is None:
diagnostics.fatal(
"when building for Android, --android-ndk, "
"--android-api-level, --android-icu-uc, "
"--android-icu-uc-include, --android-icu-i18n, "
"--android-icu-i18n-include, and --android-icu-data "
"must be specified")
targets_needing_toolchain = [
'build_indexstoredb',
'build_sourcekitlsp',
'build_toolchainbenchmarks',
'tsan_libdispatch_test',
]
has_target_needing_toolchain = \
bool(sum(getattr(args, x) for x in targets_needing_toolchain))
if args.legacy_impl and has_target_needing_toolchain:
diagnostics.fatal(
"--legacy-impl is incompatible with building packages needing "
"a toolchain (%s)" % ", ".join(targets_needing_toolchain))
@staticmethod
def apply_default_arguments(toolchain, args):
# Infer if ninja is required
ninja_required = (
args.cmake_generator == 'Ninja' or args.build_foundation)
if ninja_required and toolchain.ninja is None:
args.build_ninja = True
# Set the default stdlib-deployment-targets, if none were provided.
if args.stdlib_deployment_targets is None:
stdlib_targets = \
StdlibDeploymentTarget.default_stdlib_deployment_targets()
args.stdlib_deployment_targets = [
target.name for target in stdlib_targets]
# SwiftPM and XCTest have a dependency on Foundation.
# On OS X, Foundation is built automatically using xcodebuild.
# On Linux, we must ensure that it is built manually.
if ((args.build_swiftpm or args.build_xctest) and
platform.system() != "Darwin"):
args.build_foundation = True
# Foundation has a dependency on libdispatch.
# On OS X, libdispatch is provided by the OS.
# On Linux, we must ensure that it is built manually.
if (args.build_foundation and
platform.system() != "Darwin"):
args.build_libdispatch = True
if args.build_subdir is None:
args.build_subdir = \
workspace.compute_build_subdir(args)
if args.install_destdir is None:
args.install_destdir = os.path.join(
SWIFT_BUILD_ROOT, args.build_subdir,
'{}-{}'.format('toolchain', args.host_target))
# Add optional stdlib-deployment-targets
if args.android:
if args.android_arch == "armv7":
args.stdlib_deployment_targets.append(
StdlibDeploymentTarget.Android.armv7.name)
elif args.android_arch == "aarch64":
args.stdlib_deployment_targets.append(
StdlibDeploymentTarget.Android.aarch64.name)
# Infer platform flags from manually-specified configure targets.
# This doesn't apply to Darwin platforms, as they are
# already configured. No building without the platform flag, though.
android_tgts = [tgt for tgt in args.stdlib_deployment_targets
if StdlibDeploymentTarget.Android.contains(tgt)]
if not args.android and len(android_tgts) > 0:
args.android = True
args.build_android = False
# ---
def __init__(self, toolchain, args):
self.toolchain = toolchain
self.args = args
self.workspace = workspace.Workspace(
source_root=SWIFT_SOURCE_ROOT,
build_root=os.path.join(SWIFT_BUILD_ROOT, args.build_subdir))
self.build_libparser_only = args.build_libparser_only
def initialize_runtime_environment(self):
"""Change the program environment for building."""
# Set an appropriate default umask.
os.umask(0o022)
# Unset environment variables that might affect how tools behave.
for v in [
'MAKEFLAGS',
'SDKROOT',
'MACOSX_DEPLOYMENT_TARGET',
'IPHONEOS_DEPLOYMENT_TARGET',
'TVOS_DEPLOYMENT_TARGET',
'WATCHOS_DEPLOYMENT_TARGET']:
os.environ.pop(v, None)
# Set NINJA_STATUS to format ninja output
os.environ['NINJA_STATUS'] = '[%f/%t][%p][%es] '
def build_ninja(self):
if not os.path.exists(self.workspace.source_dir("ninja")):
diagnostics.fatal(
"can't find source directory for ninja "
"(tried %s)" % (self.workspace.source_dir("ninja")))
ninja_build = products.Ninja.new_builder(
args=self.args,
toolchain=self.toolchain,
workspace=self.workspace,
host=StdlibDeploymentTarget.get_target_for_name(
self.args.host_target))
ninja_build.build()
self.toolchain.ninja = ninja_build.ninja_bin_path
def convert_to_impl_arguments(self):
"""convert_to_impl_arguments() -> (env, args)
Convert the invocation to an environment and list of arguments suitable
for invoking `build-script-impl`.
"""
# Create local shadows, for convenience.
args = self.args
toolchain = self.toolchain
cmake = CMake(args=args,
toolchain=self.toolchain)
impl_args = [
"--workspace", self.workspace.source_root,
"--build-dir", self.workspace.build_root,
"--install-prefix", args.install_prefix,
"--host-target", args.host_target,
"--stdlib-deployment-targets",
" ".join(args.stdlib_deployment_targets),
"--host-cc", toolchain.cc,
"--host-cxx", toolchain.cxx,
"--darwin-xcrun-toolchain", args.darwin_xcrun_toolchain,
"--darwin-deployment-version-osx=%s" % (
args.darwin_deployment_version_osx),
"--darwin-deployment-version-ios=%s" % (
args.darwin_deployment_version_ios),
"--darwin-deployment-version-tvos=%s" % (
args.darwin_deployment_version_tvos),
"--darwin-deployment-version-watchos=%s" % (
args.darwin_deployment_version_watchos),
"--cmake", toolchain.cmake,
"--cmark-build-type", args.cmark_build_variant,
"--llvm-build-type", args.llvm_build_variant,
"--swift-build-type", args.swift_build_variant,
"--swift-stdlib-build-type", args.swift_stdlib_build_variant,
"--lldb-build-type", args.lldb_build_variant,
"--lldb-build-with-xcode", args.lldb_build_with_xcode,
"--foundation-build-type", args.foundation_build_variant,
"--libdispatch-build-type", args.libdispatch_build_variant,
"--libicu-build-type", args.libicu_build_variant,
"--xctest-build-type", args.build_variant,
"--swiftpm-build-type", args.build_variant,
"--swiftsyntax-build-type", args.build_variant,
"--skstresstester-build-type", args.build_variant,
"--swiftevolve-build-type", args.build_variant,
"--llbuild-build-type", args.build_variant,
"--swift-enable-assertions", str(args.swift_assertions).lower(),
"--swift-stdlib-enable-assertions", str(
args.swift_stdlib_assertions).lower(),
"--swift-analyze-code-coverage", str(
args.swift_analyze_code_coverage).lower(),
"--llbuild-enable-assertions", str(
args.llbuild_assertions).lower(),
"--lldb-assertions", str(
args.lldb_assertions).lower(),
"--cmake-generator", args.cmake_generator,
"--build-jobs", str(args.build_jobs),
"--common-cmake-options=%s" % ' '.join(
pipes.quote(opt) for opt in cmake.common_options()),
"--build-args=%s" % ' '.join(
pipes.quote(arg) for arg in cmake.build_args()),
]
# Compute any product specific cmake arguments.
for product_class in self.compute_product_classes():
if not product_class.is_build_script_impl_product():
continue
product_name = product_class.product_name()
product_source_name = product_class.product_source_name()
source_dir = self.workspace.source_dir(product_source_name)
if not os.path.exists(source_dir):
diagnostics.fatal(
"can't find source directory for %s "
"(tried %s)" % (product_name, source_dir))
product = product_class(
args=args,
toolchain=self.toolchain,
source_dir=source_dir,
# FIXME: This is incorrect since it always assumes the host
# target I think?
build_dir=self.workspace.build_dir(
args.host_target, product_name))
cmake_opts = product.cmake_options
# FIXME: We should be using pipes.quote here but we run into issues
# with build-script-impl/cmake not being happy with all of the
# extra "'" in the strings. To fix this easily, we really need to
# just invoke cmake from build-script directly rather than futzing
# with build-script-impl. This makes even more sense since there
# really isn't a security issue here.
if cmake_opts:
impl_args += [
"--{}-cmake-options={}".format(
product_name, ' '.join(cmake_opts))
]
if args.build_stdlib_deployment_targets:
impl_args += [
"--build-stdlib-deployment-targets", " ".join(
args.build_stdlib_deployment_targets)]
if args.cross_compile_hosts:
impl_args += [
"--cross-compile-hosts", " ".join(args.cross_compile_hosts)]
if args.test_paths:
impl_args += ["--test-paths", " ".join(args.test_paths)]
if toolchain.ninja:
impl_args += ["--ninja-bin=%s" % toolchain.ninja]
if args.distcc:
impl_args += [
"--distcc",
"--distcc-pump=%s" % toolchain.distcc_pump
]
# *NOTE* We use normal cmake to pass through tsan/ubsan options. We do
# NOT pass them to build-script-impl.
if args.enable_asan:
impl_args += ["--enable-asan"]
# If we are on linux, disable leak detection when running ASAN. We
# have a separate bot that checks for leaks.
if platform.system() == 'Linux':
os.environ['ASAN_OPTIONS'] = 'detect_leaks=0'
if args.enable_ubsan:
impl_args += ["--enable-ubsan"]
# If we have lsan, we need to export our suppression list. The actual
# passing in of the LSAN flag is done via the normal cmake method. We
# do not pass the flag to build-script-impl.
if args.enable_lsan:
supp_file = os.path.join(SWIFT_SOURCE_ROOT, SWIFT_REPO_NAME,
"utils",
"lsan_leaks_suppression_list.txt")
os.environ['LSAN_OPTIONS'] = 'suppressions={}'.format(supp_file)
if args.verbose_build:
impl_args += ["--verbose-build"]
if args.install_symroot:
impl_args += [
"--install-symroot", os.path.abspath(args.install_symroot)
]
if args.install_destdir:
impl_args += [
"--install-destdir", os.path.abspath(args.install_destdir)
]
if args.skip_build:
impl_args += ["--skip-build-cmark",
"--skip-build-llvm",
"--skip-build-swift"]
if not args.build_benchmarks:
impl_args += ["--skip-build-benchmarks"]
# Currently we do not build external benchmarks by default.
if args.build_external_benchmarks:
impl_args += ["--skip-build-external-benchmarks=0"]
if not args.build_foundation:
impl_args += ["--skip-build-foundation"]
if not args.build_xctest:
impl_args += ["--skip-build-xctest"]
if not args.build_lldb:
impl_args += ["--skip-build-lldb"]
if not args.build_llbuild:
impl_args += ["--skip-build-llbuild"]
if not args.build_libcxx:
impl_args += ["--skip-build-libcxx"]
if not args.build_libdispatch:
impl_args += ["--skip-build-libdispatch"]
if not args.build_libicu:
impl_args += ["--skip-build-libicu"]
if not args.build_swiftpm:
impl_args += ["--skip-build-swiftpm"]
if not args.build_swiftsyntax:
impl_args += ["--skip-build-swiftsyntax"]
if not args.build_skstresstester:
impl_args += ["--skip-build-skstresstester"]
if not args.build_swiftevolve:
impl_args += ["--skip-build-swiftevolve"]
if not args.build_playgroundsupport:
impl_args += ["--skip-build-playgroundsupport"]
if args.build_swift_dynamic_stdlib:
impl_args += ["--build-swift-dynamic-stdlib"]
if args.build_swift_static_stdlib:
impl_args += ["--build-swift-static-stdlib"]
if args.build_swift_stdlib_unittest_extra:
impl_args += ["--build-swift-stdlib-unittest-extra"]
if args.build_swift_dynamic_sdk_overlay:
impl_args += ["--build-swift-dynamic-sdk-overlay"]
if args.build_swift_static_sdk_overlay:
impl_args += ["--build-swift-static-sdk-overlay"]
if not args.build_linux:
impl_args += ["--skip-build-linux"]
if not args.build_freebsd:
impl_args += ["--skip-build-freebsd"]
if not args.build_cygwin:
impl_args += ["--skip-build-cygwin"]
if not args.build_osx:
impl_args += ["--skip-build-osx"]
if not args.build_ios_device:
impl_args += ["--skip-build-ios-device"]
if not args.build_ios_simulator:
impl_args += ["--skip-build-ios-simulator"]
if not args.build_tvos_device:
impl_args += ["--skip-build-tvos-device"]
if not args.build_tvos_simulator:
impl_args += ["--skip-build-tvos-simulator"]
if not args.build_watchos_device:
impl_args += ["--skip-build-watchos-device"]
if not args.build_watchos_simulator:
impl_args += ["--skip-build-watchos-simulator"]
if not args.build_android:
impl_args += ["--skip-build-android"]
if not args.test and not args.long_test and not args.stress_test:
impl_args += ["--skip-test-swift"]
if not args.test:
impl_args += ["--skip-test-cmark",
"--skip-test-lldb",
"--skip-test-llbuild",
"--skip-test-swiftpm",
"--skip-test-swiftsyntax",
"--skip-test-skstresstester",
"--skip-test-swiftevolve",
"--skip-test-xctest",
"--skip-test-foundation",
"--skip-test-libdispatch",
"--skip-test-libicu",
"--skip-test-playgroundsupport"]
if not args.test_linux:
impl_args += ["--skip-test-linux"]
if not args.test_freebsd:
impl_args += ["--skip-test-freebsd"]
if not args.test_cygwin:
impl_args += ["--skip-test-cygwin"]
if not args.test_osx:
impl_args += ["--skip-test-osx"]
if not args.test_ios_host:
impl_args += ["--skip-test-ios-host"]
if not args.test_ios_simulator:
impl_args += ["--skip-test-ios-simulator"]
if not args.test_ios_32bit_simulator:
impl_args += ["--skip-test-ios-32bit-simulator"]
if not args.test_tvos_host:
impl_args += ["--skip-test-tvos-host"]
if not args.test_tvos_simulator:
impl_args += ["--skip-test-tvos-simulator"]
if not args.test_watchos_host:
impl_args += ["--skip-test-watchos-host"]
if not args.test_watchos_simulator:
impl_args += ["--skip-test-watchos-simulator"]
if not args.test_android:
impl_args += ["--skip-test-android"]
if not args.test_android_host:
impl_args += ["--skip-test-android-host"]
if args.build_runtime_with_host_compiler:
impl_args += ["--build-runtime-with-host-compiler"]
if args.validation_test:
impl_args += ["--validation-test"]
if args.long_test:
impl_args += ["--long-test"]
if args.stress_test:
impl_args += ["--stress-test"]
if not args.benchmark:
impl_args += ["--skip-test-benchmarks"]
if not args.test_optimized:
impl_args += ["--skip-test-optimized"]
if not args.test_optimize_for_size:
impl_args += ["--skip-test-optimize-for-size"]
if not args.test_optimize_none_implicit_dynamic:
impl_args += ["--skip-test-optimize-none-implicit-dynamic"]
if args.build_libparser_only:
impl_args += ["--build-libparser-only"]
if args.android:
impl_args += [
"--android-arch", args.android_arch,
"--android-ndk", args.android_ndk,
"--android-api-level", args.android_api_level,
"--android-ndk-gcc-version", args.android_ndk_gcc_version,
"--android-icu-uc", args.android_icu_uc,
"--android-icu-uc-include", args.android_icu_uc_include,
"--android-icu-i18n", args.android_icu_i18n,
"--android-icu-i18n-include", args.android_icu_i18n_include,
"--android-icu-data", args.android_icu_data,
]
if args.android_deploy_device_path:
impl_args += [
"--android-deploy-device-path",
args.android_deploy_device_path,
]
if platform.system() == 'Darwin':
impl_args += [
"--toolchain-prefix",
targets.darwin_toolchain_prefix(
args.install_prefix),
"--host-lipo", toolchain.lipo,
]
if toolchain.libtool is not None:
impl_args += [
"--host-libtool", toolchain.libtool,
]
# If we have extra_swift_args, combine all of them together and then
# add them as one command.
if args.extra_swift_args:
impl_args += [
"--extra-swift-args=%s" % ';'.join(args.extra_swift_args)
]
# If we have extra_cmake_options, combine all of them together and then
# add them as one command.
if args.extra_cmake_options:
impl_args += [
"--extra-cmake-options=%s" % ' '.join(
pipes.quote(opt) for opt in args.extra_cmake_options)
]
if args.lto_type is not None:
impl_args += [
"--llvm-enable-lto=%s" % args.lto_type,
"--swift-tools-enable-lto=%s" % args.lto_type
]
if args.llvm_max_parallel_lto_link_jobs is not None:
impl_args += [
"--llvm-num-parallel-lto-link-jobs=%s" %
min(args.llvm_max_parallel_lto_link_jobs, args.build_jobs)
]
if args.swift_tools_max_parallel_lto_link_jobs is not None:
impl_args += [
"--swift-tools-num-parallel-lto-link-jobs=%s" %
min(args.swift_tools_max_parallel_lto_link_jobs,
args.build_jobs)
]
impl_args += args.build_script_impl_args
if args.dry_run:
impl_args += ["--dry-run"]
if args.clang_profile_instr_use:
impl_args += [
"--clang-profile-instr-use=%s" %
os.path.abspath(args.clang_profile_instr_use)
]
if args.lit_args:
impl_args += ["--llvm-lit-args=%s" % args.lit_args]
if args.coverage_db:
impl_args += [
"--coverage-db=%s" %
os.path.abspath(args.coverage_db)
]
# Compute the set of host-specific variables, which we pass through to
# the build script via environment variables.
host_specific_variables = self.compute_host_specific_variables()
impl_env = {}
for (host_target, options) in host_specific_variables.items():
for (name, value) in options.items():
# We mangle into an environment variable we can easily evaluate
# from the `build-script-impl`.
impl_env["HOST_VARIABLE_{}__{}".format(
host_target.replace("-", "_"), name)] = value
return (impl_env, impl_args)
def compute_host_specific_variables(self):
"""compute_host_specific_variables(args) -> dict
Compute the host-specific options, organized as a dictionary keyed by
host of options.
"""
args = self.args
options = {}
for host_target in [args.host_target] + args.cross_compile_hosts:
# Compute the host specific configuration.
config = HostSpecificConfiguration(host_target, args)
# Convert into `build-script-impl` style variables.
options[host_target] = {
"SWIFT_SDKS": " ".join(sorted(
config.sdks_to_configure)),
"SWIFT_STDLIB_TARGETS": " ".join(
config.swift_stdlib_build_targets),
"SWIFT_BENCHMARK_TARGETS": " ".join(
config.swift_benchmark_build_targets),
"SWIFT_RUN_BENCHMARK_TARGETS": " ".join(
config.swift_benchmark_run_targets),
"SWIFT_TEST_TARGETS": " ".join(
config.swift_test_run_targets),
}
return options
def compute_product_classes(self):
"""compute_product_classes() -> list
Compute the list of all Product classes used in this build. This list
is constructed in dependency order.
"""
# FIXME: This is a weird division (returning a list of class objects),
# but it matches the existing structure of the `build-script-impl`.
product_classes = []
product_classes.append(products.CMark)
product_classes.append(products.LLVM)
if self.args.build_libcxx:
product_classes.append(products.LibCXX)
if self.args.build_libicu:
product_classes.append(products.LibICU)
product_classes.append(products.Swift)
if self.args.build_lldb:
product_classes.append(products.LLDB)
if self.args.build_libdispatch:
product_classes.append(products.LibDispatch)
if self.args.build_foundation:
product_classes.append(products.Foundation)
if self.args.build_xctest:
product_classes.append(products.XCTest)
if self.args.build_llbuild:
product_classes.append(products.LLBuild)
if self.args.build_swiftpm:
product_classes.append(products.SwiftPM)
if self.args.build_swiftsyntax:
product_classes.append(products.SwiftSyntax)
if self.args.build_skstresstester:
product_classes.append(products.SKStressTester)
if self.args.build_swiftevolve:
product_classes.append(products.SwiftEvolve)
if self.args.build_indexstoredb:
product_classes.append(products.IndexStoreDB)
if self.args.build_sourcekitlsp:
product_classes.append(products.SourceKitLSP)
if self.args.build_toolchainbenchmarks:
product_classes.append(products.Benchmarks)
if self.args.tsan_libdispatch_test:
product_classes.append(products.TSanLibDispatch)
return product_classes
def execute(self):
"""Execute the invocation with the configured arguments."""
# Convert to a build-script-impl invocation.
(self.impl_env, self.impl_args) = self.convert_to_impl_arguments()
# If using the legacy implementation, delegate all behavior to
# `build-script-impl`.
if self.args.legacy_impl:
# Execute the underlying build script implementation.
shell.call_without_sleeping([build_script_impl] + self.impl_args,
env=self.impl_env, echo=True)
return
# Otherwise, we compute and execute the individual actions ourselves.
# Compute the list of hosts to operate on.
all_host_names = [
self.args.host_target] + self.args.cross_compile_hosts
all_hosts = [StdlibDeploymentTarget.get_target_for_name(name)
for name in all_host_names]
# Compute the list of product classes to operate on.
#
# FIXME: This should really be per-host, but the current structure
# matches that of `build-script-impl`.
product_classes = self.compute_product_classes()
impl_product_classes = [cls for cls in product_classes
if cls.is_build_script_impl_product()]
# Execute each "pass".
# Build...
for host_target in all_hosts:
# FIXME: We should only compute these once.
config = HostSpecificConfiguration(host_target.name, self.args)
print("Building the standard library for: {}".format(
" ".join(config.swift_stdlib_build_targets)))
if config.swift_test_run_targets and (
self.args.test or self.args.long_test):
print("Running Swift tests for: {}".format(
" ".join(config.swift_test_run_targets)))
if config.swift_benchmark_run_targets and self.args.benchmark:
print("Running Swift benchmarks for: {}".format(
" ".join(config.swift_benchmark_run_targets)))
for product_class in impl_product_classes:
self._execute_build_action(host_target, product_class)
# Test...
for host_target in all_hosts:
for product_class in impl_product_classes:
self._execute_test_action(host_target, product_class)
# Install...
for host_target in all_hosts:
for product_class in impl_product_classes:
self._execute_install_action(host_target, product_class)
# Non-build-script-impl products...
# Note: currently only supports building for the host.
for host_target in [self.args.host_target]:
for product_class in product_classes:
if product_class.is_build_script_impl_product():
continue
product_source = product_class.product_source_name()
product_name = product_class.product_name()
product = product_class(
args=self.args,
toolchain=self.toolchain,
source_dir=self.workspace.source_dir(product_source),
build_dir=self.workspace.build_dir(
host_target, product_name))
product.build(host_target)
product.test(host_target)
# Extract symbols...
for host_target in all_hosts:
self._execute_extract_symbols_action(host_target)
# Package...
for host_target in all_hosts:
self._execute_package_action(host_target)
# Lipo...
self._execute_merged_host_lipo_action()
def _execute_build_action(self, host_target, product_class):
action_name = "{}-{}-build".format(host_target.name,
product_class.product_name())
self._execute_action(action_name)
def _execute_test_action(self, host_target, product_class):
action_name = "{}-{}-test".format(host_target.name,
product_class.product_name())