mirror of
https://github.com/mozilla/gecko-dev.git
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440 lines
16 KiB
Python
440 lines
16 KiB
Python
# -*- Mode: python; c-basic-offset: 4; indent-tabs-mode: nil; tab-width: 40 -*-
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# vim: set filetype=python:
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# This Source Code Form is subject to the terms of the Mozilla Public
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# License, v. 2.0. If a copy of the MPL was not distributed with this
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# file, You can obtain one at http://mozilla.org/MPL/2.0/.
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option('--with-windows-version', nargs=1, default='603',
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help='Windows SDK version to target. Win 8.1 (603) is currently'
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'the minimum supported version.')
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@depends('--with-windows-version')
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@imports(_from='__builtin__', _import='ValueError')
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def valid_windows_version(value):
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if not value:
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die('Cannot build with --without-windows-version')
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try:
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version = int(value[0], 16)
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if version in (0x603,):
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return version
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except ValueError:
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pass
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die('Invalid value for --with-windows-version (%s)', value[0])
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option(env='WINDOWSSDKDIR', nargs=1,
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help='Directory containing the Windows SDK')
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@depends('WINDOWSSDKDIR', host)
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def windows_sdk_dir(value, host):
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if value:
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return value
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if host.kernel != 'WINNT':
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return ()
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return set(x[1] for x in get_registry_values(
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r'HKEY_LOCAL_MACHINE\SOFTWARE\Microsoft\Windows Kits\Installed Roots'
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r'\KitsRoot*', get_32_and_64_bit=True))
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# The Windows SDK 8.1 and 10 have different layouts. The former has
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# $SDK/include/$subdir, while the latter has $SDK/include/$version/$subdir.
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# The vcvars* scripts don't actually care about the version, they just take
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# the last alphanumerically.
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# The $SDK/lib directories always have version subdirectories, but while the
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# versions match the one in $SDK/include for SDK 10, it's "winv6.3" for SDK
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# 8.1.
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@imports('os')
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@imports('re')
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@imports(_from='__builtin__', _import='sorted')
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@imports(_from='__builtin__', _import='WindowsError')
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def get_sdk_dirs(sdk, subdir):
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def get_dirs_containing(sdk, stem, subdir):
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base = os.path.join(sdk, stem)
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try:
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subdirs = [d for d in os.listdir(base)
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if os.path.isdir(os.path.join(base, d))]
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except WindowsError:
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subdirs = []
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if not subdirs:
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return ()
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if subdir in subdirs:
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return (base,)
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# At this point, either we have an incomplete or invalid SDK directory,
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# or we exclusively have version numbers in subdirs.
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return tuple(os.path.join(base, s) for s in subdirs
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if os.path.isdir(os.path.join(base, s, subdir)))
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def categorize(dirs):
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return {os.path.basename(d): d for d in dirs}
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include_dirs = categorize(get_dirs_containing(sdk, 'include', subdir))
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lib_dirs = categorize(get_dirs_containing(sdk, 'lib', subdir))
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if 'include' in include_dirs:
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include_dirs['winv6.3'] = include_dirs['include']
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del include_dirs['include']
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valid_versions = sorted(set(include_dirs) & set(lib_dirs), reverse=True)
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if valid_versions:
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return namespace(
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path=sdk,
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lib=lib_dirs[valid_versions[0]],
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include=include_dirs[valid_versions[0]],
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)
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@imports(_from='mozbuild.shellutil', _import='quote')
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def valid_windows_sdk_dir_result(value):
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if value:
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return '0x%04x in %s' % (value.version, quote(value.path))
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@depends(c_compiler, windows_sdk_dir, valid_windows_version, 'WINDOWSSDKDIR')
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@checking('for Windows SDK', valid_windows_sdk_dir_result)
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@imports(_from='__builtin__', _import='sorted')
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@imports(_from='textwrap', _import='dedent')
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def valid_windows_sdk_dir(compiler, windows_sdk_dir, target_version,
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windows_sdk_dir_env):
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if windows_sdk_dir_env:
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windows_sdk_dir_env = windows_sdk_dir_env[0]
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sdks = {}
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for d in windows_sdk_dir:
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sdk = get_sdk_dirs(d, 'um')
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if sdk:
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check = dedent('''\
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#include <winsdkver.h>
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WINVER_MAXVER
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''')
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um_dir = os.path.join(sdk.include, 'um')
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shared_dir = os.path.join(sdk.include, 'shared')
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result = try_preprocess(compiler.wrapper + [compiler.compiler] +
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compiler.flags +
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['-I', um_dir, '-I', shared_dir], 'C',
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check)
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if result:
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maxver = result.splitlines()[-1]
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try:
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maxver = int(maxver, 0)
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except:
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pass
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else:
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sdks[d] = maxver, sdk
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continue
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if d == windows_sdk_dir_env:
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raise FatalCheckError(
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'Error while checking the version of the SDK in '
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'WINDOWSSDKDIR (%s). Please verify it contains a valid and '
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'complete SDK installation.' % windows_sdk_dir_env)
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valid_sdks = sorted(sdks, key=lambda x: sdks[x][0], reverse=True)
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if valid_sdks:
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biggest_version, sdk = sdks[valid_sdks[0]]
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if not valid_sdks or biggest_version < target_version:
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if windows_sdk_dir_env:
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raise FatalCheckError(
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'You are targeting Windows version 0x%04x, but your SDK only '
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'supports up to version 0x%04x. Install and use an updated SDK, '
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'or target a lower version using --with-windows-version. '
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'Alternatively, try running the Windows SDK Configuration Tool '
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'and selecting a newer SDK. See '
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'https://developer.mozilla.org/En/Windows_SDK_versions for '
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'details on fixing this.' % (target_version, biggest_version))
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raise FatalCheckError(
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'Cannot find a Windows SDK for version >= 0x%04x.' % target_version)
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return namespace(
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path=sdk.path,
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include=sdk.include,
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lib=sdk.lib,
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version=biggest_version,
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)
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add_old_configure_assignment(
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'WINDOWSSDKDIR',
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valid_windows_sdk_dir.path)
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add_old_configure_assignment(
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'MOZ_WINSDK_MAXVER',
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depends(valid_windows_sdk_dir)(
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lambda x: '0x%04X0000' % x.version if x else None))
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@imports(_from='mozbuild.shellutil', _import='quote')
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def valid_ucrt_sdk_dir_result(value):
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if value:
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return '%s in %s' % (value.version, quote(value.path))
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@depends(windows_sdk_dir, 'WINDOWSSDKDIR')
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@checking('for Universal CRT SDK', valid_ucrt_sdk_dir_result)
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@imports('os')
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@imports(_from='__builtin__', _import='sorted')
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@imports(_import='mozpack.path', _as='mozpath')
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def valid_ucrt_sdk_dir(windows_sdk_dir, windows_sdk_dir_env):
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if windows_sdk_dir_env:
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windows_sdk_dir_env = windows_sdk_dir_env[0]
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sdks = {}
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for d in windows_sdk_dir:
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sdk = get_sdk_dirs(d, 'ucrt')
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if sdk:
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version = os.path.basename(sdk.include)
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# We're supposed to always find a version in the directory, because
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# the 8.1 SDK, which doesn't have a version in the directory, doesn't
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# contain the Universal CRT SDK. When the main SDK is 8.1, there
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# is, however, supposed to be a reduced install of the SDK 10
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# with the UCRT.
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if version != 'include':
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sdks[d] = Version(version), sdk
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continue
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if d == windows_sdk_dir_env:
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# When WINDOWSSDKDIR is set in the environment and we can't find the
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# Universal CRT SDK, chances are this is a start-shell-msvc*.bat
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# setup, where INCLUDE and LIB already contain the UCRT paths.
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ucrt_includes = [
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p for p in os.environ.get('INCLUDE', '').split(os.pathsep)
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if os.path.basename(p).lower() == 'ucrt'
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]
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ucrt_libs = [
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p for p in os.environ.get('LIB', '').split(os.pathsep)
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if os.path.basename(os.path.dirname(p)).lower() == 'ucrt'
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]
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if ucrt_includes and ucrt_libs:
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# Pick the first of each, since they are the ones that the
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# compiler would look first. Assume they contain the SDK files.
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include = os.path.dirname(ucrt_includes[0])
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lib = os.path.dirname(os.path.dirname(ucrt_libs[0]))
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path = os.path.dirname(os.path.dirname(include))
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version = os.path.basename(include)
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if version != 'include' and mozpath.basedir(lib, [path]):
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sdks[d] = Version(version), namespace(
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path=path,
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include=include,
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lib=lib,
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)
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continue
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raise FatalCheckError(
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'The SDK in WINDOWSSDKDIR (%s) does not contain the Universal '
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'CRT.' % windows_sdk_dir_env)
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valid_sdks = sorted(sdks, key=lambda x: sdks[x][0], reverse=True)
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if not valid_sdks:
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raise FatalCheckError('Cannot find the Universal CRT SDK. '
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'Please install it.')
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version, sdk = sdks[valid_sdks[0]]
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minimum_ucrt_version = Version('10.0.10586.0')
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if version < minimum_ucrt_version:
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raise FatalCheckError('Latest Universal CRT SDK version found %s'
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' and minimum required is %s.'
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% (version, minimum_ucrt_version))
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return namespace(
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path=sdk.path,
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include=sdk.include,
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lib=sdk.lib,
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version=version,
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)
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@depends(c_compiler)
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@imports('os')
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def vc_path(c_compiler):
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if c_compiler.type != 'msvc':
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return
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# Normally, we'd start from c_compiler.compiler, but for now, it's not the
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# ideal full path to the compiler. At least, we're guaranteed find_program
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# will get us the one we found in toolchain.configure.
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cl = find_program(c_compiler.compiler)
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result = os.path.dirname(cl)
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while True:
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next, p = os.path.split(result)
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if next == result:
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die('Cannot determine the Visual C++ directory the compiler (%s) '
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'is in' % cl)
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result = next
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if p.lower() == 'bin':
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break
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return result
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@depends(vc_path, c_compiler)
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@checking('for the Debug Interface Access SDK', lambda x: x or 'not found')
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@imports(_from='os.path', _import='isdir')
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def dia_sdk_dir(vc_path, c_compiler):
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if vc_path:
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if c_compiler.version < '19.10':
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path = os.path.join(os.path.dirname(vc_path), 'DIA SDK')
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else:
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# This would be easier if we had the installationPath that
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# get_vc_paths works with, since 'DIA SDK' is relative to that.
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path = os.path.normpath(os.path.join(vc_path, r'..\..\..\..\DIA SDK'))
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if isdir(path):
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return path
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@depends(vc_path, valid_windows_sdk_dir, valid_ucrt_sdk_dir, dia_sdk_dir)
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@imports('os')
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def include_path(vc_path, windows_sdk_dir, ucrt_sdk_dir, dia_sdk_dir):
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if not vc_path:
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return
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atlmfc_dir = os.path.join(vc_path, 'atlmfc', 'include')
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if not os.path.isdir(atlmfc_dir):
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die('Cannot find the ATL/MFC headers in the Visual C++ directory (%s). '
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'Please install them.' % vc_path)
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winrt_dir = os.path.join(windows_sdk_dir.include, 'winrt')
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if not os.path.isdir(winrt_dir):
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die('Cannot find the WinRT headers in the Windows SDK directory (%s). '
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'Please install them.' % windows_sdk_dir.path)
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includes = []
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include_env = os.environ.get('INCLUDE')
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if include_env:
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includes.append(include_env)
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includes.extend((
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os.path.join(vc_path, 'include'),
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atlmfc_dir,
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os.path.join(windows_sdk_dir.include, 'shared'),
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os.path.join(windows_sdk_dir.include, 'um'),
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winrt_dir,
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os.path.join(ucrt_sdk_dir.include, 'ucrt'),
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))
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if dia_sdk_dir:
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includes.append(os.path.join(dia_sdk_dir, 'include'))
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# Set in the environment for old-configure
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includes = os.pathsep.join(includes)
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os.environ['INCLUDE'] = includes
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return includes
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set_config('INCLUDE', include_path)
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@depends(target, c_compiler, vc_path, valid_windows_sdk_dir, valid_ucrt_sdk_dir, dia_sdk_dir)
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@imports('os')
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def lib_path(target, c_compiler, vc_path, windows_sdk_dir, ucrt_sdk_dir, dia_sdk_dir):
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if not vc_path:
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return
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sdk_target = {
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'x86': 'x86',
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'x86_64': 'x64',
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'arm': 'arm',
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}.get(target.cpu)
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old_target = {
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'x86': '',
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'x86_64': 'amd64',
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'arm': 'arm',
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}.get(target.cpu)
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if old_target is None:
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return
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# As old_target can be '', and os.path.join will happily use the empty
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# string, leading to a string ending with a backslash, that Make will
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# interpret as a "string continues on next line" indicator, use variable
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# args.
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old_target = (old_target,) if old_target else ()
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if c_compiler.version < '19.10':
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# MSVC2015
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vc_target = old_target
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else:
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# MSVC2017 switched to use the same target naming as the sdk.
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vc_target = (sdk_target,)
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atlmfc_dir = os.path.join(vc_path, 'atlmfc', 'lib', *vc_target)
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if not os.path.isdir(atlmfc_dir):
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die('Cannot find the ATL/MFC libraries in the Visual C++ directory '
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'(%s). Please install them.' % vc_path)
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libs = []
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lib_env = os.environ.get('LIB')
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if lib_env:
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libs.append(lib_env)
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libs.extend((
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os.path.join(vc_path, 'lib', *vc_target),
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atlmfc_dir,
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os.path.join(windows_sdk_dir.lib, 'um', sdk_target),
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os.path.join(ucrt_sdk_dir.lib, 'ucrt', sdk_target),
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))
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if dia_sdk_dir:
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# For some reason the DIA SDK still uses the old-style targets
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# even in a newer MSVC.
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libs.append(os.path.join(dia_sdk_dir, 'lib', *old_target))
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# Set in the environment for old-configure
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libs = os.pathsep.join(libs)
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os.environ['LIB'] = libs
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return libs
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set_config('LIB', lib_path)
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option(env='MT', nargs=1, help='Path to the Microsoft Manifest Tool')
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@depends(valid_windows_sdk_dir, valid_ucrt_sdk_dir)
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@imports(_from='os', _import='environ')
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@imports('platform')
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def sdk_bin_path(valid_windows_sdk_dir, valid_ucrt_sdk_dir):
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if not valid_windows_sdk_dir:
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return
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vc_host = {
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'x86': 'x86',
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'AMD64': 'x64',
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}.get(platform.machine())
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# From version 10.0.15063.0 onwards the bin path contains the version number.
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versioned_bin = ('bin' if valid_ucrt_sdk_dir.version < '10.0.15063.0'
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else os.path.join('bin', str(valid_ucrt_sdk_dir.version)))
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result = [
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environ['PATH'],
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os.path.join(valid_windows_sdk_dir.path, versioned_bin, vc_host)
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]
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if vc_host == 'x64':
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result.append(
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os.path.join(valid_windows_sdk_dir.path, versioned_bin, 'x86'))
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return result
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mt = check_prog('MT', ('mt.exe',), input='MT',
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paths=sdk_bin_path)
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# Check that MT is not something unexpected like "magnetic tape manipulation
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# utility".
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@depends(mt)
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@checking('whether MT is really Microsoft Manifest Tool', lambda x: bool(x))
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@imports('subprocess')
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def valid_mt(path):
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try:
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out = subprocess.check_output([path]).splitlines()
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out = '\n'.join(l for l in out
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if 'Microsoft (R) Manifest Tool' in l)
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if out:
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return path
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except subprocess.CalledProcessError:
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pass
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raise FatalCheckError('%s is not Microsoft Manifest Tool')
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set_config('MSMANIFEST_TOOL', depends(valid_mt)(lambda x: bool(x)))
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link = check_prog('LINK', ('link.exe',), paths=vc_compiler_path)
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add_old_configure_assignment('LINK', link)
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# Normally, we'd just have CC, etc. set to absolute paths, but the build system
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# doesn't currently handle properly the case where the paths contain spaces.
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# Additionally, there's the issue described in toolchain.configure, in
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# valid_compiler().
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@depends(sdk_bin_path)
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@imports('os')
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def alter_path(sdk_bin_path):
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path = os.pathsep.join(sdk_bin_path)
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os.environ['PATH'] = path
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return path
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set_config('PATH', alter_path)
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check_prog('MAKECAB', ('makecab.exe',))
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