DepperDan/build_functions/build_qt6.py

74 lines
2.6 KiB
Python

# (c) 2025 by Stephan Menzel
# Licensed under the Apache License, Version 2.0.
# See attached file LICENSE for full details
import os
from pathlib import Path
from build_functions.build_utils import run_in_shell, print_banner, file_and_console_log
from common.azure import write_package_version_batch
from common.directory_helpers import pushd, get_local_prefix
from common.git_helpers import clone_git_tag
import common.settings
from package.package_info import get_package_info
def build_qt6(prefix: Path | str, sbom: dict):
print_banner("Building Qt6")
package_info = get_package_info("qt6")
package_info.add_to_sbom(sbom)
zlib_install_path = package_info.dependency_path("zlib")
# Protobuf may not be such a strong dependency
protobuf_install_path = package_info.dependency_path("protobuf")
qt_src_dir = clone_git_tag(package_info, recursive=True)
with pushd(qt_src_dir):
install_dir = package_info.install_location()
build_folder = "_build"
if not os.path.isdir(build_folder):
os.makedirs(build_folder)
with pushd(build_folder):
configure = Path("..") / "configure.bat"
zlib_include = zlib_install_path / 'include'
zlib_lib = zlib_install_path / 'lib' / 'zlibstatic.lib'
run_in_shell(
f"{configure} "
f"-prefix {install_dir} "
"-release "
"-confirm-license "
"-c++std c++2b "
"-opensource "
# Specify exactly which modules we need. This is way better than excluding
# what we don't need, assuming this is a lot
"-submodules qtbase,qtsvg "
"-D QT_BUILD_TESTS_BY_DEFAULT=OFF "
f"-system-zlib -I {str((zlib_install_path / 'include').as_posix())} -L {str(zlib_lib.as_posix())} "
"-nomake examples "
"-nomake tests "
"-- "
# This should not be necessary but the -system-zlib parameter above appears bugged.
# It should help CMake to find ZLib
f"-DZLIB_INCLUDE_DIR=\"{zlib_include.as_posix()}\" "
f"-DZLIB_LIBRARY=\"{zlib_lib.as_posix()}\" "
)
# Qt6 can use Cmake, Qt5 cannot
run_in_shell(f'cmake --build . --parallel {common.settings.num_cores}')
run_in_shell(f'cmake --install .')
with open("built_and_installed.txt", "w") as lockfile:
lockfile.write(f"built release")
write_package_version_batch(package_info.version)
return install_dir