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240 lines (210 loc) · 8.42 KB
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from __future__ import annotations
import copy
from os import environ
from pathlib import Path
from build_python_instance_base import BuildPythonInstanceBase
from macos_venv_utils import create_macos_venvs
from wheel_builder_utils import _remove_tree
class MacOSBuildPythonInstance(BuildPythonInstanceBase):
def clone(self):
# Pattern for generating a deep copy of the current object state as a new build instance
cls = self.__class__
new = cls.__new__(cls)
new.__dict__ = copy.deepcopy(self.__dict__)
return new
def get_pixi_environment_name(self):
# The pixi environment name is the same as the manylinux version
# and is related to the environment setups defined in pixi.toml
# in the root of this git directory that contains these scripts.
return "macos"
def prepare_build_env(self) -> None:
# #############################################
# ### Setup build tools
self._build_type = "Release"
self._use_tbb: str = "OFF"
self._tbb_dir = (
self.package_env_config["IPP_SOURCE_DIR"]
/ "oneTBB-prefix"
/ "lib"
/ "cmake"
/ "TBB"
)
self._cmake_executable = "cmake"
# macOS: Assume venv already exists under IPP_SOURCE_DIR/venvs/<name>
# Install required tools into each venv
self.venv_paths()
self.update_venv_itk_build_configurations()
self.cmake_compiler_configurations.set(
"CMAKE_MAKE_PROGRAM:FILEPATH", f"{self.venv_info_dict['ninja_executable']}"
)
macosx_target = self.package_env_config.get("MACOSX_DEPLOYMENT_TARGET", "")
if macosx_target:
self.cmake_compiler_configurations.set(
"CMAKE_OSX_DEPLOYMENT_TARGET:STRING", macosx_target
)
osx_arch = "arm64" if self.package_env_config["ARCH"] == "arm64" else "x86_64"
self.cmake_compiler_configurations.set(
"CMAKE_OSX_ARCHITECTURES:STRING", osx_arch
)
self.cmake_itk_source_build_configurations.set(
"ITK_BINARY_DIR:PATH",
str(
self.package_env_config["IPP_SOURCE_DIR"]
/ f"ITK-{self.py_env}-macosx_{osx_arch}"
),
)
def post_build_fixup(self) -> None:
# delocate on macOS x86_64 only
if self.package_env_config["ARCH"] != "arm64":
self.fixup_wheels()
def post_build_cleanup(self) -> None:
"""Clean macOS build artifacts (leave dist/ intact).
Modeled after the manylinux cleanup, adapted to macOS naming:
- remove oneTBB-prefix (symlink or dir)
- remove ITKPythonPackage/, tools/, _skbuild/, build/
- remove top-level *.egg-info
- remove ITK-*-macosx_<arch>/
- remove ITKPythonBuilds-macosx*.tar.zst
- remove any module prereq clones from ITK_MODULE_PREQ
"""
base = Path(self.package_env_config["IPP_SOURCE_DIR"])
def rm(p: Path):
try:
_remove_tree(p)
except Exception:
pass
# oneTBB-prefix
tbb = base / "oneTBB-prefix"
try:
if tbb.is_symlink() or tbb.is_file():
tbb.unlink(missing_ok=True) # type: ignore[arg-type]
elif tbb.exists():
rm(tbb)
except Exception:
pass
# Common build dirs
for rel in ("ITKPythonPackage", "tools", "_skbuild", "build"):
rm(base / rel)
# egg-info entries
for p in base.glob("*.egg-info"):
rm(p)
# ITK build tree
osx_arch = "arm64" if self.package_env_config["ARCH"] == "arm64" else "x86_64"
for p in base.glob(f"ITK-*-macosx_{osx_arch}"):
rm(p)
# Tarballs
for p in base.glob("ITKPythonBuilds-macosx*.tar.zst"):
rm(p)
# Module prerequisites
itk_preq = self.package_env_config.get("ITK_MODULE_PREQ") or environ.get(
"ITK_MODULE_PREQ", ""
)
if itk_preq:
for entry in itk_preq.split(":"):
entry = entry.strip()
if not entry:
continue
try:
module_name = entry.split("@", 1)[0].split("/", 1)[1]
except Exception:
continue
rm(base / module_name)
def final_import_test(self) -> None:
self._final_import_test_fn(self.py_env, Path(self.dist_dir))
def fixup_wheel(self, filepath, lib_paths: str = "") -> None:
self.remove_apple_double_files()
# macOS fix-up with delocate (only needed for x86_64)
if self.package_env_config["ARCH"] != "arm64":
delocate_listdeps = (
self.venv_info_dict["venv_bin_path"] / "delocate-listdeps"
)
delocate_wheel = self.venv_info_dict["venv_bin_path"] / "delocate-wheel"
self.echo_check_call([str(delocate_listdeps), str(filepath)])
self.echo_check_call([str(delocate_wheel), str(filepath)])
def build_tarball(self):
self.create_posix_tarball()
def remove_apple_double_files(self):
try:
# Optional: clean AppleDouble files if tool is available
self.echo_check_call(
["dot_clean", str(self.package_env_config["IPP_SOURCE_DIR"].name)]
)
except Exception:
# dot_clean may not be available; continue without it
pass
def venv_paths(self) -> None:
"""Resolve virtualenv tool paths.
py_env may be a name under IPP_SOURCE_DIR/venvs or an absolute/relative path to a venv.
"""
# First determine if py_env is the full path to a python environment
_command_line_pip_executable = Path(self.py_env) / "bin" / "pip3"
if _command_line_pip_executable.exists():
venv_dir = Path(self.py_env)
local_pip_executable = _command_line_pip_executable
else:
venv_root_dir: Path = self.build_dir_root / "venvs"
_venvs_dir_list = create_macos_venvs(self.py_env, venv_root_dir)
if len(_venvs_dir_list) != 1:
raise ValueError(
f"Expected exactly one venv for {self.py_env}, found {_venvs_dir_list}"
)
venv_dir = _venvs_dir_list[0]
local_pip_executable = venv_dir / "bin" / "pip3"
self.echo_check_call([local_pip_executable, "install", "--upgrade", "pip"])
self.echo_check_call(
[
local_pip_executable,
"install",
"--upgrade",
"build",
"numpy",
"scikit-build-core",
# os-specific tools below
"delocate",
]
)
# Install dependencies
self.echo_check_call(
[
local_pip_executable,
"install",
"--upgrade",
"-r",
str(self.package_env_config["IPP_SOURCE_DIR"] / "requirements-dev.txt"),
]
)
self._pip_uninstall_itk_wildcard(local_pip_executable)
(
python_executable,
python_include_dir,
python_library,
pip_executable,
ninja_executable,
venv_bin_path,
venv_base_dir,
) = self.find_unix_exectable_paths(venv_dir)
self.venv_info_dict = {
"python_executable": python_executable,
"python_include_dir": python_include_dir,
"python_library": python_library,
"pip_executable": pip_executable,
"ninja_executable": ninja_executable,
"venv_bin_path": venv_bin_path,
"venv_base_dir": venv_base_dir,
}
def discover_python_venvs(
self, platform_os_name: str, platform_architechure: str
) -> list[str]:
names = []
# Discover virtualenvs under project 'venvs' folder
def _discover_ipp_venvs() -> list[str]:
venvs_dir = self.package_env_config["IPP_SOURCE_DIR"] / "venvs"
if not venvs_dir.exists():
return []
names.extend([p.name for p in venvs_dir.iterdir() if p.is_dir()])
# Sort for stable order
return sorted(names)
default_py_envs = _discover_ipp_venvs()
return default_py_envs
def _final_import_test_fn(self, py_env, param):
pass