forked from Mirror/pmbootstrap
fcbc96b2f1
When a dependency cannot be found in source or binary packages of the selected architecture, then don't look for binary packages in other architectures package indexes. This leads to a confusing error down the line when building packages for extra_repos_systemd (and e.g. stable branches), because we don't have binary packages for all arches that pmbootstrap supports, and so it tries to fetch a non-existing APKINDEX. Instead, print a nice error about a non-existing dependency.
647 lines
25 KiB
Python
647 lines
25 KiB
Python
# Copyright 2023 Oliver Smith
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# SPDX-License-Identifier: GPL-3.0-or-later
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import datetime
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from typing import Any, TypedDict
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from collections.abc import Callable
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from pmb.build.other import BuildStatus
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from pmb.core.arch import Arch
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from pmb.core.context import Context
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from pmb.core.pkgrepo import pkgrepo_relative_path
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from pmb.helpers import logging
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from pmb.types import CrossCompileType
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from pathlib import Path
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import pmb.build
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import pmb.build.autodetect
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import pmb.chroot
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import pmb.chroot.apk
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import pmb.config.pmaports
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import pmb.helpers.pmaports
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import pmb.helpers.repo
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import pmb.helpers.mount
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import pmb.helpers.package
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import pmb.parse
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import pmb.parse.apkindex
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from pmb.helpers.exceptions import BuildFailedError, NonBugError
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from .backend import run_abuild
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from .backend import BootstrapStage
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from pmb.core import Chroot
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from pmb.core.context import get_context
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def check_build_for_arch(pkgname: str, arch: Arch):
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"""Check if pmaport can be built or exists as binary for a specific arch.
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:returns: * True when it can be built
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* False when it can't be built, but exists in a binary repo
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(e.g. temp/mesa can't be built for x86_64, but Alpine has it)
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:raises: RuntimeError if the package can't be built for the given arch and
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does not exist as binary package.
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"""
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context = get_context()
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# Check for pmaport with arch
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if pmb.helpers.package.check_arch(pkgname, arch, False):
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return True
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# Check for binary package
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binary = pmb.parse.apkindex.package(pkgname, arch, False)
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if binary:
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pmaport = pmb.helpers.pmaports.get(pkgname)
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pmaport_version = pmaport["pkgver"] + "-r" + pmaport["pkgrel"]
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logging.debug(
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pkgname + ": found pmaport (" + pmaport_version + ") and"
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" binary package (" + binary["version"] + ", from"
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" postmarketOS or Alpine), but pmaport can't be built"
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f" for {arch} -> using binary package"
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)
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return False
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# No binary package exists and can't build it
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logging.info("NOTE: You can edit the 'arch=' line inside the APKBUILD")
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if context.command == "build":
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logging.info(
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"NOTE: Alternatively, use --arch to build for another"
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" architecture ('pmbootstrap build --arch=armhf " + pkgname + "')"
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)
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raise RuntimeError(f"Can't build '{pkgname}' for architecture {arch}")
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def get_depends(context: Context, apkbuild):
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"""Alpine's abuild always builds/installs the "depends" and "makedepends" of a package
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before building it.
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We used to only care about "makedepends"
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and it's still possible to ignore the depends with --ignore-depends.
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:returns: list of dependency pkgnames (eg. ["sdl2", "sdl2_net"])
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"""
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# Read makedepends and depends
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ret = list(apkbuild["makedepends"])
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if "!check" not in apkbuild["options"]:
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ret += apkbuild["checkdepends"]
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if not context.ignore_depends:
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ret += apkbuild["depends"]
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ret = sorted(set(ret))
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# Don't recurse forever when a package depends on itself (#948)
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for pkgname in [apkbuild["pkgname"]] + list(apkbuild["subpackages"].keys()):
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if pkgname in ret:
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logging.verbose(apkbuild["pkgname"] + ": ignoring dependency on" " itself: " + pkgname)
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ret.remove(pkgname)
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# FIXME: is this needed? is this sensible?
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ret = list(filter(lambda x: not x.startswith("!"), ret))
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return ret
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def get_pkgver(original_pkgver: str, original_source=False):
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"""Get the original pkgver when using the original source.
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Otherwise, get the pkgver with an appended suffix of current date and time.
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For example: ``_p20180218550502``
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When appending the suffix, an existing suffix (e.g. ``_git20171231``) gets
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replaced.
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:param original_pkgver: unmodified pkgver from the package's APKBUILD.
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:param original_source: the original source is used instead of overriding
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it with --src.
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:param now: use a specific date instead of current date (for test cases)
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"""
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if original_source:
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return original_pkgver
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# Append current date
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no_suffix = original_pkgver.split("_", 1)[0]
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now = datetime.datetime.now()
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new_suffix = "_p" + now.strftime("%Y%m%d%H%M%S")
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return no_suffix + new_suffix
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def output_path(arch: Arch, pkgname: str, pkgver: str, pkgrel: str) -> Path:
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# Yeahp, you can just treat an Arch like a path!
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return arch / f"{pkgname}-{pkgver}-r{pkgrel}.apk"
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def finish(apkbuild, channel, arch, output: Path, chroot: Chroot, strict=False):
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"""Various finishing tasks that need to be done after a build."""
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# Verify output file
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out_dir = get_context().config.work / "packages" / channel
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if not (out_dir / output).exists():
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raise RuntimeError(f"Package not found after build: {(out_dir / output)}")
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# Clear APKINDEX cache (we only parse APKINDEX files once per session and
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# cache the result for faster dependency resolving, but after we built a
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# package we need to parse it again)
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pmb.parse.apkindex.clear_cache(out_dir / arch / "APKINDEX.tar.gz")
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# Uninstall build dependencies (strict mode)
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if strict or "pmb:strict" in apkbuild["options"]:
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logging.info(f"({chroot}) uninstall build dependencies")
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pmb.chroot.user(
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["abuild", "undeps"],
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chroot,
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Path("/home/pmos/build"),
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env={"SUDO_APK": "abuild-apk --no-progress"},
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)
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# If the build depends contain postmarketos-keys or postmarketos-base,
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# abuild will have removed the postmarketOS repository key (pma#1230)
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pmb.chroot.init_keys()
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logging.info(f"@YELLOW@=>@END@ @BLUE@{channel}/{apkbuild['pkgname']}@END@: Done!")
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# If we just built a package which is used to build other packages, then
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# update the buildroot to use the newly built version.
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if apkbuild["pkgname"] in pmb.config.build_packages:
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logging.info(
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f"NOTE: Updating package {apkbuild['pkgname']} in buildroot since it's"
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" used for building..."
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)
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pmb.chroot.apk.install([apkbuild["pkgname"]], chroot, build=False, quiet=True)
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_package_cache: dict[str, list[str]] = {}
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def is_cached_or_cache(arch: Arch, pkgname: str) -> bool:
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"""Check if a package is in the visited packages cache, if not
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then mark it as visited. We must mark as visited before building
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to break cyclical dependency loops."""
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global _package_cache
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key = str(arch)
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if key not in _package_cache:
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_package_cache[key] = []
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visited = pkgname in _package_cache[key]
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if not visited:
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_package_cache[key].append(pkgname)
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else:
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logging.debug(f"{key}/{pkgname}: marked for build")
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return visited
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def get_apkbuild(pkgname):
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"""Parse the APKBUILD path for pkgname.
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When there is none, try to find it in the binary package APKINDEX files or raise an exception.
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:param pkgname: package name to be built, as specified in the APKBUILD
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:returns: None or parsed APKBUILD
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"""
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# Get pmaport, skip upstream only packages
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pmaport, apkbuild = pmb.helpers.pmaports.get_with_path(pkgname, False)
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if pmaport:
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pmaport = pkgrepo_relative_path(pmaport)[0]
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return pmaport, apkbuild
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return None, None
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class BuildQueueItem(TypedDict):
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name: str
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arch: Arch # Arch to build for
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aports: str
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apkbuild: dict[str, Any]
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has_binary: bool # A binary package exists (even if outdated)
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pkgver: str
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output_path: Path
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channel: str
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depends: list[str]
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cross: CrossCompileType
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chroot: Chroot
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def has_cyclical_dependency(unmet_deps: dict[str, list[str]], item: BuildQueueItem, dep: str):
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pkgnames = [item["name"]] + list(item["apkbuild"]["subpackages"].keys())
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for pkgname in pkgnames:
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if pkgname in unmet_deps.get(dep, []):
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return True
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return False
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def prioritise_build_queue(disarray: list[BuildQueueItem]) -> list[BuildQueueItem]:
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"""
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Figure out The Correct Order to build packages in, or bail.
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"""
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queue: list[BuildQueueItem] = []
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# (name, unmet_dep) of all unmet dependencies
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unmet_deps: dict[str, list[str]] = {}
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# build our base build packages first. This relies on
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# the build_packages array being in the correct order!
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for pkgname in pmb.config.build_packages:
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for item in disarray:
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if item["name"] == pkgname:
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queue.append(item)
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disarray.remove(item)
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break
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all_pkgnames = []
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for item in disarray:
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all_pkgnames.append(item["name"])
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all_pkgnames += item["apkbuild"]["subpackages"].keys()
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def queue_item(item: BuildQueueItem):
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queue.append(item)
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disarray.remove(item)
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all_pkgnames.remove(item["name"])
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for subpkg in item["apkbuild"]["subpackages"].keys():
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all_pkgnames.remove(subpkg)
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unmet_deps.pop(item["name"], None)
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stuck = False
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while disarray and not stuck:
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stuck = True
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for item in disarray:
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if not item["depends"]:
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queue_item(item)
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stuck = False
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break
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# If a dependency hasn't been queued yet, skip until it has been
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missing_deps = False
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for dep in item["depends"]:
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# This might be a subpkgname, replace with the main pkgname
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# (e.g."linux-pam-dev" -> "linux-pam")
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dep_data = pmb.helpers.package.get(
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dep, item["arch"], must_exist=False, try_other_arches=False
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)
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if not dep_data:
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raise NonBugError(f"{item['name']}: dependency not found: {dep}")
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dep = dep_data["pkgname"]
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if dep in all_pkgnames:
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unmet_deps.setdefault(item["name"], []).append(dep)
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missing_deps = True
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if has_cyclical_dependency(unmet_deps, item, dep):
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# If a binary package exists for item, we can queue it
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# safely and dep will be queued on a future iteration
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if item["has_binary"]:
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logging.warning(
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f"WARNING: cyclical build dependency: building {item['name']} with binary package of {dep}"
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)
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queue_item(item)
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stuck = False
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break
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else:
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logging.warning(
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"WARNING: cyclical build dependency: can't build {item['name']}, no binary package for {dep}"
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)
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else:
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logging.debug(
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f"{item['name']}: missing dependency {dep}, trying to queue other packages first"
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)
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if missing_deps:
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continue
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# We're probably good to go??
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queue_item(item)
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stuck = False
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break
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if stuck:
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# FIXME: check if binary version of last_unmet[1] exists, print a warning, and continue anyway
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# this logic will have to be lifted up into the while loop above...
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logging.error("Remaining packages:")
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for unmet_dep in unmet_deps:
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logging.error(f"* {unmet_dep}")
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raise NonBugError("Can't resolve build order of remaining packages!")
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return queue
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def process_package(
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context: Context,
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queue_build: Callable,
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pkgname: str,
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arch: Arch | None,
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fallback_arch: Arch,
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force: bool,
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) -> list[str]:
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"""
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:param arch: Set if we should build for a specific arch.
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"""
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# Only build when APKBUILD exists
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base_aports, base_apkbuild = get_apkbuild(pkgname)
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if not base_apkbuild:
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if pmb.parse.apkindex.providers(pkgname, fallback_arch, False):
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return []
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raise RuntimeError(
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f"{pkgname}: Could not find aport, and" " could not find this package in any APKINDEX!"
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)
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if arch is None:
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arch = pmb.build.autodetect.arch(base_apkbuild)
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if is_cached_or_cache(arch, pkgname) and not force:
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logging.verbose(f"S{arch}/{pkgname}: already queued")
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return []
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logging.debug(f"{arch}/{pkgname}: Generating dependency tree")
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# Add the package to the build queue
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base_depends = get_depends(context, base_apkbuild)
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depends = base_depends.copy()
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base_build_status = BuildStatus.NEW if force else BuildStatus.UNNECESSARY
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if not base_build_status.necessary():
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base_build_status = pmb.build.get_status(arch, base_apkbuild)
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if base_build_status.necessary() and not check_build_for_arch(pkgname, arch):
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base_build_status = BuildStatus.UNNECESSARY
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# FIXME: We descend into the package dependencies even if we aren't going to
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# build it because this is the only way we warn about outdated packages. When
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# you run pmbootstrap install you expect to be warned that you bumped some random
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# utility but forgot to build it.
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# This ought to be fixed, ideally by having the actual dependency parsing stuff
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# here all abstracted away, then the package building code just becomes a couple
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# of callback functions to determine if a package should be built and build it,
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# and we can have another feature to walk the dependency graph and determine if
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# you maybe forgot to build a package, since we only care about that during
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# installation.
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if base_build_status.necessary():
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queue_build(base_aports, base_apkbuild, base_depends)
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# Also traverse subpackage depends, they shouldn't be included in base_depends since they
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# aren't needed for building (and can conflict with depends for other subpackages)
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depends += sum(
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map(lambda sp: sp["depends"] if sp else [], base_apkbuild["subpackages"].values()), []
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)
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parent = pkgname
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while len(depends):
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# FIXME: pop(0) is really quite slow!
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dep = depends.pop(0)
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if is_cached_or_cache(arch, pmb.helpers.package.remove_operators(dep)):
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continue
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cross = None
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aports, apkbuild = get_apkbuild(dep)
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if not apkbuild:
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continue
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if context.no_depends:
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pmb.helpers.repo.update(arch)
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cross = pmb.build.autodetect.crosscompile(apkbuild, arch)
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_dep_arch = Arch.native() if cross == "native" else arch
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if not pmb.parse.apkindex.package(dep, _dep_arch, False):
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raise RuntimeError(
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"Missing binary package for dependency '" + dep + "' of '" + parent + "', but"
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" pmbootstrap won't build any depends since"
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" it was started with --no-depends."
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)
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bstatus = pmb.build.get_status(arch, apkbuild)
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if bstatus.necessary() and dep not in pmb.config.build_packages:
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if context.no_depends:
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raise RuntimeError(
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f"Binary package for dependency '{dep}'"
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f" of '{parent}' is outdated, but"
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f" pmbootstrap won't build any depends"
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f" since it was started with --no-depends."
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)
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deps = get_depends(context, apkbuild)
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logging.debug(
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f"BUILDQUEUE: queue {dep} (dependency of {parent}) for build, reason: {bstatus}"
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)
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queue_build(aports, apkbuild, deps, cross)
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subpkg_deps: list[str] = sum(
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map(lambda sp: sp["depends"] if sp else [], apkbuild["subpackages"].values()), []
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)
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logging.verbose(
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f"{arch}/{dep}: Inserting {len(deps)} dependencies and {len(subpkg_deps)} from subpackages"
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)
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depends = subpkg_deps + deps + depends
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parent = dep
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return depends
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def packages(
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context: Context,
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pkgnames: list[str],
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arch: Arch | None = None,
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force=False,
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strict=False,
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src=None,
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bootstrap_stage=BootstrapStage.NONE,
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log_callback: Callable | None = None,
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) -> list[str]:
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"""
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Build a package and its dependencies with Alpine Linux' abuild.
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:param pkgname: package name to be built, as specified in the APKBUILD
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:param arch: architecture we're building for (default: native)
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:param force: always build, even if not necessary
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:param strict: avoid building with irrelevant dependencies installed by
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letting abuild install and uninstall all dependencies.
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:param src: override source used to build the package with a local folder
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:param bootstrap_stage: pass a BOOTSTRAP= env var with the value to abuild
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:param log_callback: function to call before building each package instead of
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logging. It should accept a single BuildQueueItem parameter.
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:returns: None if the build was not necessary
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output path relative to the packages folder ("armhf/ab-1-r2.apk")
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"""
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global _package_cache
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build_queue: list[BuildQueueItem] = []
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built_packages: set[str] = set()
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# We want to build packages in the order they're given here. Due to how we
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# walk the package dependencies, reverse the list so that when we later
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# reverse the build queue we'll be back in the right order.
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pkgnames.reverse()
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# Add a package to the build queue, fetch it's dependency, and
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# add record build helpers to installed (e.g. sccache)
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def queue_build(
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aports: Path,
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apkbuild: dict[str, Any],
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depends: list[str],
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cross: CrossCompileType = None,
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) -> list[str]:
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# Skip if already queued
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name = apkbuild["pkgname"]
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if any(item["name"] == name for item in build_queue):
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return []
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pkg_arch = pmb.build.autodetect.arch(apkbuild) if arch is None else arch
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chroot = pmb.build.autodetect.chroot(apkbuild, pkg_arch)
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cross = cross or pmb.build.autodetect.crosscompile(apkbuild, pkg_arch)
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pkgver = get_pkgver(apkbuild["pkgver"], src is None)
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channel = pmb.config.pmaports.read_config(aports)["channel"]
|
|
index_data = pmb.parse.apkindex.package(name, arch, False)
|
|
# Make sure we aren't building a package that will never be used! This can happen if
|
|
# building with --src with an outdated pmaports checkout.
|
|
if (
|
|
index_data
|
|
and pmb.parse.version.compare(index_data["version"], f"{pkgver}-r{apkbuild['pkgrel']}")
|
|
== 1
|
|
):
|
|
raise NonBugError(
|
|
f"A binary package for {name} has a newer version ({index_data['version']})"
|
|
f" than the source ({pkgver}-{apkbuild['pkgrel']}). Please ensure your pmaports branch is up"
|
|
" to date and that you don't have a newer version of the package in your local"
|
|
f" binary repo ({context.config.work / 'packages' / channel / arch})."
|
|
)
|
|
build_queue.append(
|
|
{
|
|
"name": name,
|
|
"arch": pkg_arch,
|
|
"aports": aports.name, # the pmaports source repo (e.g. "systemd")
|
|
"apkbuild": apkbuild,
|
|
"has_binary": bool(index_data),
|
|
"pkgver": pkgver,
|
|
"output_path": output_path(
|
|
pkg_arch, apkbuild["pkgname"], pkgver, apkbuild["pkgrel"]
|
|
),
|
|
"channel": channel,
|
|
"depends": depends,
|
|
"chroot": chroot,
|
|
"cross": cross,
|
|
}
|
|
)
|
|
|
|
# If we just queued a package that was request to be built explicitly then
|
|
# record it, since we return which packages we actually built
|
|
if apkbuild["pkgname"] in pkgnames:
|
|
built_packages.add(apkbuild["pkgname"])
|
|
|
|
return depends
|
|
|
|
if src and len(pkgnames) > 1:
|
|
raise RuntimeError("Can't build multiple packages with --src")
|
|
|
|
logging.debug(f"Attempting to build: {', '.join(pkgnames)}")
|
|
|
|
# We sorta-kind maybe supported building packages for multiple architectures in
|
|
# a single called to packages(). We need to do a check to make sure that the user
|
|
# didn't specify a package that doesn't exist, and we can't just check the source repo
|
|
# since we might get called with some perhaps bogus packages that do exist in the binary
|
|
# repo but not in the source one, but we need to error if we get a package that doesn't
|
|
# exist anywhere, as something is clearly wrong for that to happen.
|
|
# The problem is the APKINDEX parsing code doesn't have a way to check all architectures
|
|
# so we need this hack.
|
|
fallback_arch = arch if arch is not None else pmb.build.autodetect.arch(pkgnames[0])
|
|
# Get existing binary package indexes
|
|
pmb.helpers.repo.update(fallback_arch)
|
|
|
|
# Process the packages we've been asked to build, queuing up any
|
|
# dependencies that need building as well as the package itself
|
|
all_dependencies: list[str] = []
|
|
for pkgname in pkgnames:
|
|
all_dependencies += process_package(
|
|
context, queue_build, pkgname, arch, fallback_arch, force
|
|
)
|
|
|
|
# If any of our common build packages need to be built and are missing, then add them
|
|
# to the queue so they're built first. This is necessary so that our abuild fork is
|
|
# always built first (for example). For now assume that if building in strict mode we
|
|
# should skip this step, but we might want to revisit this later.
|
|
if not src:
|
|
for pkgname in pmb.config.build_packages:
|
|
if pkgname not in pkgnames:
|
|
aport, apkbuild = get_apkbuild(pkgname)
|
|
if not aport:
|
|
continue
|
|
bstatus = pmb.build.get_status(arch, apkbuild)
|
|
if bstatus.necessary():
|
|
if strict:
|
|
raise RuntimeError(
|
|
f"Strict mode enabled and build package {pkgname} needs building."
|
|
" Please build it manually first or build without --strict to build"
|
|
" it automatically."
|
|
)
|
|
queue_build(aport, apkbuild, get_depends(context, apkbuild))
|
|
|
|
if not len(build_queue):
|
|
return []
|
|
|
|
build_queue = prioritise_build_queue(build_queue)
|
|
|
|
qlen = len(build_queue)
|
|
logging.info(f"Building @BLUE@{qlen}@END@ package{'s' if qlen > 1 else ''}")
|
|
for item in build_queue:
|
|
logging.info(f" @BLUE@*@END@ {item['channel']}/{item['name']}")
|
|
|
|
if len(build_queue) > 1 and src:
|
|
raise RuntimeError(
|
|
"Additional packages need building, please build them first and then"
|
|
" build the package with --src again."
|
|
)
|
|
|
|
cross = None
|
|
|
|
total_pkgs = len(build_queue)
|
|
count = 1
|
|
for pkg in build_queue:
|
|
chroot = pkg["chroot"]
|
|
pkg_arch = pkg["arch"]
|
|
|
|
channel = pkg["channel"]
|
|
output = pkg["output_path"]
|
|
if not log_callback:
|
|
logging.info(
|
|
f"@YELLOW@=> ({count}/{total_pkgs})@END@ @BLUE@{channel}/{pkg['name']}@END@: Installing dependencies"
|
|
)
|
|
else:
|
|
log_callback(pkg)
|
|
|
|
# One time chroot initialization
|
|
if pmb.build.init(chroot):
|
|
pmb.build.other.configure_abuild(chroot)
|
|
pmb.build.other.configure_ccache(chroot)
|
|
if "rust" in all_dependencies or "cargo" in all_dependencies:
|
|
pmb.chroot.apk.install(["sccache"], chroot)
|
|
pkg_depends = pkg["depends"]
|
|
if src:
|
|
pkg_depends.append("rsync")
|
|
|
|
# We only need to init cross compiler stuff once
|
|
if not cross:
|
|
cross = pmb.build.autodetect.crosscompile(pkg["apkbuild"], pkg_arch)
|
|
if cross:
|
|
pmb.build.init_compiler(context, pkg_depends, cross, pkg_arch)
|
|
if cross == "crossdirect":
|
|
pmb.chroot.mount_native_into_foreign(chroot)
|
|
|
|
if not strict and "pmb:strict" not in pkg["apkbuild"]["options"] and len(pkg_depends):
|
|
pmb.chroot.apk.install(pkg_depends, chroot, build=False)
|
|
|
|
# Build and finish up
|
|
logging.info(f"@YELLOW@=>@END@ @BLUE@{channel}/{pkg['name']}@END@: Building package")
|
|
try:
|
|
run_abuild(
|
|
context,
|
|
pkg["apkbuild"],
|
|
pkg["pkgver"],
|
|
channel,
|
|
pkg_arch,
|
|
strict,
|
|
force,
|
|
cross,
|
|
chroot,
|
|
src,
|
|
bootstrap_stage,
|
|
)
|
|
except RuntimeError:
|
|
raise BuildFailedError(f"Couldn't build {output}!")
|
|
finish(pkg["apkbuild"], channel, pkg_arch, output, chroot, strict)
|
|
|
|
# Clear package cache for the next run
|
|
_package_cache = {}
|
|
|
|
if built_packages:
|
|
logging.info("@YELLOW@=>@END@ @GREEN@Finished building packages")
|
|
|
|
return list(built_packages)
|