forked from Mirror/pmbootstrap
`-m` is for deleting local compiled packages, for which there is no aport with the same version. Prior to this change, this only worked for packages where no aport exists, or for packages that are newer than the aports. That is, because we used the usual APKINDEX parsing logic, which ignores old packages in the APKINDEX and only returns the one with the highest version (that makes sense during dependency resolution). Changes: * New `pmb.parse.apkindex.parse_blocks()` function that returns a raw list of blocks, instead of the dict with removed duplicates with lower version you get from the usual `.parse()` function. * Renamed each of the zap flags and their descriptions to make clear what they are doing now. ``` short long (old) long (new) -p --packages --pkgs-local -m --mismatch-bins --pkgs-local-mismatch -o, --old-bins --pkgs-online-mismatch ```
341 lines
10 KiB
Python
341 lines
10 KiB
Python
#!/usr/bin/env python3
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"""
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Copyright 2018 Oliver Smith
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This file is part of pmbootstrap.
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pmbootstrap is free software: you can redistribute it and/or modify
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it under the terms of the GNU General Public License as published by
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the Free Software Foundation, either version 3 of the License, or
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(at your option) any later version.
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pmbootstrap is distributed in the hope that it will be useful,
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but WITHOUT ANY WARRANTY; without even the implied warranty of
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MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
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GNU General Public License for more details.
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You should have received a copy of the GNU General Public License
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along with pmbootstrap. If not, see <http://www.gnu.org/licenses/>.
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"""
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import glob
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import json
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import logging
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import os
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import sys
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import pmb.aportgen
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import pmb.build
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import pmb.build.autodetect
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import pmb.config
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import pmb.chroot
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import pmb.chroot.initfs
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import pmb.chroot.other
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import pmb.flasher
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import pmb.helpers.logging
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import pmb.helpers.other
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import pmb.helpers.pkgrel_bump
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import pmb.helpers.repo
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import pmb.helpers.run
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import pmb.install
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import pmb.parse
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import pmb.qemu
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def _build_device_depends_note(args, pkgname):
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"""
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Previously 'pmbootstrap build device-...' built the device package in the
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native chroot without installing its dependencies (e.g. armhf kernel!) and
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created a symlink to all supported architectures.
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Not installing depends while building is incompatible with how Alpine's
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abuild does it, so we changed the behavior. Now pmbootstrap reads the
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device's architecture from the deviceinfo file and automatically builds
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for that architecture, if you did not specify any architecture. And the
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dependencies get installed correctly before the build.
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To make migration easier for the users, we show a hint if building a device
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package was requested.
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"""
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# Only relevant for device packages when -i is not set
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if not pkgname.startswith("device-") or getattr(args, "ignore_depends"):
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return
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device = pkgname.split("-", 1)[1]
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logging.info("NOTE: " + device + "'s kernel will be installed as dependency"
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" before building (old behavior: 'pmbootstrap build -i')")
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def _parse_flavor(args):
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"""
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Verify the flavor argument if specified, or return a default value.
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"""
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# Make sure, that at least one kernel is installed
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suffix = "rootfs_" + args.device
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pmb.chroot.apk.install(args, ["device-" + args.device], suffix)
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# Parse and verify the flavor argument
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flavor = args.flavor
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flavors = pmb.chroot.other.kernel_flavors_installed(args, suffix)
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if flavor:
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if flavor not in flavors:
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raise RuntimeError("No kernel installed with flavor " + flavor + "!" +
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" Run 'pmbootstrap flasher list_flavors' to get a list.")
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return flavor
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if not len(flavors):
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raise RuntimeError(
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"No kernel flavors installed in chroot " + suffix + "! Please let"
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" your device package depend on a package starting with 'linux-'.")
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return flavors[0]
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def _parse_suffix(args):
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if "rootfs" in args and args.rootfs:
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return "rootfs_" + args.device
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elif args.buildroot:
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if args.buildroot == "device":
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return "buildroot_" + args.deviceinfo["arch"]
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else:
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return "buildroot_" + args.buildroot
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elif args.suffix:
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return args.suffix
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else:
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return "native"
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def aportgen(args):
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for package in args.packages:
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logging.info("Generate aport: " + package)
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pmb.aportgen.generate(args, package)
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def build(args):
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# Strict mode: zap everything
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if args.strict:
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pmb.chroot.zap(args, False)
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# Detect old usage for device- packages
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if not args.ignore_depends:
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for package in args.packages:
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_build_device_depends_note(args, package)
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# Set src and force
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src = os.path.realpath(os.path.expanduser(args.src[0])) if args.src else None
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force = True if src else args.force
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if src and not os.path.exists(src):
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raise RuntimeError("Invalid path specified for --src: " + src)
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# Build all packages
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for package in args.packages:
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arch_package = args.arch or pmb.build.autodetect.arch(args, package)
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if not pmb.build.package(args, package, arch_package, force,
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args.strict, src=src):
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logging.info("NOTE: Package '" + package + "' is up to date. Use"
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" 'pmbootstrap build " + package + " --force'"
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" if needed.")
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def build_init(args):
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suffix = _parse_suffix(args)
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pmb.build.init(args, suffix)
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def checksum(args):
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for package in args.packages:
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pmb.build.checksum(args, package)
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def chroot(args):
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suffix = _parse_suffix(args)
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pmb.chroot.apk.check_min_version(args, suffix)
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if args.add:
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pmb.chroot.apk.install(args, args.add.split(","), suffix)
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logging.info("(" + suffix + ") % " + " ".join(args.command))
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pmb.chroot.root(args, args.command, suffix, log=False)
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def config(args):
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keys = pmb.config.config_keys
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if args.name and args.name not in keys:
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logging.info("NOTE: Valid config keys: " + ", ".join(keys))
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raise RuntimeError("Invalid config key: " + args.name)
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cfg = pmb.config.load(args)
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if args.value:
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cfg["pmbootstrap"][args.name] = args.value
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logging.info("Config changed: " + args.name + "='" + args.value + "'")
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pmb.config.save(args, cfg)
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elif args.name:
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value = cfg["pmbootstrap"].get(args.name, "")
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print(value)
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else:
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cfg.write(sys.stdout)
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# Don't write the "Done" message
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pmb.helpers.logging.disable()
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def index(args):
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pmb.build.index_repo(args)
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def initfs(args):
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pmb.chroot.initfs.frontend(args)
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def install(args):
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if args.rsync and args.full_disk_encryption:
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raise ValueError("Installation using rsync is not compatible with full"
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" disk encryption.")
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if args.rsync and not args.sdcard:
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raise ValueError("Installation using rsync only works on sdcard.")
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pmb.install.install(args)
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def flasher(args):
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pmb.flasher.frontend(args)
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def export(args):
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pmb.export.frontend(args)
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def menuconfig(args):
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pmb.build.menuconfig(args, args.package)
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def update(args):
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existing_only = not args.non_existing
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if not pmb.helpers.repo.update(args, args.arch, True, existing_only):
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logging.info("No APKINDEX files exist, so none have been updated."
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" The pmbootstrap command downloads the APKINDEX files on"
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" demand.")
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logging.info("If you want to force downloading the APKINDEX files for"
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" all architectures (not recommended), use:"
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" pmbootstrap update --non-existing")
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def newapkbuild(args):
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if not len(args.args_passed):
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logging.info("See 'pmbootstrap newapkbuild -h' for usage information.")
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raise RuntimeError("No arguments to pass to newapkbuild specified!")
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pmb.build.newapkbuild(args, args.folder, args.args_passed)
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def kconfig_check(args):
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# Default to all kernel packages
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packages = args.packages
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if not packages:
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for aport in glob.glob(args.aports + "/*/linux-*"):
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packages.append(os.path.basename(aport).split("linux-")[1])
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# Iterate over all kernels
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error = False
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packages.sort()
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for package in packages:
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if not pmb.parse.kconfig.check(args, package, details=True):
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error = True
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# At least one failure
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if error:
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raise RuntimeError("kconfig_check failed!")
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def apkbuild_parse(args):
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# Default to all packages
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packages = args.packages
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if not packages:
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for apkbuild in glob.glob(args.aports + "/*/*/APKBUILD"):
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packages.append(os.path.basename(os.path.dirname(apkbuild)))
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# Iterate over all packages
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packages.sort()
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for package in packages:
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print(package + ":")
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aport = pmb.build.other.find_aport(args, package)
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path = aport + "/APKBUILD"
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print(json.dumps(pmb.parse.apkbuild(args, path), indent=4,
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sort_keys=True))
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def apkindex_parse(args):
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result = pmb.parse.apkindex.parse(args, args.apkindex_path)
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if args.package:
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if args.package not in result:
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raise RuntimeError("Package not found in the APKINDEX: " +
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args.package)
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result = result[args.package]
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print(json.dumps(result, indent=4))
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def pkgrel_bump(args):
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would_bump = True
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if args.auto:
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would_bump = pmb.helpers.pkgrel_bump.auto(args, args.dry)
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else:
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# Each package must exist
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for package in args.packages:
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pmb.build.other.find_aport(args, package)
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# Increase pkgrel
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for package in args.packages:
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pmb.helpers.pkgrel_bump.package(args, package, dry=args.dry)
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if args.dry and would_bump:
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logging.info("Pkgrels of package(s) would have been bumped!")
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sys.exit(1)
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def qemu(args):
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pmb.qemu.run(args)
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def shutdown(args):
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pmb.chroot.shutdown(args)
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def stats(args):
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# Chroot suffix
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suffix = "native"
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if args.arch != args.arch_native:
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suffix = "buildroot_" + args.arch
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# Install ccache and display stats
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pmb.chroot.apk.install(args, ["ccache"], suffix)
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logging.info("(" + suffix + ") % ccache -s")
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pmb.chroot.user(args, ["ccache", "-s"], suffix, log=False)
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def log(args):
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if args.clear_log:
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pmb.helpers.run.user(args, ["truncate", "-s", "0", args.log],
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log=False)
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pmb.helpers.run.user(args, ["tail", "-f", args.log, "-n", args.lines],
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log=False)
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def log_distccd(args):
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logpath = "/home/pmos/distccd.log"
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if args.clear_log:
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pmb.chroot.user(args, ["truncate", "-s", "0", logpath], log=False)
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pmb.chroot.user(args, ["tail", "-f", logpath, "-n", args.lines], log=False)
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def zap(args):
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pmb.chroot.zap(args, dry=args.dry, http=args.http,
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distfiles=args.distfiles, pkgs_local=args.pkgs_local,
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pkgs_local_mismatch=args.pkgs_local_mismatch,
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pkgs_online_mismatch=args.pkgs_online_mismatch)
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# Don't write the "Done" message
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pmb.helpers.logging.disable()
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def bootimg_analyze(args):
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bootimg = pmb.parse.bootimg(args, args.path)
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tmp_output = "Put these variables in the deviceinfo file of your device:\n"
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for line in pmb.aportgen.device.generate_deviceinfo_fastboot_content(args, bootimg).split("\n"):
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tmp_output += "\n" + line.lstrip()
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logging.info(tmp_output)
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