mirror of
git://git.yoctoproject.org/poky.git
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ffae400179
This adds SPDX license headers in place of the wide assortment of things currently in our script headers. We default to GPL-2.0-only except for the oeqa code where it was clearly submitted and marked as MIT on the most part or some scripts which had the "or later" GPL versioning. The patch also drops other obsolete bits of file headers where they were encoountered such as editor modelines, obsolete maintainer information or the phrase "All rights reserved" which is now obsolete and not required in copyright headers (in this case its actually confusing for licensing as all rights were not reserved). More work is needed for OE-Core but this takes care of the bulk of the scripts and meta/lib directories. The top level LICENSE files are tweaked to match the new structure and the SPDX naming. (From OE-Core rev: f8c9c511b5f1b7dbd45b77f345cb6c048ae6763e) Signed-off-by: Richard Purdie <richard.purdie@linuxfoundation.org>
349 lines
12 KiB
Python
349 lines
12 KiB
Python
#
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# SPDX-License-Identifier: GPL-2.0-only
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#
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from abc import ABCMeta, abstractmethod
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import os
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import re
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import bb
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class Manifest(object, metaclass=ABCMeta):
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"""
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This is an abstract class. Do not instantiate this directly.
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"""
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PKG_TYPE_MUST_INSTALL = "mip"
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PKG_TYPE_MULTILIB = "mlp"
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PKG_TYPE_LANGUAGE = "lgp"
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PKG_TYPE_ATTEMPT_ONLY = "aop"
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MANIFEST_TYPE_IMAGE = "image"
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MANIFEST_TYPE_SDK_HOST = "sdk_host"
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MANIFEST_TYPE_SDK_TARGET = "sdk_target"
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var_maps = {
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MANIFEST_TYPE_IMAGE: {
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"PACKAGE_INSTALL": PKG_TYPE_MUST_INSTALL,
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"PACKAGE_INSTALL_ATTEMPTONLY": PKG_TYPE_ATTEMPT_ONLY,
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"LINGUAS_INSTALL": PKG_TYPE_LANGUAGE
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},
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MANIFEST_TYPE_SDK_HOST: {
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"TOOLCHAIN_HOST_TASK": PKG_TYPE_MUST_INSTALL,
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"TOOLCHAIN_HOST_TASK_ATTEMPTONLY": PKG_TYPE_ATTEMPT_ONLY
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},
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MANIFEST_TYPE_SDK_TARGET: {
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"TOOLCHAIN_TARGET_TASK": PKG_TYPE_MUST_INSTALL,
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"TOOLCHAIN_TARGET_TASK_ATTEMPTONLY": PKG_TYPE_ATTEMPT_ONLY
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}
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}
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INSTALL_ORDER = [
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PKG_TYPE_LANGUAGE,
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PKG_TYPE_MUST_INSTALL,
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PKG_TYPE_ATTEMPT_ONLY,
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PKG_TYPE_MULTILIB
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]
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initial_manifest_file_header = \
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"# This file was generated automatically and contains the packages\n" \
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"# passed on to the package manager in order to create the rootfs.\n\n" \
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"# Format:\n" \
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"# <package_type>,<package_name>\n" \
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"# where:\n" \
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"# <package_type> can be:\n" \
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"# 'mip' = must install package\n" \
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"# 'aop' = attempt only package\n" \
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"# 'mlp' = multilib package\n" \
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"# 'lgp' = language package\n\n"
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def __init__(self, d, manifest_dir=None, manifest_type=MANIFEST_TYPE_IMAGE):
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self.d = d
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self.manifest_type = manifest_type
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if manifest_dir is None:
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if manifest_type != self.MANIFEST_TYPE_IMAGE:
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self.manifest_dir = self.d.getVar('SDK_DIR')
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else:
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self.manifest_dir = self.d.getVar('WORKDIR')
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else:
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self.manifest_dir = manifest_dir
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bb.utils.mkdirhier(self.manifest_dir)
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self.initial_manifest = os.path.join(self.manifest_dir, "%s_initial_manifest" % manifest_type)
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self.final_manifest = os.path.join(self.manifest_dir, "%s_final_manifest" % manifest_type)
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self.full_manifest = os.path.join(self.manifest_dir, "%s_full_manifest" % manifest_type)
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# packages in the following vars will be split in 'must install' and
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# 'multilib'
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self.vars_to_split = ["PACKAGE_INSTALL",
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"TOOLCHAIN_HOST_TASK",
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"TOOLCHAIN_TARGET_TASK"]
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"""
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This creates a standard initial manifest for core-image-(minimal|sato|sato-sdk).
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This will be used for testing until the class is implemented properly!
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"""
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def _create_dummy_initial(self):
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image_rootfs = self.d.getVar('IMAGE_ROOTFS')
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pkg_list = dict()
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if image_rootfs.find("core-image-sato-sdk") > 0:
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pkg_list[self.PKG_TYPE_MUST_INSTALL] = \
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"packagegroup-core-x11-sato-games packagegroup-base-extended " \
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"packagegroup-core-x11-sato packagegroup-core-x11-base " \
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"packagegroup-core-sdk packagegroup-core-tools-debug " \
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"packagegroup-core-boot packagegroup-core-tools-testapps " \
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"packagegroup-core-eclipse-debug packagegroup-core-qt-demoapps " \
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"apt packagegroup-core-tools-profile psplash " \
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"packagegroup-core-standalone-sdk-target " \
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"packagegroup-core-ssh-openssh dpkg kernel-dev"
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pkg_list[self.PKG_TYPE_LANGUAGE] = \
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"locale-base-en-us locale-base-en-gb"
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elif image_rootfs.find("core-image-sato") > 0:
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pkg_list[self.PKG_TYPE_MUST_INSTALL] = \
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"packagegroup-core-ssh-dropbear packagegroup-core-x11-sato-games " \
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"packagegroup-core-x11-base psplash apt dpkg packagegroup-base-extended " \
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"packagegroup-core-x11-sato packagegroup-core-boot"
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pkg_list['lgp'] = \
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"locale-base-en-us locale-base-en-gb"
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elif image_rootfs.find("core-image-minimal") > 0:
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pkg_list[self.PKG_TYPE_MUST_INSTALL] = "packagegroup-core-boot"
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with open(self.initial_manifest, "w+") as manifest:
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manifest.write(self.initial_manifest_file_header)
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for pkg_type in pkg_list:
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for pkg in pkg_list[pkg_type].split():
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manifest.write("%s,%s\n" % (pkg_type, pkg))
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"""
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This will create the initial manifest which will be used by Rootfs class to
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generate the rootfs
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"""
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@abstractmethod
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def create_initial(self):
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pass
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"""
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This creates the manifest after everything has been installed.
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"""
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@abstractmethod
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def create_final(self):
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pass
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"""
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This creates the manifest after the package in initial manifest has been
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dummy installed. It lists all *to be installed* packages. There is no real
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installation, just a test.
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"""
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@abstractmethod
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def create_full(self, pm):
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pass
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"""
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The following function parses an initial manifest and returns a dictionary
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object with the must install, attempt only, multilib and language packages.
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"""
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def parse_initial_manifest(self):
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pkgs = dict()
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with open(self.initial_manifest) as manifest:
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for line in manifest.read().split('\n'):
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comment = re.match("^#.*", line)
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pattern = "^(%s|%s|%s|%s),(.*)$" % \
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(self.PKG_TYPE_MUST_INSTALL,
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self.PKG_TYPE_ATTEMPT_ONLY,
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self.PKG_TYPE_MULTILIB,
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self.PKG_TYPE_LANGUAGE)
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pkg = re.match(pattern, line)
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if comment is not None:
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continue
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if pkg is not None:
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pkg_type = pkg.group(1)
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pkg_name = pkg.group(2)
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if not pkg_type in pkgs:
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pkgs[pkg_type] = [pkg_name]
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else:
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pkgs[pkg_type].append(pkg_name)
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return pkgs
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'''
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This following function parses a full manifest and return a list
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object with packages.
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'''
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def parse_full_manifest(self):
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installed_pkgs = list()
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if not os.path.exists(self.full_manifest):
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bb.note('full manifest not exist')
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return installed_pkgs
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with open(self.full_manifest, 'r') as manifest:
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for pkg in manifest.read().split('\n'):
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installed_pkgs.append(pkg.strip())
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return installed_pkgs
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class RpmManifest(Manifest):
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"""
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Returns a dictionary object with mip and mlp packages.
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"""
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def _split_multilib(self, pkg_list):
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pkgs = dict()
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for pkg in pkg_list.split():
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pkg_type = self.PKG_TYPE_MUST_INSTALL
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ml_variants = self.d.getVar('MULTILIB_VARIANTS').split()
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for ml_variant in ml_variants:
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if pkg.startswith(ml_variant + '-'):
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pkg_type = self.PKG_TYPE_MULTILIB
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if not pkg_type in pkgs:
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pkgs[pkg_type] = pkg
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else:
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pkgs[pkg_type] += " " + pkg
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return pkgs
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def create_initial(self):
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pkgs = dict()
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with open(self.initial_manifest, "w+") as manifest:
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manifest.write(self.initial_manifest_file_header)
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for var in self.var_maps[self.manifest_type]:
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if var in self.vars_to_split:
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split_pkgs = self._split_multilib(self.d.getVar(var))
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if split_pkgs is not None:
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pkgs = dict(list(pkgs.items()) + list(split_pkgs.items()))
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else:
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pkg_list = self.d.getVar(var)
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if pkg_list is not None:
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pkgs[self.var_maps[self.manifest_type][var]] = self.d.getVar(var)
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for pkg_type in pkgs:
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for pkg in pkgs[pkg_type].split():
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manifest.write("%s,%s\n" % (pkg_type, pkg))
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def create_final(self):
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pass
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def create_full(self, pm):
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pass
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class OpkgManifest(Manifest):
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"""
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Returns a dictionary object with mip and mlp packages.
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"""
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def _split_multilib(self, pkg_list):
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pkgs = dict()
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for pkg in pkg_list.split():
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pkg_type = self.PKG_TYPE_MUST_INSTALL
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ml_variants = self.d.getVar('MULTILIB_VARIANTS').split()
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for ml_variant in ml_variants:
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if pkg.startswith(ml_variant + '-'):
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pkg_type = self.PKG_TYPE_MULTILIB
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if not pkg_type in pkgs:
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pkgs[pkg_type] = pkg
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else:
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pkgs[pkg_type] += " " + pkg
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return pkgs
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def create_initial(self):
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pkgs = dict()
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with open(self.initial_manifest, "w+") as manifest:
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manifest.write(self.initial_manifest_file_header)
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for var in self.var_maps[self.manifest_type]:
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if var in self.vars_to_split:
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split_pkgs = self._split_multilib(self.d.getVar(var))
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if split_pkgs is not None:
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pkgs = dict(list(pkgs.items()) + list(split_pkgs.items()))
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else:
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pkg_list = self.d.getVar(var)
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if pkg_list is not None:
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pkgs[self.var_maps[self.manifest_type][var]] = self.d.getVar(var)
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for pkg_type in sorted(pkgs):
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for pkg in sorted(pkgs[pkg_type].split()):
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manifest.write("%s,%s\n" % (pkg_type, pkg))
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def create_final(self):
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pass
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def create_full(self, pm):
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if not os.path.exists(self.initial_manifest):
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self.create_initial()
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initial_manifest = self.parse_initial_manifest()
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pkgs_to_install = list()
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for pkg_type in initial_manifest:
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pkgs_to_install += initial_manifest[pkg_type]
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if len(pkgs_to_install) == 0:
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return
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output = pm.dummy_install(pkgs_to_install)
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with open(self.full_manifest, 'w+') as manifest:
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pkg_re = re.compile('^Installing ([^ ]+) [^ ].*')
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for line in set(output.split('\n')):
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m = pkg_re.match(line)
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if m:
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manifest.write(m.group(1) + '\n')
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return
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class DpkgManifest(Manifest):
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def create_initial(self):
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with open(self.initial_manifest, "w+") as manifest:
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manifest.write(self.initial_manifest_file_header)
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for var in self.var_maps[self.manifest_type]:
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pkg_list = self.d.getVar(var)
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if pkg_list is None:
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continue
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for pkg in pkg_list.split():
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manifest.write("%s,%s\n" %
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(self.var_maps[self.manifest_type][var], pkg))
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def create_final(self):
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pass
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def create_full(self, pm):
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pass
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def create_manifest(d, final_manifest=False, manifest_dir=None,
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manifest_type=Manifest.MANIFEST_TYPE_IMAGE):
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manifest_map = {'rpm': RpmManifest,
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'ipk': OpkgManifest,
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'deb': DpkgManifest}
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manifest = manifest_map[d.getVar('IMAGE_PKGTYPE')](d, manifest_dir, manifest_type)
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if final_manifest:
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manifest.create_final()
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else:
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manifest.create_initial()
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if __name__ == "__main__":
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pass
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