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# comps.py
# Interface to libcomps.
#
# Copyright (C) 2013-2018 Red Hat, Inc.
#
# This copyrighted material is made available to anyone wishing to use,
# modify, copy, or redistribute it subject to the terms and conditions of
# the GNU General Public License v.2, or (at your option) any later version.
# This program is distributed in the hope that it will be useful, but WITHOUT
# ANY WARRANTY expressed or implied, including the implied warranties of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General
# Public License for more details. You should have received a copy of the
# GNU General Public License along with this program; if not, write to the
# Free Software Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA
# 02110-1301, USA. Any Red Hat trademarks that are incorporated in the
# source code or documentation are not subject to the GNU General Public
# License and may only be used or replicated with the express permission of
# Red Hat, Inc.
#
from __future__ import absolute_import
from __future__ import print_function
from __future__ import unicode_literals
import libdnf.transaction
from dnf.exceptions import CompsError
from dnf.i18n import _, ucd
from functools import reduce
import dnf.i18n
import dnf.util
import fnmatch
import gettext
import itertools
import libcomps
import locale
import logging
import operator
import re
import sys
logger = logging.getLogger("dnf")
# :api :binformat
CONDITIONAL = libdnf.transaction.CompsPackageType_CONDITIONAL
DEFAULT = libdnf.transaction.CompsPackageType_DEFAULT
MANDATORY = libdnf.transaction.CompsPackageType_MANDATORY
OPTIONAL = libdnf.transaction.CompsPackageType_OPTIONAL
ALL_TYPES = CONDITIONAL | DEFAULT | MANDATORY | OPTIONAL
def _internal_comps_length(comps):
collections = (comps.categories, comps.groups, comps.environments)
return reduce(operator.__add__, map(len, collections))
def _first_if_iterable(seq):
if seq is None:
return None
return dnf.util.first(seq)
def _by_pattern(pattern, case_sensitive, sqn):
"""Return items from sqn matching either exactly or glob-wise."""
pattern = dnf.i18n.ucd(pattern)
exact = {g for g in sqn if g.name == pattern or g.id == pattern}
if exact:
return exact
if case_sensitive:
match = re.compile(fnmatch.translate(pattern)).match
else:
match = re.compile(fnmatch.translate(pattern), flags=re.I).match
ret = set()
for g in sqn:
if match(g.id):
ret.add(g)
elif g.name is not None and match(g.name):
ret.add(g)
elif g.ui_name is not None and match(g.ui_name):
ret.add(g)
return ret
def _fn_display_order(group):
return sys.maxsize if group.display_order is None else group.display_order
def install_or_skip(install_fnc, grp_or_env_id, types, exclude=None,
strict=True, exclude_groups=None):
"""
Installs a group or an environment identified by grp_or_env_id.
This method is preserved for API compatibility. It used to catch an
exception thrown when a gorup or env was already installed, which is no
longer thrown.
`install_fnc` has to be Solver._group_install or
Solver._environment_install.
"""
return install_fnc(grp_or_env_id, types, exclude, strict, exclude_groups)
class _Langs(object):
"""Get all usable abbreviations for the current language."""
def __init__(self):
self.last_locale = None
self.cache = None
@staticmethod
def _dotted_locale_str():
lcl = locale.getlocale(locale.LC_MESSAGES)
if lcl == (None, None):
return 'C'
return '.'.join(lcl)
def get(self):
current_locale = self._dotted_locale_str()
if self.last_locale == current_locale:
return self.cache
self.cache = []
locales = [current_locale]
if current_locale != 'C':
locales.append('C')
for l in locales:
for nlang in gettext._expand_lang(l):
if nlang not in self.cache:
self.cache.append(nlang)
self.last_locale = current_locale
return self.cache
class CompsQuery(object):
AVAILABLE = 1
INSTALLED = 2
ENVIRONMENTS = 1
GROUPS = 2
def __init__(self, comps, history, kinds, status):
self.comps = comps
self.history = history
self.kinds = kinds
self.status = status
def _get_groups(self, available, installed):
result = set()
if self.status & self.AVAILABLE:
result.update({i.id for i in available})
if self.status & self.INSTALLED:
for i in installed:
group = i.getCompsGroupItem()
if not group:
continue
result.add(group.getGroupId())
return result
def _get_envs(self, available, installed):
result = set()
if self.status & self.AVAILABLE:
result.update({i.id for i in available})
if self.status & self.INSTALLED:
for i in installed:
env = i.getCompsEnvironmentItem()
if not env:
continue
result.add(env.getEnvironmentId())
return result
def get(self, *patterns):
res = dnf.util.Bunch()
res.environments = []
res.groups = []
for pat in patterns:
envs = grps = []
if self.kinds & self.ENVIRONMENTS:
available = self.comps.environments_by_pattern(pat)
installed = self.history.env.search_by_pattern(pat)
envs = self._get_envs(available, installed)
res.environments.extend(envs)
if self.kinds & self.GROUPS:
available = self.comps.groups_by_pattern(pat)
installed = self.history.group.search_by_pattern(pat)
grps = self._get_groups(available, installed)
res.groups.extend(grps)
if not envs and not grps:
if self.status == self.INSTALLED:
msg = _("Module or Group '%s' is not installed.") % ucd(pat)
elif self.status == self.AVAILABLE:
msg = _("Module or Group '%s' is not available.") % ucd(pat)
else:
msg = _("Module or Group '%s' does not exist.") % ucd(pat)
raise CompsError(msg)
return res
class Forwarder(object):
def __init__(self, iobj, langs):
self._i = iobj
self._langs = langs
def __getattr__(self, name):
return getattr(self._i, name)
def _ui_text(self, default, dct):
for l in self._langs.get():
t = dct.get(l)
if t is not None:
return t
return default
@property
def ui_description(self):
return self._ui_text(self.desc, self.desc_by_lang)
@property
def ui_name(self):
return self._ui_text(self.name, self.name_by_lang)
class Category(Forwarder):
# :api
def __init__(self, iobj, langs, group_factory):
super(Category, self).__init__(iobj, langs)
self._group_factory = group_factory
def _build_group(self, grp_id):
grp = self._group_factory(grp_id.name)
if grp is None:
msg = "no group '%s' from category '%s'"
raise ValueError(msg % (grp_id.name, self.id))
return grp
def groups_iter(self):
for grp_id in self.group_ids:
yield self._build_group(grp_id)
@property
def groups(self):
return list(self.groups_iter())
class Environment(Forwarder):
# :api
def __init__(self, iobj, langs, group_factory):
super(Environment, self).__init__(iobj, langs)
self._group_factory = group_factory
def _build_group(self, grp_id):
grp = self._group_factory(grp_id.name)
if grp is None:
msg = "no group '%s' from environment '%s'"
raise ValueError(msg % (grp_id.name, self.id))
return grp
def _build_groups(self, ids):
groups = []
for gi in ids:
try:
groups.append(self._build_group(gi))
except ValueError as e:
logger.error(e)
return groups
def groups_iter(self):
for grp_id in itertools.chain(self.group_ids, self.option_ids):
try:
yield self._build_group(grp_id)
except ValueError as e:
logger.error(e)
@property
def mandatory_groups(self):
return self._build_groups(self.group_ids)
@property
def optional_groups(self):
return self._build_groups(self.option_ids)
class Group(Forwarder):
# :api
def __init__(self, iobj, langs, pkg_factory):
super(Group, self).__init__(iobj, langs)
self._pkg_factory = pkg_factory
self.selected = iobj.default
def _packages_of_type(self, type_):
return [pkg for pkg in self.packages if pkg.type == type_]
@property
def conditional_packages(self):
return self._packages_of_type(libcomps.PACKAGE_TYPE_CONDITIONAL)
@property
def default_packages(self):
return self._packages_of_type(libcomps.PACKAGE_TYPE_DEFAULT)
def packages_iter(self):
# :api
return map(self._pkg_factory, self.packages)
@property
def mandatory_packages(self):
return self._packages_of_type(libcomps.PACKAGE_TYPE_MANDATORY)
@property
def optional_packages(self):
return self._packages_of_type(libcomps.PACKAGE_TYPE_OPTIONAL)
@property
def visible(self):
return self._i.uservisible
class Package(Forwarder):
"""Represents comps package data. :api"""
_OPT_MAP = {
libcomps.PACKAGE_TYPE_CONDITIONAL : CONDITIONAL,
libcomps.PACKAGE_TYPE_DEFAULT : DEFAULT,
libcomps.PACKAGE_TYPE_MANDATORY : MANDATORY,
libcomps.PACKAGE_TYPE_OPTIONAL : OPTIONAL,
}
def __init__(self, ipkg):
self._i = ipkg
@property
def name(self):
# :api
return self._i.name
@property
def option_type(self):
# :api
return self._OPT_MAP[self.type]
class Comps(object):
# :api
def __init__(self):
self._i = libcomps.Comps()
self._langs = _Langs()
def __len__(self):
return _internal_comps_length(self._i)
def _build_category(self, icategory):
return Category(icategory, self._langs, self._group_by_id)
def _build_environment(self, ienvironment):
return Environment(ienvironment, self._langs, self._group_by_id)
def _build_group(self, igroup):
return Group(igroup, self._langs, self._build_package)
def _build_package(self, ipkg):
return Package(ipkg)
def _add_from_xml_filename(self, fn):
comps = libcomps.Comps()
try:
comps.fromxml_f(fn)
except libcomps.ParserError:
errors = comps.get_last_errors()
raise CompsError(' '.join(errors))
self._i += comps
@property
def categories(self):
# :api
return list(self.categories_iter())
def category_by_pattern(self, pattern, case_sensitive=False):
# :api
assert dnf.util.is_string_type(pattern)
cats = self.categories_by_pattern(pattern, case_sensitive)
return _first_if_iterable(cats)
def categories_by_pattern(self, pattern, case_sensitive=False):
# :api
assert dnf.util.is_string_type(pattern)
return _by_pattern(pattern, case_sensitive, self.categories)
def categories_iter(self):
# :api
return (self._build_category(c) for c in self._i.categories)
@property
def environments(self):
# :api
return sorted(self.environments_iter(), key=_fn_display_order)
def _environment_by_id(self, id):
assert dnf.util.is_string_type(id)
return dnf.util.first(g for g in self.environments_iter() if g.id == id)
def environment_by_pattern(self, pattern, case_sensitive=False):
# :api
assert dnf.util.is_string_type(pattern)
envs = self.environments_by_pattern(pattern, case_sensitive)
return _first_if_iterable(envs)
def environments_by_pattern(self, pattern, case_sensitive=False):
# :api
assert dnf.util.is_string_type(pattern)
envs = list(self.environments_iter())
found_envs = _by_pattern(pattern, case_sensitive, envs)
return sorted(found_envs, key=_fn_display_order)
def environments_iter(self):
# :api
return (self._build_environment(e) for e in self._i.environments)
@property
def groups(self):
# :api
return sorted(self.groups_iter(), key=_fn_display_order)
def _group_by_id(self, id_):
assert dnf.util.is_string_type(id_)
return dnf.util.first(g for g in self.groups_iter() if g.id == id_)
def group_by_pattern(self, pattern, case_sensitive=False):
# :api
assert dnf.util.is_string_type(pattern)
grps = self.groups_by_pattern(pattern, case_sensitive)
return _first_if_iterable(grps)
def groups_by_pattern(self, pattern, case_sensitive=False):
# :api
assert dnf.util.is_string_type(pattern)
grps = _by_pattern(pattern, case_sensitive, list(self.groups_iter()))
return sorted(grps, key=_fn_display_order)
def groups_iter(self):
# :api
return (self._build_group(g) for g in self._i.groups)
class CompsTransPkg(object):
def __init__(self, pkg_or_name):
if dnf.util.is_string_type(pkg_or_name):
# from package name
self.basearchonly = False
self.name = pkg_or_name
self.optional = True
self.requires = None
elif isinstance(pkg_or_name, libdnf.transaction.CompsGroupPackage):
# from swdb package
# TODO:
self.basearchonly = False
# self.basearchonly = pkg_or_name.basearchonly
self.name = pkg_or_name.getName()
self.optional = pkg_or_name.getPackageType() & libcomps.PACKAGE_TYPE_OPTIONAL
# TODO:
self.requires = None
# self.requires = pkg_or_name.requires
else:
# from comps package
self.basearchonly = pkg_or_name.basearchonly
self.name = pkg_or_name.name
self.optional = pkg_or_name.type & libcomps.PACKAGE_TYPE_OPTIONAL
self.requires = pkg_or_name.requires
def __eq__(self, other):
return (self.name == other.name and
self.basearchonly == self.basearchonly and
self.optional == self.optional and
self.requires == self.requires)
def __str__(self):
return self.name
def __hash__(self):
return hash((self.name,
self.basearchonly,
self.optional,
self.requires))
class TransactionBunch(object):
def __init__(self):
self._install = set()
self._install_opt = set()
self._remove = set()
self._upgrade = set()
def __iadd__(self, other):
self._install.update(other._install)
self._install_opt.update(other._install_opt)
self._upgrade.update(other._upgrade)
self._remove = (self._remove | other._remove) - \
self._install - self._install_opt - self._upgrade
return self
def __len__(self):
return len(self.install) + len(self.install_opt) + len(self.upgrade) + len(self.remove)
@staticmethod
def _set_value(param, val):
for item in val:
if isinstance(item, CompsTransPkg):
param.add(item)
else:
param.add(CompsTransPkg(item))
@property
def install(self):
"""
Packages to be installed with strict=True - transaction will
fail if they cannot be installed due to dependency errors etc.
"""
return self._install
@install.setter
def install(self, value):
self._set_value(self._install, value)
@property
def install_opt(self):
"""
Packages to be installed with strict=False - they will be
skipped if they cannot be installed
"""
return self._install_opt
@install_opt.setter
def install_opt(self, value):
self._set_value(self._install_opt, value)
@property
def remove(self):
return self._remove
@remove.setter
def remove(self, value):
self._set_value(self._remove, value)
@property
def upgrade(self):
return self._upgrade
@upgrade.setter
def upgrade(self, value):
self._set_value(self._upgrade, value)
class Solver(object):
def __init__(self, history, comps, reason_fn):
self.history = history
self.comps = comps
self._reason_fn = reason_fn
@staticmethod
def _mandatory_group_set(env):
return {grp.id for grp in env.mandatory_groups}
@staticmethod
def _full_package_set(grp):
return {pkg.getName() for pkg in grp.mandatory_packages +
grp.default_packages + grp.optional_packages +
grp.conditional_packages}
@staticmethod
def _pkgs_of_type(group, pkg_types, exclude=[]):
def filter(pkgs):
return [pkg for pkg in pkgs
if pkg.name not in exclude]
pkgs = set()
if pkg_types & MANDATORY:
pkgs.update(filter(group.mandatory_packages))
if pkg_types & DEFAULT:
pkgs.update(filter(group.default_packages))
if pkg_types & OPTIONAL:
pkgs.update(filter(group.optional_packages))
if pkg_types & CONDITIONAL:
pkgs.update(filter(group.conditional_packages))
return pkgs
def _removable_pkg(self, pkg_name):
assert dnf.util.is_string_type(pkg_name)
return self.history.group.is_removable_pkg(pkg_name)
def _removable_grp(self, group_id):
assert dnf.util.is_string_type(group_id)
return self.history.env.is_removable_group(group_id)
def _environment_install(self, env_id, pkg_types, exclude=None, strict=True, exclude_groups=None):
assert dnf.util.is_string_type(env_id)
comps_env = self.comps._environment_by_id(env_id)
if not comps_env:
raise CompsError(_("Environment id '%s' does not exist.") % ucd(env_id))
swdb_env = self.history.env.new(env_id, comps_env.name, comps_env.ui_name, pkg_types)
self.history.env.install(swdb_env)
trans = TransactionBunch()
for comps_group in comps_env.mandatory_groups:
if exclude_groups and comps_group.id in exclude_groups:
continue
trans += self._group_install(comps_group.id, pkg_types, exclude, strict)
swdb_env.addGroup(comps_group.id, True, MANDATORY)
for comps_group in comps_env.optional_groups:
if exclude_groups and comps_group.id in exclude_groups:
continue
swdb_env.addGroup(comps_group.id, False, OPTIONAL)
# TODO: if a group is already installed, mark it as installed?
return trans
def _environment_remove(self, env_id):
assert dnf.util.is_string_type(env_id) is True
swdb_env = self.history.env.get(env_id)
if not swdb_env:
raise CompsError(_("Environment id '%s' is not installed.") % env_id)
self.history.env.remove(swdb_env)
trans = TransactionBunch()
group_ids = set([i.getGroupId() for i in swdb_env.getGroups()])
for group_id in group_ids:
if not self._removable_grp(group_id):
continue
trans += self._group_remove(group_id)
return trans
def _environment_upgrade(self, env_id):
assert dnf.util.is_string_type(env_id)
comps_env = self.comps._environment_by_id(env_id)
swdb_env = self.history.env.get(env_id)
if not swdb_env:
raise CompsError(_("Environment '%s' is not installed.") % env_id)
if not comps_env:
raise CompsError(_("Environment '%s' is not available.") % env_id)
old_set = set([i.getGroupId() for i in swdb_env.getGroups()])
pkg_types = swdb_env.getPackageTypes()
# create a new record for current transaction
swdb_env = self.history.env.new(comps_env.id, comps_env.name, comps_env.ui_name, pkg_types)
trans = TransactionBunch()
for comps_group in comps_env.mandatory_groups:
if comps_group.id in old_set:
if self.history.group.get(comps_group.id):
# upgrade installed group
trans += self._group_upgrade(comps_group.id)
else:
# install new group
trans += self._group_install(comps_group.id, pkg_types)
swdb_env.addGroup(comps_group.id, True, MANDATORY)
for comps_group in comps_env.optional_groups:
if comps_group.id in old_set and self.history.group.get(comps_group.id):
# upgrade installed group
trans += self._group_upgrade(comps_group.id)
swdb_env.addGroup(comps_group.id, False, OPTIONAL)
# TODO: if a group is already installed, mark it as installed?
self.history.env.upgrade(swdb_env)
return trans
def _group_install(self, group_id, pkg_types, exclude=None, strict=True, exclude_groups=None):
assert dnf.util.is_string_type(group_id)
comps_group = self.comps._group_by_id(group_id)
if not comps_group:
raise CompsError(_("Group id '%s' does not exist.") % ucd(group_id))
swdb_group = self.history.group.new(group_id, comps_group.name, comps_group.ui_name, pkg_types)
for i in comps_group.packages_iter():
swdb_group.addPackage(i.name, False, Package._OPT_MAP[i.type])
self.history.group.install(swdb_group)
trans = TransactionBunch()
# TODO: remove exclude
if strict:
trans.install.update(self._pkgs_of_type(comps_group, pkg_types, exclude=[]))
else:
trans.install_opt.update(self._pkgs_of_type(comps_group, pkg_types, exclude=[]))
return trans
def _group_remove(self, group_id):
assert dnf.util.is_string_type(group_id)
swdb_group = self.history.group.get(group_id)
if not swdb_group:
raise CompsError(_("Module or Group '%s' is not installed.") % group_id)
self.history.group.remove(swdb_group)
trans = TransactionBunch()
trans.remove = {pkg for pkg in swdb_group.getPackages() if self._removable_pkg(pkg.getName())}
return trans
def _group_upgrade(self, group_id):
assert dnf.util.is_string_type(group_id)
comps_group = self.comps._group_by_id(group_id)
swdb_group = self.history.group.get(group_id)
exclude = []
if not swdb_group:
argument = comps_group.ui_name if comps_group else group_id
raise CompsError(_("Module or Group '%s' is not installed.") % argument)
if not comps_group:
raise CompsError(_("Module or Group '%s' is not available.") % group_id)
pkg_types = swdb_group.getPackageTypes()
old_set = set([i.getName() for i in swdb_group.getPackages()])
new_set = self._pkgs_of_type(comps_group, pkg_types, exclude)
# create a new record for current transaction
swdb_group = self.history.group.new(group_id, comps_group.name, comps_group.ui_name, pkg_types)
for i in comps_group.packages_iter():
swdb_group.addPackage(i.name, False, Package._OPT_MAP[i.type])
self.history.group.upgrade(swdb_group)
trans = TransactionBunch()
trans.install = {pkg for pkg in new_set if pkg.name not in old_set}
trans.remove = {name for name in old_set
if name not in [pkg.name for pkg in new_set]}
trans.upgrade = {pkg for pkg in new_set if pkg.name in old_set}
return trans
def _exclude_packages_from_installed_groups(self, base):
for group in self.persistor.groups:
p_grp = self.persistor.group(group)
if p_grp.installed:
installed_pkg_names = \
set(p_grp.full_list) - set(p_grp.pkg_exclude)
installed_pkgs = base.sack.query().installed().filterm(name=installed_pkg_names)
for pkg in installed_pkgs:
base._goal.install(pkg)