diff options
Diffstat (limited to 'src')
-rw-r--r-- | src/overlay.c | 17 | ||||
-rw-r--r-- | src/overlay.h | 10 | ||||
-rwxr-xr-x | src/pkBackend.py | 1889 | ||||
-rw-r--r-- | src/runner.c | 132 | ||||
-rw-r--r-- | src/runner.h | 6 | ||||
-rwxr-xr-x | src/test.py | 15 |
6 files changed, 23 insertions, 2046 deletions
diff --git a/src/overlay.c b/src/overlay.c index 74910f9..9b2b2f7 100644 --- a/src/overlay.c +++ b/src/overlay.c @@ -142,6 +142,23 @@ const char *overlayToXml(Overlay *o) return PyBytes_AsString(str); } +void overlaySetPriority(Overlay *o, int priority) +{ + if (!o || !o->object) + return; + + PyObject_CallMethod(o->object, "set_priority", "(I)", priority); +} + +int overlaySame(Overlay *o1, Overlay *o2) +{ + PyObject *ret = PyObject_RichCompare(o1->object, o2->object, Py_EQ); + if (!ret) + return 0; + + return PyObject_IsTrue(ret); +} + void overlayFree(Overlay *o) { if (o && o->object) diff --git a/src/overlay.h b/src/overlay.h index 2f64bde..d6b96fd 100644 --- a/src/overlay.h +++ b/src/overlay.h @@ -1,18 +1,20 @@ #ifndef OVERLAY_H #define OVERLAY_H +//TODO:document me ! + typedef struct Overlay Overlay; Overlay* createOverlay(const char*, const char*, int, int); const char* overlayName(Overlay*); const char* overlayOwnerEmail(Overlay*); const char* overlayDescription(Overlay*); -const char* overlayShortList(Overlay *o); -const char* overlayStr(Overlay *o); -const char* overlayToXml(Overlay *o); +const char* overlayShortList(Overlay*); +const char* overlayStr(Overlay*); +const char* overlayToXml(Overlay*); int overlayPriority(Overlay*); int overlayIsOfficial(Overlay*); -int overlayIsSupported(Overlay *o); +int overlayIsSupported(Overlay*); void overlayFree(Overlay*); #endif diff --git a/src/pkBackend.py b/src/pkBackend.py deleted file mode 100755 index 3ec1d2d..0000000 --- a/src/pkBackend.py +++ /dev/null @@ -1,1889 +0,0 @@ -#!/usr/bin/python -# -*- coding: utf-8 -*- -# vim:set shiftwidth=4 tabstop=4 expandtab: -# -# Copyright (C) 2009 Mounir Lamouri (volkmar) <mounir.lamouri@gmail.com> -# -# Licensed under the GNU General Public License Version 2 -# -# This program is free software; you can redistribute it and/or modify -# it under the terms of the GNU General Public License as published by -# the Free Software Foundation; either version 2 of the License, or -# (at your option) any later version. -# -# This program is distributed in the hope that it will be useful, -# but WITHOUT ANY WARRANTY; without even the implied warranty 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. - -# packagekit imports -from packagekit.backend import * -from packagekit.progress import * -from packagekit.package import PackagekitPackage - -# portage imports -import portage -import portage.versions -import portage.dep -import _emerge.actions -import _emerge.stdout_spinner -import _emerge.create_depgraph_params -import _emerge.AtomArg - -# layman imports -import layman.db -import layman.config - -# misc imports -import sys -import signal -import re -from itertools import izip - -# NOTES: -# -# Package IDs description: -# CAT/PN;PV;KEYWORD;[REPOSITORY|installed] -# Last field must be "installed" if installed. Otherwise it's the repo name -# -# Naming convention: -# cpv: category package version, the standard representation of what packagekit -# names a package (an ebuild for portage) - -# TODO: -# remove percentage(None) if percentage is used -# protection against signal when installing/removing - -# Map Gentoo categories to the PackageKit group name space -class PortagePackageGroups(dict): - """ - Portage Package categories group representation - """ - def __init__(self): - dict.__init__(self) - - data = { - 'accessibility': { - 'name': "Accessibility", - 'description': "Accessibility applications", - 'categories': ['app-accessibility'], - }, - 'office': { - 'name': "Office", - 'description': "Applications used in office environments", - 'categories': ['app-office', 'app-pda', 'app-mobilephone', - 'app-cdr', 'app-antivirus', 'app-laptop', 'mail-', - ], - }, - 'development': { - 'name': "Development", - 'description': "Applications or system libraries", - 'categories': ['dev-', 'sys-devel'], - }, - 'system': { - 'name': "System", - 'description': "System applications or libraries", - 'categories': ['sys-'], - }, - 'games': { - 'name': "Games", - 'description': "Games, enjoy your spare time", - 'categories': ['games-'], - }, - 'gnome': { - 'name': "GNOME Desktop", - 'description': \ - "Applications and libraries for the GNOME Desktop", - 'categories': ['gnome-'], - }, - 'kde': { - 'name': "KDE Desktop", - 'description': \ - "Applications and libraries for the KDE Desktop", - 'categories': ['kde-'], - }, - 'xfce': { - 'name': "XFCE Desktop", - 'description': \ - "Applications and libraries for the XFCE Desktop", - 'categories': ['xfce-'], - }, - 'lxde': { - 'name': "LXDE Desktop", - 'description': \ - "Applications and libraries for the LXDE Desktop", - 'categories': ['lxde-'], - }, - 'multimedia': { - 'name': "Multimedia", - 'description': \ - "Applications and libraries for Multimedia", - 'categories': ['media-'], - }, - 'networking': { - 'name': "Networking", - 'description': \ - "Applications and libraries for Networking", - 'categories': ['net-', 'www-'], - }, - 'science': { - 'name': "Science", - 'description': \ - "Scientific applications and libraries", - 'categories': ['sci-'], - }, - 'security': { - 'name': "Security", - 'description': \ - "Security orientend applications", - 'categories': ['app-antivirus', 'net-analyzer', 'net-firewall'], - }, - 'x11': { - 'name': "X11", - 'description': \ - "Applications and libraries for X11", - 'categories': ['x11-'], - }, - } - - self.update(data) - - -class PortageBridge(): - ''' - Bridge to portage/emerge settings and variabales to help using them - and be sure they are always up-to-date. - ''' - - def __init__(self): - self.settings = None - self.trees = None - self.mtimedb = None - self.vardb = None - self.portdb = None - self.root_config = None - - self.update() - - def update(self): - self.settings, self.trees, self.mtimedb = \ - _emerge.actions.load_emerge_config() - self.vardb = self.trees[self.settings['ROOT']]['vartree'].dbapi - self.portdb = self.trees[self.settings['ROOT']]['porttree'].dbapi - self.root_config = self.trees[self.settings['ROOT']]['root_config'] - - # doing all the changes to settings - self.settings.unlock() - - # we don't want interactive ebuilds - self.settings["ACCEPT_PROPERTIES"] = "-interactive" - self.settings.backup_changes("ACCEPT_PROPERTIES") - - # do not log with mod_echo (cleanly prevent some outputs) - def filter_echo(x): return x != 'echo' - elogs = self.settings["PORTAGE_ELOG_SYSTEM"].split() - elogs = filter(filter_echo, elogs) - self.settings["PORTAGE_ELOG_SYSTEM"] = ' '.join(elogs) - self.settings.backup_changes("PORTAGE_ELOG_SYSTEM") - - # finally, regenerate settings and lock them again - self.settings.regenerate() - self.settings.lock() - - -class PackageKitPortageMixin(object): - - def __init__(self): - object.__init__(self) - - self.pvar = PortageBridge() - # TODO: should be removed when using non-verbose function API - # FIXME: avoid using /dev/null, dangerous (ro fs) - self._dev_null = open('/dev/null', 'w') - # TODO: atm, this stack keep tracks of elog messages - self._elog_messages = [] - self._error_message = "" - self._error_phase = "" - - # TODO: should be removed when using non-verbose function API - def _block_output(self): - sys.stdout = self._dev_null - sys.stderr = self._dev_null - - # TODO: should be removed when using non-verbose function API - def _unblock_output(self): - sys.stdout = sys.__stdout__ - sys.stderr = sys.__stderr__ - - def _is_repo_enabled(self, layman_db, repo_name): - if repo_name in layman_db.overlays.keys(): - return True - return False - - def _get_search_list(self, keys_list): - ''' - Get a string composed of keys (separated with spaces). - Returns a list of compiled regular expressions. - ''' - search_list = [] - - for k in keys_list: - # not done entirely by pk-transaction - k = re.escape(k) - search_list.append(re.compile(k, re.IGNORECASE)) - - return search_list - - def _get_portage_categories(self): - """ - Return a list of available Portage categories - """ - return self.pvar.settings.categories - - def _get_portage_category_description(self, category): - - from xml.dom import minidom - data = {} - portdir = self.pvar.settings['PORTDIR'] - myfile = os.path.join(portdir, category, "metadata.xml") - if os.access(myfile, os.R_OK) and os.path.isfile(myfile): - doc = minidom.parse(myfile) - longdescs = doc.getElementsByTagName("longdescription") - for longdesc in longdescs: - data[longdesc.getAttribute("lang").strip()] = \ - ' '.join([x.strip() for x in \ - longdesc.firstChild.data.strip().split("\n")]) - - # Only return in plain English since Portage doesn't support i18n/l10n - return data.get('en', "No description") - - def _get_portage_groups(self): - """ - Return an expanded version of PortagePackageGroups - """ - groups = PortagePackageGroups() - categories = self._get_portage_categories() - - # expand categories - for data in list(groups.values()): - - exp_cats = set() - for g_cat in data['categories']: - exp_cats.update([x for x in categories if x.startswith(g_cat)]) - data['categories'] = sorted(exp_cats) - - return groups - - def _get_pk_group(self, cp): - """ - Return PackageKit group belonging to given Portage package. - """ - category = portage.versions.catsplit(cp)[0] - group_data = [key for key, data in self._get_portage_groups().items() \ - if category in data['categories']] - try: - generic_group_name = group_data.pop(0) - except IndexError: - return GROUP_UNKNOWN - - return PackageKitPortageBackend.GROUP_MAP[generic_group_name] - - def _get_portage_group(self, pk_group): - """ - Given a PackageKit group identifier, return Portage packages group. - """ - group_map = PackageKitPortageBackend.GROUP_MAP - # reverse dict - group_map_reverse = dict((y, x) for x, y in group_map.items()) - return group_map_reverse.get(pk_group, 'unknown') - - def _get_ebuild_settings(self, cpv, metadata): - """ - Return values of given metadata keys for given Portage CPV. - """ - settings = portage.config(clone=self.pvar.settings) - settings.setcpv(cpv, mydb=metadata) - return settings - - def _is_installed(self, cpv): - if self.pvar.vardb.cpv_exists(cpv): - return True - return False - - def _is_cpv_valid(self, cpv): - if self._is_installed(cpv): - # actually if is_installed return True that means cpv is in db - return True - elif self.pvar.portdb.cpv_exists(cpv): - return True - - return False - - def _get_real_license_str(self, cpv, metadata): - # use conditionals info (w/ USE) in LICENSE and remove || - ebuild_settings = self._get_ebuild_settings(cpv, metadata) - license = set(portage.flatten(portage.dep.use_reduce( - portage.dep.paren_reduce(metadata["LICENSE"]), - uselist=ebuild_settings.get("USE", "").split()))) - license.discard('||') - license = ' '.join(license) - - return license - - def _signal_config_update(self): - result = list(portage.util.find_updated_config_files( - self.pvar.settings['ROOT'], - self.pvar.settings.get('CONFIG_PROTECT', '').split())) - - if result: - message = "Some configuration files need updating." - message += ";You should use Gentoo's tools to update them (dispatch-conf)" - message += ";If you can't do that, ask your system administrator." - self.message(MESSAGE_CONFIG_FILES_CHANGED, message) - - def _get_restricted_fetch_files(self, cpv, metadata): - ''' - This function checks files in SRC_URI and look if they are in DESTDIR. - Missing files are returned. If there is no issue, None is returned. - We don't care about digest but only about existance of files. - - NOTES: - - we are assuming the package has RESTRICT='fetch' - be sure to call this function only in this case. - - we are not using fetch_check because it's not returning missing files - so this function is a simplist fetch_check - ''' - missing_files = [] - ebuild_settings = self._get_ebuild_settings(cpv, metadata) - - files = self.pvar.portdb.getFetchMap(cpv, - ebuild_settings['USE'].split()) - - for f in files: - file_path = os.path.join(ebuild_settings["DISTDIR"], f) - if not os.access(file_path, os.F_OK): - missing_files.append([file_path, files[f]]) - - if len(missing_files) > 0: - return missing_files - - return None - - def _check_fetch_restrict(self, packages_list): - for p in packages_list: - if 'fetch' in p.metadata['RESTRICT']: - files = self._get_restricted_fetch_files(p.cpv, p.metadata) - if files: - message = "Package %s can't download some files." % p.cpv - message += ";Please, download manually the followonig file(s):" - for x in files: - message += ";- %s then copy it to %s" % (' '.join(x[1]), x[0]) - self.error(ERROR_RESTRICTED_DOWNLOAD, message) - - def _elog_listener(self, settings, key, logentries, fulltext): - ''' - This is a listener for elog. - It's called each time elog is emitting log messages (at end of process). - We are not using settings and fulltext but they are used by other - listeners so we have to keep them as arguments. - ''' - message = "Messages for package %s:;" % str(key) - error_message = "" - - # building the message - for phase in logentries: - for entries in logentries[phase]: - type = entries[0] - messages = entries[1] - - # TODO: portage.elog.filtering is using upper() should we ? - if type == 'LOG': - message += ";Information messages:" - elif type == 'WARN': - message += ";Warning messages:" - elif type == 'QA': - message += ";QA messages:" - elif type == 'ERROR': - message += ";Error messages:" - self._error_phase = phase - else: - continue - - for msg in messages: - msg = msg.replace('\n', '') - if type == 'ERROR': - error_message += msg + ";" - message += "; " + msg - - # add the message to the stack - self._elog_messages.append(message) - self._error_message = message - - def _send_merge_error(self, default): - # EAPI-2 compliant (at least) - # 'other' phase is ignored except this one, every phase should be there - if self._error_phase in ("setup", "unpack", "prepare", "configure", - "nofetch", "config", "info"): - error_type = ERROR_PACKAGE_FAILED_TO_CONFIGURE - elif self._error_phase in ("compile", "test"): - error_type = ERROR_PACKAGE_FAILED_TO_BUILD - elif self._error_phase in ("install", "preinst", "postinst", - "package"): - error_type = ERROR_PACKAGE_FAILED_TO_INSTALL - elif self._error_phase in ("prerm", "postrm"): - error_type = ERROR_PACKAGE_FAILED_TO_REMOVE - else: - error_type = default - - self.error(error_type, self._error_message) - - def _get_file_list(self, cpv): - cat, pv = portage.versions.catsplit(cpv) - db = portage.dblink(cat, pv, self.pvar.settings['ROOT'], - self.pvar.settings, treetype="vartree", - vartree=self.pvar.vardb) - - contents = db.getcontents() - if not contents: - return [] - - return db.getcontents().keys() - - def _cmp_cpv(self, cpv1, cpv2): - ''' - returns 1 if cpv1 > cpv2 - returns 0 if cpv1 = cpv2 - returns -1 if cpv1 < cpv2 - ''' - return portage.versions.pkgcmp(portage.versions.pkgsplit(cpv1), - portage.versions.pkgsplit(cpv2)) - - def _get_newest_cpv(self, cpv_list, installed): - newer = "" - - # get the first cpv following the installed rule - for cpv in cpv_list: - if self._is_installed(cpv) == installed: - newer = cpv - break - - if newer == "": - return "" - - for cpv in cpv_list: - if self._is_installed(cpv) == installed: - if self._cmp_cpv(cpv, newer) == 1: - newer = cpv - - return newer - - def _get_metadata(self, cpv, keys, in_dict = False, add_cache_keys = False): - ''' - This function returns required metadata. - If in_dict is True, metadata is returned in a dict object. - If add_cache_keys is True, cached keys are added to keys in parameter. - ''' - if self._is_installed(cpv): - aux_get = self.pvar.vardb.aux_get - if add_cache_keys: - keys.extend(list(self.pvar.vardb._aux_cache_keys)) - else: - aux_get = self.pvar.portdb.aux_get - if add_cache_keys: - keys.extend(list(self.pvar.portdb._aux_cache_keys)) - - if in_dict: - return dict(izip(keys, aux_get(cpv, keys))) - else: - return aux_get(cpv, keys) - - def _get_size(self, cpv): - ''' - Returns the installed size if the package is installed. - Otherwise, the size of files needed to be downloaded. - If some required files have been downloaded, - only the remaining size will be considered. - ''' - size = 0 - if self._is_installed(cpv): - size = self._get_metadata(cpv, ["SIZE"])[0] - if size == '': - size = 0 - else: - size = int(size) - else: - self - metadata = self._get_metadata(cpv, ["IUSE", "SLOT"], in_dict=True) - - package = _emerge.Package.Package( - type_name="ebuild", - built=False, - installed=False, - root_config=self.pvar.root_config, - cpv=cpv, - metadata=metadata) - - fetch_file = self.pvar.portdb.getfetchsizes(package[2], - package.use.enabled) - for f in fetch_file: - size += fetch_file[f] - - return size - - def _get_cpv_slotted(self, cpv_list): - cpv_dict = {} - - for cpv in cpv_list: - slot = self._get_metadata(cpv, ["SLOT"])[0] - if slot not in cpv_dict: - cpv_dict[slot] = [cpv] - else: - cpv_dict[slot].append(cpv) - - return cpv_dict - - def _filter_free(self, cpv_list, fltlist): - if not cpv_list: - return cpv_list - - def _has_validLicense(cpv): - metadata = self._get_metadata(cpv, ["LICENSE", "USE", "SLOT"], True) - return not self.pvar.settings._getMissingLicenses(cpv, metadata) - - if FILTER_FREE in fltlist or FILTER_NOT_FREE in fltlist: - free_licenses = "@FSF-APPROVED" - if FILTER_FREE in fltlist: - licenses = "-* " + free_licenses - elif FILTER_NOT_FREE in fltlist: - licenses = "* -" + free_licenses - backup_license = self.pvar.settings["ACCEPT_LICENSE"] - - self.pvar.settings.unlock() - self.pvar.settings["ACCEPT_LICENSE"] = licenses - self.pvar.settings.backup_changes("ACCEPT_LICENSE") - self.pvar.settings.regenerate() - - cpv_list = filter(_has_validLicense, cpv_list) - - self.pvar.settings["ACCEPT_LICENSE"] = backup_license - self.pvar.settings.backup_changes("ACCEPT_LICENSE") - self.pvar.settings.regenerate() - self.pvar.settings.lock() - - return cpv_list - - def _filter_newest(self, cpv_list, fltlist): - if len(cpv_list) == 0: - return cpv_list - - if FILTER_NEWEST not in fltlist: - return cpv_list - - if FILTER_INSTALLED in fltlist: - # we have one package per slot, so it's the newest - return cpv_list - - cpv_dict = self._get_cpv_slotted(cpv_list) - - # slots are sorted (dict), revert them to have newest slots first - slots = cpv_dict.keys() - slots.reverse() - - # empty cpv_list, cpv are now in cpv_dict and cpv_list gonna be repop - cpv_list = [] - - for k in slots: - # if not_intalled on, no need to check for newest installed - if FILTER_NOT_INSTALLED not in fltlist: - newest_installed = self._get_newest_cpv(cpv_dict[k], True) - if newest_installed != "": - cpv_list.append(newest_installed) - newest_available = self._get_newest_cpv(cpv_dict[k], False) - if newest_available != "": - cpv_list.append(newest_available) - - return cpv_list - - def _get_all_cp(self, fltlist): - # NOTES: - # returns a list of cp - # - # FILTERS: - # - installed: ok - # - free: ok (should be done with cpv) - # - newest: ok (should be finished with cpv) - cp_list = [] - - if FILTER_INSTALLED in fltlist: - cp_list = self.pvar.vardb.cp_all() - elif FILTER_NOT_INSTALLED in fltlist: - cp_list = self.pvar.portdb.cp_all() - else: - # need installed packages first - cp_list = self.pvar.vardb.cp_all() - for cp in self.pvar.portdb.cp_all(): - if cp not in cp_list: - cp_list.append(cp) - - return cp_list - - def _get_all_cpv(self, cp, fltlist, filter_newest=True): - # NOTES: - # returns a list of cpv - # - # FILTERS: - # - installed: ok - # - free: ok - # - newest: ok - - cpv_list = [] - - # populate cpv_list taking care of installed filter - if FILTER_INSTALLED in fltlist: - cpv_list = self.pvar.vardb.match(cp) - elif FILTER_NOT_INSTALLED in fltlist: - for cpv in self.pvar.portdb.match(cp): - if not self._is_installed(cpv): - cpv_list.append(cpv) - else: - cpv_list = self.pvar.vardb.match(cp) - for cpv in self.pvar.portdb.match(cp): - if cpv not in cpv_list: - cpv_list.append(cpv) - - # free filter - cpv_list = self._filter_free(cpv_list, fltlist) - - # newest filter - if filter_newest: - cpv_list = self._filter_newest(cpv_list, fltlist) - - return cpv_list - - def _id_to_cpv(self, pkgid): - ''' - Transform the package id (packagekit) to a cpv (portage) - ''' - ret = split_package_id(pkgid) - - if len(ret) < 4: - self.error(ERROR_PACKAGE_ID_INVALID, - "The package id %s does not contain 4 fields" % pkgid) - if '/' not in ret[0]: - self.error(ERROR_PACKAGE_ID_INVALID, - "The first field of the package id must contain a category") - - # remove slot info from version field - version = ret[1].split(':')[0] - - return ret[0] + "-" + version - - def _cpv_to_id(self, cpv): - ''' - Transform the cpv (portage) to a package id (packagekit) - ''' - package, version, rev = portage.versions.pkgsplit(cpv) - pkg_keywords, repo, slot = self._get_metadata(cpv, - ["KEYWORDS", "repository", "SLOT"]) - - pkg_keywords = pkg_keywords.split() - sys_keywords = self.pvar.settings["ACCEPT_KEYWORDS"].split() - keywords = [] - - for x in sys_keywords: - if x in pkg_keywords: - keywords.append(x) - - # if no keywords, check in package.keywords - if not keywords: - key_dict = self.pvar.settings.pkeywordsdict.get( - portage.dep.dep_getkey(cpv)) - if key_dict: - for _, keys in key_dict.iteritems(): - for x in keys: - keywords.append(x) - - if not keywords: - keywords.append("no keywords") - self.message(MESSAGE_UNKNOWN, - "No keywords have been found for %s" % cpv) - - # don't want to see -r0 - if rev != "r0": - version = version + "-" + rev - # add slot info if slot != 0 - if slot != '0': - version = version + ':' + slot - - # if installed, repo should be 'installed', packagekit rule - if self._is_installed(cpv): - repo = "installed" - - return get_package_id(package, version, ' '.join(keywords), repo) - - def _get_required_packages(self, cpv_input, recursive): - ''' - Get a list of cpv and recursive parameter. - Returns the list of packages required for cpv list. - ''' - packages_list = [] - - myopts = {} - myopts["--selective"] = True - myopts["--deep"] = True - - myparams = _emerge.create_depgraph_params.create_depgraph_params( - myopts, "remove") - depgraph = _emerge.depgraph.depgraph(self.pvar.settings, - self.pvar.trees, myopts, myparams, None) - - # TODO: atm, using FILTER_INSTALLED because it's quicker - # and we don't want to manage non-installed packages - for cp in self._get_all_cp([FILTER_INSTALLED]): - for cpv in self._get_all_cpv(cp, [FILTER_INSTALLED]): - depgraph._dynamic_config._dep_stack.append( - _emerge.Dependency.Dependency( - atom=portage.dep.Atom('=' + cpv), - root=self.pvar.settings["ROOT"], parent=None)) - - if not depgraph._complete_graph(): - self.error(ERROR_INTERNAL_ERROR, "Error when generating depgraph") - return - - def _add_children_to_list(packages_list, node): - for n in depgraph._dynamic_config.digraph.parent_nodes(node): - if n not in packages_list \ - and not isinstance(n, _emerge.SetArg.SetArg): - packages_list.append(n) - _add_children_to_list(packages_list, n) - - for node in depgraph._dynamic_config.digraph.__iter__(): - if isinstance(node, _emerge.SetArg.SetArg): - continue - if node.cpv in cpv_input: - if recursive: - _add_children_to_list(packages_list, node) - else: - for n in \ - depgraph._dynamic_config.digraph.parent_nodes(node): - if not isinstance(n, _emerge.SetArg.SetArg): - packages_list.append(n) - - # remove cpv_input that may be added to the list - def filter_cpv_input(x): return x.cpv not in cpv_input - return filter(filter_cpv_input, packages_list) - - -class PackageKitPortageBackend(PackageKitPortageMixin, PackageKitPortageBase): - - # Portage <-> PackageKit groups map - GROUP_MAP = { - 'accessibility': GROUP_ACCESSIBILITY, - 'development': GROUP_PROGRAMMING, - 'games': GROUP_GAMES, - 'gnome': GROUP_DESKTOP_GNOME, - 'kde': GROUP_DESKTOP_KDE, - 'lxde': GROUP_DESKTOP_OTHER, - 'multimedia': GROUP_MULTIMEDIA, - 'networking': GROUP_NETWORK, - 'office': GROUP_OFFICE, - 'science': GROUP_SCIENCE, - 'system': GROUP_SYSTEM, - 'security': GROUP_SECURITY, - 'x11': GROUP_OTHER, - 'xfce': GROUP_DESKTOP_XFCE, - 'unknown': GROUP_UNKNOWN, - } - - def __sigquit(self, signum, frame): - raise SystemExit(1) - - def __init__(self, args): - signal.signal(signal.SIGQUIT, self.__sigquit) - PackageKitPortageMixin.__init__(self) - PackageKitBaseBackend.__init__(self, args) - - def _package(self, cpv, info=None): - desc = self._get_metadata(cpv, ["DESCRIPTION"])[0] - if not info: - if self._is_installed(cpv): - info = INFO_INSTALLED - else: - info = INFO_AVAILABLE - self.package(self._cpv_to_id(cpv), info, desc) - - def get_categories(self): - - self.status(STATUS_QUERY) - self.allow_cancel(True) - - categories = self._get_portage_categories() - if not categories: - self.error(ERROR_GROUP_LIST_INVALID, "no package categories") - return - - for name in categories: - - summary = self._get_portage_category_description(name) - - f_name = "/usr/share/pixmaps/portage/%s.png" % (name,) - if os.path.isfile(f_name) and os.access(f_name, os.R_OK): - icon = name - else: - icon = "image-missing" - - cat_id = name # same thing - self.category("", cat_id, name, summary, icon) - - def get_depends(self, filters, pkgs, recursive): - # TODO: use only myparams ? - # TODO: improve error management / info - - # FILTERS: - # - installed: ok - # - free: ok - # - newest: ignored because only one version of a package is installed - - self.status(STATUS_INFO) - self.allow_cancel(True) - self.percentage(None) - - fltlist = filters.split(';') - - cpv_input = [] - cpv_list = [] - - for pkg in pkgs: - cpv = self._id_to_cpv(pkg) - if not self._is_cpv_valid(cpv): - self.error(ERROR_PACKAGE_NOT_FOUND, - "Package %s was not found" % pkg) - continue - cpv_input.append('=' + cpv) - - myopts = {} - myopts["--selective"] = True - myopts["--deep"] = True - myparams = _emerge.create_depgraph_params.create_depgraph_params( - myopts, "") - - depgraph = _emerge.depgraph.depgraph( - self.pvar.settings, self.pvar.trees, myopts, myparams, None) - retval, fav = depgraph.select_files(cpv_input) - - if not retval: - self.error(ERROR_DEP_RESOLUTION_FAILED, - "Wasn't able to get dependency graph") - return - - def _add_children_to_list(cpv_list, node): - for n in depgraph._dynamic_config.digraph.child_nodes(node): - if n not in cpv_list: - cpv_list.append(n) - _add_children_to_list(cpv_list, n) - - for cpv in cpv_input: - for r in depgraph._dynamic_config.digraph.root_nodes(): - # TODO: remove things with @ as first char - # TODO: or refuse SetArgs - if not isinstance(r, _emerge.AtomArg.AtomArg): - continue - if r.atom == cpv: - if recursive: - _add_children_to_list(cpv_list, r) - else: - for n in \ - depgraph._dynamic_config.digraph.child_nodes(r): - for c in \ - depgraph._dynamic_config.digraph.child_nodes(n): - cpv_list.append(c) - - def _filter_uninstall(cpv): - return cpv[3] != 'uninstall' - def _filter_installed(cpv): - return cpv[0] == 'installed' - def _filter_not_installed(cpv): - return cpv[0] != 'installed' - - # removing packages going to be uninstalled - cpv_list = filter(_filter_uninstall, cpv_list) - - # install filter - if FILTER_INSTALLED in fltlist: - cpv_list = filter(_filter_installed, cpv_list) - if FILTER_NOT_INSTALLED in fltlist: - cpv_list = filter(_filter_not_installed, cpv_list) - - # now we can change cpv_list to a real cpv list - tmp_list = cpv_list[:] - cpv_list = [] - for x in tmp_list: - cpv_list.append(x[2]) - del tmp_list - - # free filter - cpv_list = self._filter_free(cpv_list, fltlist) - - for cpv in cpv_list: - # prevent showing input packages - if '=' + cpv not in cpv_input: - self._package(cpv) - - def get_details(self, pkgs): - self.status(STATUS_INFO) - self.allow_cancel(True) - self.percentage(0) - - nb_pkg = float(len(pkgs)) - pkg_processed = 0.0 - - for pkg in pkgs: - cpv = self._id_to_cpv(pkg) - - if not self._is_cpv_valid(cpv): - self.error(ERROR_PACKAGE_NOT_FOUND, - "Package %s was not found" % pkg) - continue - - metadata = self._get_metadata(cpv, - ["DESCRIPTION", "HOMEPAGE", "IUSE", "LICENSE", "SLOT"], - in_dict=True) - license = self._get_real_license_str(cpv, metadata) - - self.details(self._cpv_to_id(cpv), license, - self._get_pk_group(cpv), - metadata["DESCRIPTION"], metadata["HOMEPAGE"], - self._get_size(cpv)) - - pkg_processed += 100.0 - self.percentage(int(pkg_processed/nb_pkg)) - - self.percentage(100) - - def get_files(self, pkgs): - self.status(STATUS_INFO) - self.allow_cancel(True) - self.percentage(0) - - nb_pkg = float(len(pkgs)) - pkg_processed = 0.0 - - for pkg in pkgs: - cpv = self._id_to_cpv(pkg) - - if not self._is_cpv_valid(cpv): - self.error(ERROR_PACKAGE_NOT_FOUND, - "Package %s was not found" % pkg) - continue - - if not self._is_installed(cpv): - self.error(ERROR_CANNOT_GET_FILELIST, - "get-files is only available for installed packages") - continue - - files = self._get_file_list(cpv) - files = sorted(files) - files = ";".join(files) - - self.files(pkg, files) - - pkg_processed += 100.0 - self.percentage(int(pkg_processed/nb_pkg)) - - self.percentage(100) - - def get_packages(self, filters): - self.status(STATUS_QUERY) - self.allow_cancel(True) - self.percentage(0) - - fltlist = filters.split(';') - cp_list = self._get_all_cp(fltlist) - nb_cp = float(len(cp_list)) - cp_processed = 0.0 - - for cp in self._get_all_cp(fltlist): - for cpv in self._get_all_cpv(cp, fltlist): - self._package(cpv) - - cp_processed += 100.0 - self.percentage(int(cp_processed/nb_cp)) - - self.percentage(100) - - def get_repo_list(self, filters): - # NOTES: - # use layman API - # returns only official and supported repositories - # and creates a dummy repo for portage tree - self.status(STATUS_INFO) - self.allow_cancel(True) - self.percentage(None) - - fltlist = filters.split(';') - - # get installed and available dbs - installed_layman_db = layman.db.DB(layman.config.Config()) - available_layman_db = layman.db.RemoteDB(layman.config.Config()) - - # 'gentoo' is a dummy repo - self.repo_detail('gentoo', 'Gentoo Portage tree', True) - - if FILTER_NOT_DEVELOPMENT not in fltlist: - for o in available_layman_db.overlays.keys(): - if available_layman_db.overlays[o].is_official() \ - and available_layman_db.overlays[o].is_supported(): - self.repo_detail(o, o, - self._is_repo_enabled(installed_layman_db, o)) - - def get_requires(self, filters, pkgs, recursive): - # TODO: manage non-installed package - - # FILTERS: - # - installed: error atm, see previous TODO - # - free: ok - # - newest: ignored because only one version of a package is installed - - self.status(STATUS_RUNNING) - self.allow_cancel(True) - self.percentage(None) - - fltlist = filters.split(';') - - cpv_input = [] - cpv_list = [] - - if FILTER_NOT_INSTALLED in fltlist: - self.error(ERROR_CANNOT_GET_REQUIRES, - "get-requires returns only installed packages at the moment") - return - - for pkg in pkgs: - cpv = self._id_to_cpv(pkg) - - if not self._is_cpv_valid(cpv): - self.error(ERROR_PACKAGE_NOT_FOUND, - "Package %s was not found" % pkg) - continue - if not self._is_installed(cpv): - self.error(ERROR_CANNOT_GET_REQUIRES, - "get-requires is only available for installed packages at the moment") - continue - - cpv_input.append(cpv) - - packages_list = self._get_required_packages(cpv_input, recursive) - - # now we can populate cpv_list - cpv_list = [] - for p in packages_list: - cpv_list.append(p.cpv) - del packages_list - - # free filter - cpv_list = self._filter_free(cpv_list, fltlist) - - for cpv in cpv_list: - # prevent showing input packages - if '=' + cpv not in cpv_input: - self._package(cpv) - - def get_update_detail(self, pkgs): - # TODO: a lot of informations are missing - - self.status(STATUS_INFO) - self.allow_cancel(True) - self.percentage(None) - - for pkg in pkgs: - updates = [] - obsoletes = "" - vendor_url = "" - bugzilla_url = "" - cve_url = "" - - cpv = self._id_to_cpv(pkg) - - if not self.pvar.portdb.cpv_exists(cpv): - self.message(MESSAGE_COULD_NOT_FIND_PACKAGE, "could not find %s" % pkg) - - for cpv in self.pvar.vardb.match(portage.versions.pkgsplit(cpv)[0]): - updates.append(cpv) - updates = "&".join(updates) - - # temporarily set vendor_url = homepage - homepage = self._get_metadata(cpv, ["HOMEPAGE"])[0] - vendor_url = homepage - issued = "" - updated = "" - - self.update_detail(pkg, updates, obsoletes, vendor_url, bugzilla_url, - cve_url, "none", "No update text", "No ChangeLog", - UPDATE_STATE_STABLE, issued, updated) - - def get_updates(self, filters): - # NOTES: - # because of a lot of things related to Gentoo, - # only world and system packages are can be listed as updates - # _except_ for security updates - - # UPDATE TYPES: - # - blocked: wait for feedbacks - # - low: TODO: --newuse - # - normal: default - # - important: none atm - # - security: from @security - - # FILTERS: - # - installed: try to update non-installed packages and call me ;) - # - free: ok - # - newest: ok - - self.status(STATUS_INFO) - self.allow_cancel(True) - self.percentage(None) - - fltlist = filters.split(';') - - update_candidates = [] - cpv_updates = {} - cpv_downgra = {} - - # get system and world packages - for s in ["system", "world"]: - set = portage.sets.base.InternalPackageSet( - initial_atoms=self.pvar.root_config.setconfig.getSetAtoms(s)) - for atom in set: - update_candidates.append(atom.cp) - - # check if a candidate can be updated - for cp in update_candidates: - cpv_list_inst = self.pvar.vardb.match(cp) - cpv_list_avai = self.pvar.portdb.match(cp) - - cpv_dict_inst = self._get_cpv_slotted(cpv_list_inst) - cpv_dict_avai = self._get_cpv_slotted(cpv_list_avai) - - dict_upda = {} - dict_down = {} - - # candidate slots are installed slots - slots = cpv_dict_inst.keys() - slots.reverse() - - for s in slots: - cpv_list_updates = [] - cpv_inst = cpv_dict_inst[s][0] # only one install per slot - - # the slot can be outdated (not in the tree) - if s not in cpv_dict_avai: - break - - tmp_list_avai = cpv_dict_avai[s] - tmp_list_avai.reverse() - - for cpv in tmp_list_avai: - if self._cmp_cpv(cpv_inst, cpv) == -1: - cpv_list_updates.append(cpv) - else: # because the list is sorted - break - - # no update for this slot - if len(cpv_list_updates) == 0: - if [cpv_inst] == self.pvar.portdb.visible([cpv_inst]): - break # really no update - else: - # that's actually a downgrade or even worst - if len(tmp_list_avai) == 0: - break # this package is not known in the tree... - else: - dict_down[s] = [tmp_list_avai.pop()] - - cpv_list_updates = self._filter_free(cpv_list_updates, fltlist) - - if len(cpv_list_updates) == 0: - break - - if FILTER_NEWEST in fltlist: - best_cpv = portage.versions.best(cpv_list_updates) - cpv_list_updates = [best_cpv] - - dict_upda[s] = cpv_list_updates - - if len(dict_upda) != 0: - cpv_updates[cp] = dict_upda - if len(dict_down) != 0: - cpv_downgra[cp] = dict_down - - # get security updates - for atom in portage.sets.base.InternalPackageSet( - initial_atoms=self.pvar.root_config.setconfig.getSetAtoms("security")): - # send update message and remove atom from cpv_updates - if atom.cp in cpv_updates: - slot = self._get_metadata(atom.cpv, ["SLOT"])[0] - if slot in cpv_updates[atom.cp]: - tmp_cpv_list = cpv_updates[atom.cp][slot][:] - for cpv in tmp_cpv_list: - if self._cmp_cpv(cpv, atom.cpv) >= 0: - # cpv is a security update and removed from list - cpv_updates[atom.cp][slot].remove(cpv) - self._package(cpv, INFO_SECURITY) - else: # update also non-world and non-system packages if security - self._package(atom.cpv, INFO_SECURITY) - - # downgrades - for cp in cpv_downgra: - for slot in cpv_downgra[cp]: - for cpv in cpv_downgra[cp][slot]: - self._package(cpv, INFO_IMPORTANT) - - # normal updates - for cp in cpv_updates: - for slot in cpv_updates[cp]: - for cpv in cpv_updates[cp][slot]: - self._package(cpv, INFO_NORMAL) - - def simulate_install_packages(self, pkgs): - return self._install_packages(False, pkgs, simulate=True) - - def install_packages(self, only_trusted, pkgs): - return self._install_packages(False, pkgs) - - def _install_packages(self, only_trusted, pkgs, simulate=False): - # NOTES: - # can't install an already installed packages - # even if it happens to be needed in Gentoo but probably not this API - # TODO: every merged pkg should emit self.package() - # see around _emerge.Scheduler.Scheduler - - self.status(STATUS_RUNNING) - self.allow_cancel(False) - self.percentage(None) - - cpv_list = [] - - for pkg in pkgs: - cpv = self._id_to_cpv(pkg) - - if not self._is_cpv_valid(cpv): - self.error(ERROR_PACKAGE_NOT_FOUND, - "Package %s was not found" % pkg) - continue - - if self._is_installed(cpv): - self.error(ERROR_PACKAGE_ALREADY_INSTALLED, - "Package %s is already installed" % pkg) - continue - - cpv_list.append('=' + cpv) - - # only_trusted isn't supported - # but better to show it after important errors - if only_trusted: - self.error(ERROR_MISSING_GPG_SIGNATURE, - "Portage backend does not support GPG signature") - return - - # creating installation depgraph - myopts = {} - favorites = [] - myparams = _emerge.create_depgraph_params.create_depgraph_params( - myopts, "") - - self.status(STATUS_DEP_RESOLVE) - - depgraph = _emerge.depgraph.depgraph(self.pvar.settings, - self.pvar.trees, myopts, myparams, None) - retval, favorites = depgraph.select_files(cpv_list) - if not retval: - self.error(ERROR_DEP_RESOLUTION_FAILED, - "Wasn't able to get dependency graph") - return - - # check fetch restrict, can stop the function via error signal - self._check_fetch_restrict(depgraph.altlist()) - - self.status(STATUS_INSTALL) - - if simulate: - return - - # get elog messages - portage.elog.add_listener(self._elog_listener) - - try: - self._block_output() - # compiling/installing - mergetask = _emerge.Scheduler.Scheduler(self.pvar.settings, - self.pvar.trees, self.pvar.mtimedb, myopts, None, - depgraph.altlist(), favorites, depgraph.schedulerGraph()) - rval = mergetask.merge() - finally: - self._unblock_output() - - # when an error is found print error messages - if rval != os.EX_OK: - self._send_merge_error(ERROR_PACKAGE_FAILED_TO_INSTALL) - - # show elog messages and clean - portage.elog.remove_listener(self._elog_listener) - for msg in self._elog_messages: - # TODO: use specific message ? - self.message(MESSAGE_UNKNOWN, msg) - self._elog_messages = [] - - self._signal_config_update() - - def refresh_cache(self, force): - # NOTES: can't manage progress even if it could be better - # TODO: do not wait for exception, check timestamp - # TODO: message if overlay repo has changed (layman) - self.status(STATUS_REFRESH_CACHE) - self.allow_cancel(False) - self.percentage(None) - - myopts = {'--quiet': True} - - # get installed and available dbs - installed_layman_db = layman.db.DB(layman.config.Config()) - - if force: - timestamp_path = os.path.join( - self.pvar.settings["PORTDIR"], "metadata", "timestamp.chk") - if os.access(timestamp_path, os.F_OK): - os.remove(timestamp_path) - - try: - self._block_output() - for o in installed_layman_db.overlays.keys(): - installed_layman_db.sync(o, quiet=True) - _emerge.actions.action_sync(self.pvar.settings, self.pvar.trees, - self.pvar.mtimedb, myopts, "") - except: - self.error(ERROR_INTERNAL_ERROR, traceback.format_exc()) - finally: - self._unblock_output() - - def remove_packages(self, allowdep, autoremove, pkgs): - return self._remove_packages(allowdep, autoremove, pkgs) - - def simulate_remove_packages(self, pkgs): - return self._remove_packages(True, False, pkgs, simulate=True) - - def _remove_packages(self, allowdep, autoremove, pkgs, simulate=False): - # TODO: every to-be-removed pkg should emit self.package() - # see around _emerge.Scheduler.Scheduler - self.status(STATUS_RUNNING) - self.allow_cancel(False) - self.percentage(None) - - cpv_list = [] - packages = [] - required_packages = [] - system_packages = [] - - # get system packages - set = portage.sets.base.InternalPackageSet( - initial_atoms=self.pvar.root_config.setconfig.getSetAtoms("system")) - for atom in set: - system_packages.append(atom.cp) - - # create cpv_list - for pkg in pkgs: - cpv = self._id_to_cpv(pkg) - - if not self._is_cpv_valid(cpv): - self.error(ERROR_PACKAGE_NOT_FOUND, - "Package %s was not found" % pkg) - continue - - if not self._is_installed(cpv): - self.error(ERROR_PACKAGE_NOT_INSTALLED, - "Package %s is not installed" % pkg) - continue - - # stop removal if a package is in the system set - if portage.versions.pkgsplit(cpv)[0] in system_packages: - self.error(ERROR_CANNOT_REMOVE_SYSTEM_PACKAGE, - "Package %s is a system package. If you really want to remove it, please use portage" % pkg) - continue - - cpv_list.append(cpv) - - # backend do not implement autoremove - if autoremove: - self.message(MESSAGE_AUTOREMOVE_IGNORED, - "Portage backend do not implement autoremove option") - - # get packages needing candidates for removal - required_packages = self._get_required_packages(cpv_list, recursive=True) - - # if there are required packages, allowdep must be on - if required_packages and not allowdep: - self.error(ERROR_DEP_RESOLUTION_FAILED, - "Could not perform remove operation has packages are needed by other packages") - return - - # first, we add required packages - for p in required_packages: - package = _emerge.Package.Package( - type_name=p.type_name, - built=p.built, - installed=p.installed, - root_config=p.root_config, - cpv=p.cpv, - metadata=p.metadata, - operation='uninstall') - packages.append(package) - - # and now, packages we want really to remove - for cpv in cpv_list: - metadata = self._get_metadata(cpv, [], - in_dict=True, add_cache_keys=True) - package = _emerge.Package.Package( - type_name="ebuild", - built=True, - installed=True, - root_config=self.pvar.root_config, - cpv=cpv, - metadata=metadata, - operation="uninstall") - packages.append(package) - - if simulate: - return - - # need to define favorites to remove packages from world set - favorites = [] - for p in packages: - favorites.append('=' + p.cpv) - - # get elog messages - portage.elog.add_listener(self._elog_listener) - - # now, we can remove - try: - self._block_output() - mergetask = _emerge.Scheduler.Scheduler(self.pvar.settings, - self.pvar.trees, self.pvar.mtimedb, mergelist=packages, - myopts={}, spinner=None, favorites=favorites, digraph=None) - rval = mergetask.merge() - finally: - self._unblock_output() - - # when an error is found print error messages - if rval != os.EX_OK: - self._send_merge_error(ERROR_PACKAGE_FAILED_TO_REMOVE) - - # show elog messages and clean - portage.elog.remove_listener(self._elog_listener) - for msg in self._elog_messages: - # TODO: use specific message ? - self.message(MESSAGE_UNKNOWN, msg) - self._elog_messages = [] - - def repo_enable(self, repoid, enable): - # NOTES: use layman API >= 1.2.3 - self.status(STATUS_INFO) - self.allow_cancel(True) - self.percentage(None) - - # special case: trying to work with gentoo repo - if repoid == 'gentoo': - if not enable: - self.error(ERROR_CANNOT_DISABLE_REPOSITORY, - "gentoo repository can't be disabled") - return - - # get installed and available dbs - installed_layman_db = layman.db.DB(layman.config.Config()) - available_layman_db = layman.db.RemoteDB(layman.config.Config()) - - # check now for repoid so we don't have to do it after - if not repoid in available_layman_db.overlays.keys(): - self.error(ERROR_REPO_NOT_FOUND, - "Repository %s was not found" % repoid) - return - - # disabling (removing) a db - # if repository already disabled, ignoring - if not enable and self._is_repo_enabled(installed_layman_db, repoid): - try: - installed_layman_db.delete(installed_layman_db.select(repoid)) - except Exception, e: - self.error(ERROR_INTERNAL_ERROR, - "Failed to disable repository "+repoid+" : "+str(e)) - return - - # enabling (adding) a db - # if repository already enabled, ignoring - if enable and not self._is_repo_enabled(installed_layman_db, repoid): - try: - # TODO: clean the trick to prevent outputs from layman - self._block_output() - installed_layman_db.add(available_layman_db.select(repoid), - quiet=True) - self._unblock_output() - except Exception, e: - self._unblock_output() - self.error(ERROR_INTERNAL_ERROR, - "Failed to enable repository "+repoid+" : "+str(e)) - return - - def resolve(self, filters, pkgs): - self.status(STATUS_QUERY) - self.allow_cancel(True) - self.percentage(0) - - fltlist = filters.split(';') - cp_list = self._get_all_cp(fltlist) - nb_cp = float(len(cp_list)) - cp_processed = 0.0 - - reg_expr = [] - for pkg in pkgs: - reg_expr.append("^" + re.escape(pkg) + "$") - reg_expr = "|".join(reg_expr) - - # specifications says "be case sensitive" - s = re.compile(reg_expr) - - for cp in cp_list: - if s.match(cp): - for cpv in self._get_all_cpv(cp, fltlist): - self._package(cpv) - - cp_processed += 100.0 - self.percentage(int(cp_processed/nb_cp)) - - self.percentage(100) - - def search_details(self, filters, keys): - # NOTES: very bad performance - self.status(STATUS_QUERY) - self.allow_cancel(True) - self.percentage(0) - - fltlist = filters.split(';') - cp_list = self._get_all_cp(fltlist) - nb_cp = float(len(cp_list)) - cp_processed = 0.0 - search_list = self._get_search_list(keys) - - for cp in cp_list: - # unfortunatelly, everything is related to cpv, not cp - # can't filter cp - cpv_list = [] - - # newest filter can't be executed now - # because some cpv are going to be filtered by search conditions - # and newest filter could be alterated - for cpv in self._get_all_cpv(cp, fltlist, filter_newest=False): - match = True - metadata = self._get_metadata(cpv, - ["DESCRIPTION", "HOMEPAGE", "IUSE", - "LICENSE", "repository", "SLOT"], - in_dict=True) - # update LICENSE to correspond to system settings - metadata["LICENSE"] = self._get_real_license_str(cpv, metadata) - for s in search_list: - found = False - for x in metadata: - if s.search(metadata[x]): - found = True - break - if not found: - match = False - break - if match: - cpv_list.append(cpv) - - # newest filter - cpv_list = self._filter_newest(cpv_list, fltlist) - - for cpv in cpv_list: - self._package(cpv) - - cp_processed += 100.0 - self.percentage(int(cp_processed/nb_cp)) - - self.percentage(100) - - def search_file(self, filters, key): - # FILTERS: - # - ~installed is not accepted (error) - # - free: ok - # - newest: as only installed, by himself - self.status(STATUS_QUERY) - self.allow_cancel(True) - self.percentage(0) - - fltlist = filters.split(';') - - if FILTER_NOT_INSTALLED in fltlist: - self.error(ERROR_CANNOT_GET_FILELIST, - "search-file isn't available with ~installed filter") - return - - cpv_list = self.pvar.vardb.cpv_all() - nb_cpv = 0.0 - cpv_processed = 0.0 - is_full_path = True - - if key[0] != "/": - is_full_path = False - key = re.escape(key) - searchre = re.compile("/" + key + "$", re.IGNORECASE) - - # free filter - cpv_list = self._filter_free(cpv_list, fltlist) - nb_cpv = float(len(cpv_list)) - - for cpv in cpv_list: - for f in self._get_file_list(cpv): - if (is_full_path and key == f) \ - or (not is_full_path and searchre.search(f)): - self._package(cpv) - break - - cpv_processed += 100.0 - self.percentage(int(cpv_processed/nb_cpv)) - - self.percentage(100) - - def search_group(self, filters, groups): - # TODO: filter unknown groups before searching ? (optimization) - self.status(STATUS_QUERY) - self.allow_cancel(True) - self.percentage(0) - - fltlist = filters.split(';') - cp_list = self._get_all_cp(fltlist) - nb_cp = float(len(cp_list)) - cp_processed = 0.0 - - for cp in cp_list: - for group in groups: - if self._get_pk_group(cp) == group: - for cpv in self._get_all_cpv(cp, fltlist): - self._package(cpv) - - cp_processed += 100.0 - self.percentage(int(cp_processed/nb_cp)) - - self.percentage(100) - - def search_name(self, filters, keys_list): - # searching for all keys in package name - # also filtering by categories if categery is specified in a key - # keys contain more than one category name, no results can be found - self.status(STATUS_QUERY) - self.allow_cancel(True) - self.percentage(0) - - categories = [] - for k in keys_list[:]: - if "/" in k: - cat, cp = portage.versions.catsplit(k) - categories.append(cat) - keys_list[keys_list.index(k)] = cp - - category_filter = None - if len(categories) > 1: - # nothing will be found because we have two cat/pkg - # with a AND operator search - return - elif len(categories) == 1: - category_filter = categories[0] - - # do not use self._get_search_list because of this category feature - search_list = [] - for k in keys_list: - # not done entirely by pk-transaction - k = re.escape(k) - search_list.append(re.compile(k, re.IGNORECASE)) - - fltlist = filters.split(';') - cp_list = self._get_all_cp(fltlist) - nb_cp = float(len(cp_list)) - cp_processed = 0.0 - - for cp in cp_list: - if category_filter: - cat, pkg_name = portage.versions.catsplit(cp) - if cat != category_filter: - continue - else: - pkg_name = portage.versions.catsplit(cp)[1] - found = True - - # pkg name has to correspond to _every_ keys - for s in search_list: - if not s.search(pkg_name): - found = False - break - if found: - for cpv in self._get_all_cpv(cp, fltlist): - self._package(cpv) - - cp_processed += 100.0 - self.percentage(int(cp_processed/nb_cp)) - - self.percentage(100) - - def update_packages(self, only_trusted, pkgs): - return self._update_packages(only_trusted, pkgs) - - def simulate_update_packages(self, pkgs): - return self._update_packages(False, pkgs, simulate=True) - - def _update_packages(self, only_trusted, pkgs, simulate=False): - # TODO: manage errors - # TODO: manage config file updates - # TODO: every updated pkg should emit self.package() - # see around _emerge.Scheduler.Scheduler - - self.status(STATUS_RUNNING) - self.allow_cancel(False) - self.percentage(None) - - cpv_list = [] - - for pkg in pkgs: - cpv = self._id_to_cpv(pkg) - - if not self._is_cpv_valid(cpv): - self.error(ERROR_UPDATE_NOT_FOUND, - "Package %s was not found" % pkg) - continue - - cpv_list.append('=' + cpv) - - # only_trusted isn't supported - # but better to show it after important errors - if only_trusted: - self.error(ERROR_MISSING_GPG_SIGNATURE, - "Portage backend does not support GPG signature") - return - - # creating update depgraph - myopts = {} - favorites = [] - myparams = _emerge.create_depgraph_params.create_depgraph_params( - myopts, "") - - self.status(STATUS_DEP_RESOLVE) - - depgraph = _emerge.depgraph.depgraph(self.pvar.settings, - self.pvar.trees, myopts, myparams, None) - retval, favorites = depgraph.select_files(cpv_list) - if not retval: - self.error(ERROR_DEP_RESOLUTION_FAILED, - "Wasn't able to get dependency graph") - return - - # check fetch restrict, can stop the function via error signal - self._check_fetch_restrict(depgraph.altlist()) - - self.status(STATUS_INSTALL) - - if simulate: - return - - # get elog messages - portage.elog.add_listener(self._elog_listener) - - try: - self._block_output() - # compiling/installing - mergetask = _emerge.Scheduler.Scheduler(self.pvar.settings, - self.pvar.trees, self.pvar.mtimedb, myopts, None, - depgraph.altlist(), favorites, depgraph.schedulerGraph()) - rval = mergetask.merge() - finally: - self._unblock_output() - - # when an error is found print error messages - if rval != os.EX_OK: - self._send_merge_error(ERROR_PACKAGE_FAILED_TO_INSTALL) - - # show elog messages and clean - portage.elog.remove_listener(self._elog_listener) - for msg in self._elog_messages: - # TODO: use specific message ? - self.message(MESSAGE_UNKNOWN, msg) - self._elog_messages = [] - - self._signal_config_update() - - def update_system(self, only_trusted): - self.status(STATUS_RUNNING) - self.allow_cancel(False) - self.percentage(None) - - if only_trusted: - self.error(ERROR_MISSING_GPG_SIGNATURE, - "Portage backend does not support GPG signature") - return - - myopts = {} - myopts["--deep"] = True - myopts["--newuse"] = True - myopts["--update"] = True - - myparams = _emerge.create_depgraph_params.create_depgraph_params( - myopts, "") - - self.status(STATUS_DEP_RESOLVE) - - # creating list of ebuilds needed for the system update - # using backtrack_depgraph to prevent errors - retval, depgraph, _ = _emerge.depgraph.backtrack_depgraph( - self.pvar.settings, self.pvar.trees, myopts, myparams, "", - ["@system", "@world"], None) - if not retval: - self.error(ERROR_INTERNAL_ERROR, - "Wasn't able to get dependency graph") - return - - # check fetch restrict, can stop the function via error signal - self._check_fetch_restrict(depgraph.altlist()) - - self.status(STATUS_INSTALL) - - # get elog messages - portage.elog.add_listener(self._elog_listener) - - try: - self._block_output() - # compiling/installing - mergetask = _emerge.Scheduler.Scheduler(self.pvar.settings, - self.pvar.trees, self.pvar.mtimedb, myopts, None, - depgraph.altlist(), None, depgraph.schedulerGraph()) - rval = mergetask.merge() - finally: - self._unblock_output() - - # when an error is found print error messages - if rval != os.EX_OK: - self._send_merge_error(ERROR_PACKAGE_FAILED_TO_INSTALL) - - # show elog messages and clean - portage.elog.remove_listener(self._elog_listener) - for msg in self._elog_messages: - # TODO: use specific message ? - self.message(MESSAGE_UNKNOWN, msg) - self._elog_messages = [] - - self._signal_config_update() - -def main(): - backend = PackageKitPortageBackend("") - backend.dispatcher(sys.argv[1:]) - -if __name__ == "__main__": - main() diff --git a/src/runner.c b/src/runner.c deleted file mode 100644 index 61c342a..0000000 --- a/src/runner.c +++ /dev/null @@ -1,132 +0,0 @@ -/* - * Compile command : - * gcc -o runner -W -Wall -g --std=c99 runner.c - */ -#include <stdio.h> -#include <stdlib.h> -#include <unistd.h> -#include <string.h> -#include <errno.h> -#include <fcntl.h> -#include <sys/types.h> -#include <sys/stat.h> -#include <sys/socket.h> -#include <netinet/in.h> - -#include "runner.h" - -void stdoutWritten(char*); - -struct Runner { - void *writeStdout; -}; - -int main(int argc, char* argv[]) -{ - // Tries to compare 2 packages version. - /*if (argc < 3) - { - printf("Please provide 2 packages.\n"); - return -1; - } - - char *str = malloc((strlen(argv[1]) + strlen(argv[2]) + 2) * sizeof(char)); - - sprintf(str, "%s %s", argv[1], argv[2]); - */ - Runner *r = createRunner(); - r->writeStdout = stdoutWritten; - int ret = execute(r, ""); - - if (ret < 0) - printf("Execution error\n"); - - freeRunner(r); - - return 0; -} - -void stdoutWritten(char *data) -{ - printf("From program : %s\n", data); -} - -Runner *createRunner() -{ - Runner *ret = malloc(sizeof(Runner)); - return ret; -} - -int execute(Runner *r, char *args) -{ - r = r; - int ret = fork(); - if (ret > 0) - { - printf("New PID = %d\n", ret); - // Listening socket - int fd = socket(AF_INET, SOCK_STREAM, 0); - if (fd < 0) - printf("ERROR opening socket\n"); - - struct sockaddr_in serv_addr; - - memset(&serv_addr, 0, sizeof(serv_addr)); - - int portno = 5555; - serv_addr.sin_family = AF_INET; - serv_addr.sin_addr.s_addr = htonl(INADDR_ANY); - serv_addr.sin_port = htons(portno); - - if ((ret = bind(fd, (struct sockaddr *) &serv_addr, sizeof(serv_addr))) < 0) - { - printf("ERROR on binding : %d, %d (%s)\n", ret, errno, strerror(errno)); - return ret; - } - - if ((ret = listen(fd, 5)) < 0) - printf("ERROR on listening : %d, %d (%s)\n", ret, errno, strerror(errno)); - - while(1) - { - unsigned int clilen = sizeof(serv_addr); - int newfd = accept(fd, (struct sockaddr *) &serv_addr, &clilen); - - char buf[256]; - int n = read(newfd, buf, 255); - buf[n] = '\0'; - printf("received : %s\n", buf); - } - - return ret; - } - - int fd = socket(AF_INET, SOCK_STREAM, 0); - if (fd < 0) - printf("ERROR opening socket\n"); - - struct sockaddr_in serv_addr; - - memset(&serv_addr, 0, sizeof(serv_addr)); - - int portno = 5555; - serv_addr.sin_family = AF_INET; - serv_addr.sin_addr.s_addr = htonl(INADDR_ANY); - serv_addr.sin_port = htons(portno); - - if ((ret = connect(fd, (struct sockaddr *) &serv_addr, sizeof(serv_addr))) < 0) - { - printf("ERROR on connecting : %d, %d (%s)\n", ret, errno, strerror(errno)); - return ret; - } - - dup2(fd, STDOUT_FILENO); - ret = execl("./test.py", "test.py", "app-portage/kuroo4-4.2", "app-portage/kuroo4-4.3", NULL); - printf("execl: (%d) %s\n", errno, strerror(errno)); - return ret; -} - -void freeRunner(Runner *r) -{ - free(r); -} diff --git a/src/runner.h b/src/runner.h deleted file mode 100644 index c087895..0000000 --- a/src/runner.h +++ /dev/null @@ -1,6 +0,0 @@ - -typedef struct Runner Runner; - -Runner *createRunner(); -int execute(Runner*, char*); -void freeRunner(Runner*); diff --git a/src/test.py b/src/test.py deleted file mode 100755 index fadcbdf..0000000 --- a/src/test.py +++ /dev/null @@ -1,15 +0,0 @@ -#!/usr/bin/python -# !!!! WARNING !!!! -# Test file : It's not safe, can break your system and make your life miserable, you've been warned. -# !!!! WARNING !!!! - -from portage import * - -ret = pkgcmp(pkgsplit(sys.argv[1]), pkgsplit(sys.argv[2])) - -if ret == 0 : - print "same" -elif ret == -1: - print "less" -else: - print "more" |