444 lines
16 KiB
Python
444 lines
16 KiB
Python
# Copyright (C) 2014 SUSE Linux Products GmbH
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#
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# This program is free software; you can redistribute it and/or modify
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# it under the terms of the GNU General Public License as published by
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# the Free Software Foundation; either version 2 of the License, or
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# (at your option) any later version.
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#
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# This program is distributed in the hope that it will be useful,
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# but WITHOUT ANY WARRANTY; without even the implied warranty of
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# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
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# GNU General Public License for more details.
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#
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# You should have received a copy of the GNU General Public License along
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# with this program; if not, write to the Free Software Foundation, Inc.,
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# 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA.
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# Copy this script to ~/.osc-plugins/ or /var/lib/osc-plugins .
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# Then try to run 'osc check_repo --help' to see the usage.
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from collections import defaultdict
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from collections import namedtuple
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import os
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import shutil
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import subprocess
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import tempfile
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import sys
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from osc import oscerr
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from osc import cmdln
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# Expand sys.path to search modules inside the pluging directory
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_plugin_dir = os.path.expanduser('~/.osc-plugins')
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sys.path.append(_plugin_dir)
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from osclib.checkrepo import CheckRepo
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from osclib.cycle import CycleDetector
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from osclib.memoize import CACHEDIR
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def _check_repo_download(self, request, opts):
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request.downloads = defaultdict(list)
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if request.is_cached:
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request.downloads = self.checkrepo._get_downloads_from_local(request)
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# print ' - Found cached version for', request.str_compact()
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return self.checkrepo._toignore(request)
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if request.build_excluded:
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return set()
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ToDownload = namedtuple('ToDownload', ('project', 'repo', 'arch', 'package', 'size'))
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for i, goodrepo in enumerate(request.goodrepos):
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repo = goodrepo[1]
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# we can assume x86_64 is there
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todownload = [ToDownload(request.src_project, repo, 'x86_64',
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fn[0], fn[3]) for fn in
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self.checkrepo.get_package_list_from_repository(
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request.src_project, repo, 'x86_64',
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request.src_package)]
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self.checkrepo._download(request, todownload)
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if request.error:
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return set()
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if 'openSUSE:Factory:Staging:' in str(request.group):
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todownload = [ToDownload(request.group, 'standard', 'x86_64',
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fn[0], fn[3]) for fn in
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self.checkrepo.get_package_list_from_repository(
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request.group, 'standard', 'x86_64',
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request.src_package)]
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self.checkrepo._download(request, todownload)
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if request.error:
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return set()
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todownload = [ToDownload(request.group + ':DVD', 'standard',
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'x86_64', fn[0], fn[3]) for fn in
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self.checkrepo.get_package_list_from_repository(
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request.group + ':DVD', 'standard',
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'x86_64', request.src_package)]
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self.checkrepo._download(request, todownload)
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if request.error:
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return set()
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return self.checkrepo._toignore(request)
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# Used in _check_repo_group only to cache error messages
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_errors_printed = set()
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def _check_repo_group(self, id_, requests, opts):
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print '> Check group [%s]' % ', '.join(r.str_compact() for r in requests)
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if not all(self.checkrepo.is_buildsuccess(r) for r in requests):
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return
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toignore = set()
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destdir = os.path.expanduser('~/co/%s' % str(requests[0].group))
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fetched = dict((r, False) for r in opts.groups.get(id_, []))
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packs = []
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for request in requests:
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i = self._check_repo_download(request, opts)
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if request.error and request.error not in _errors_printed:
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_errors_printed.add(request.error)
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if not request.updated:
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print ' - %s' % request.error
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self.checkrepo.change_review_state(request.request_id, 'new', message=request.error)
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request.updated = True
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else:
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print ' - %s' % request.error
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return
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toignore.update(i)
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fetched[request.request_id] = True
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packs.append(request)
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# Extend packs array with the packages and .spec files of the
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# not-fetched requests. The not fetched ones are the requests of
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# the same group that are not listed as a paramater.
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for request_id, is_fetched in fetched.items():
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if not is_fetched:
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packs.extend(self.checkrepo.check_specs(request_id=request_id))
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# Download the repos from the request of the same group not
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# explicited in the command line.
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for rq in packs:
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if fetched[rq.request_id]:
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continue
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i = set()
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if rq.action_type == 'delete':
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# for delete requests we only care for toignore
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i = self.checkrepo._toignore(rq)
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else:
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# we need to call it to fetch the good repos to download
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# but the return value is of no interest right now.
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self.checkrepo.is_buildsuccess(rq)
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i = self._check_repo_download(rq, opts)
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if rq.error:
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print 'ERROR (ALREADY ACEPTED?):', rq.error
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rq.updated = True
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toignore.update(i)
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# Detect cycles into the current Factory graph after we update the
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# links with the current list of request.
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cycle_detector = CycleDetector(opts.apiurl)
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for (cycle, new_edges) in cycle_detector.cycles(requests=packs):
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print
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print ' - New cycle detected:', sorted(cycle)
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print ' - New edges:', new_edges
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# Mark all packages as updated, to avoid to be accepted
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for request in requests:
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request.updated = True
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for rq in requests:
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smissing = []
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for package in rq.missings:
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alreadyin = False
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for t in packs:
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if package == t.tgt_package:
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alreadyin = True
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if alreadyin:
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continue
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request = self.checkrepo.find_request_id(rq.tgt_project, package)
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if request:
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greqs = opts.groups.get(rq.group, [])
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if request in greqs:
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continue
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package = '#[%s](%s)' % (request, package)
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smissing.append(package)
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if len(smissing):
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msg = 'Please make sure to wait before these depencencies are in %s: %s' % (rq.tgt_project, ', '.join(smissing))
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if not rq.updated:
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self.checkrepo.change_review_state(rq.request_id, 'new', message=msg)
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print ' - %s' % msg
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rq.updated = True
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else:
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print ' - %s' % msg
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return
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# Create a temporal file for the params
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params_file = tempfile.NamedTemporaryFile(delete=False)
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params_file.write('\n'.join(f for f in toignore if f.strip()))
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params_file.close()
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# We want to test with the Perl script the binaries of one of the
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# repos, and if fail test the other repo. The order of testing
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# will be stored in the execution_plan.
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execution_plan = defaultdict(list)
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# Get all the (project, repo, disturl) where the disturl is
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# compatible with the request. For the same package we can have
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# more than one good triplet, even with different MD5 DISTRUL.
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# The general strategy is collect that the different triplets and
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# provide some execution_plans where for the same (project, repo)
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# for every package, with a fallback to a different (project,
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# repo) in case that the original is not found.
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all_good_downloads = defaultdict(set)
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for rq in packs:
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for (prj, repo, disturl) in rq.downloads:
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if self.checkrepo.check_disturl(rq, md5_disturl=disturl):
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all_good_downloads[(prj, repo)].add(disturl)
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# print 'GOOD -', rq.str_compact(), (prj, repo), disturl
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# else:
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# print 'BAD -', rq.str_compact(), (prj, repo), disturl
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if not all_good_downloads:
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print ' - Not good downloads found (NO REPO).'
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return
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for project, repo in all_good_downloads:
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plan = (project, repo)
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valid_disturl = all_good_downloads[plan]
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# print 'DESIGNING PLAN', plan, valid_disturl
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for rq in packs:
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# print 'IN', rq
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# Find (project, repo) in rq.downloads.
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keys = [key for key in rq.downloads if key[0] == project and key[1] == repo and key[2] in valid_disturl]
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# print 'KEYS', keys
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if keys:
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assert len(keys) == 1, 'Found more that one download candidate for the same (project, repo)'
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execution_plan[plan].append((rq, plan, rq.downloads[keys[0]]))
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# print 'DOWNLOADS', rq.downloads[keys[0]]
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else:
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# print 'FALLBACK'
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fallbacks = [key for key in rq.downloads if (key[0], key[1]) in all_good_downloads and key[2] in all_good_downloads[(key[0], key[1])]]
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if fallbacks:
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# XXX TODO - Recurse here to create combinations
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fallback = fallbacks.pop()
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# print 'FALLBACK TO', fallback
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# assert len(downloads) == 1, 'Found more that one download candidate for the same (project, repo)'
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# print 'FALLBACK DOWNLOADS', rq.downloads[fallback]
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alternative_plan = fallback[:2]
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execution_plan[plan].append((rq, alternative_plan, rq.downloads[fallback]))
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# elif rq.status == 'succeeded':
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else:
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print 'no fallback for', rq
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# raise Exception()
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repo_checker_error = ''
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for project_repo in execution_plan:
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dirstolink = execution_plan[project_repo]
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# print 'Running plan', project_repo
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# for rq, repo, downloads in dirstolink:
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# print ' ', rq
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# print ' ', repo
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# for f in downloads:
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# print ' -', f
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# continue
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if os.path.exists(destdir):
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shutil.rmtree(destdir)
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os.makedirs(destdir)
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for rq, _, downloads in dirstolink:
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dir_ = destdir + '/%s' % rq.tgt_package
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for d in downloads:
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if not os.path.exists(dir_):
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os.mkdir(dir_)
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os.symlink(d, os.path.join(dir_, os.path.basename(d)))
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repochecker = os.path.join(self.plugin_dir, 'repo-checker.pl')
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civs = "LC_ALL=C perl %s '%s' -r %s -f %s" % (repochecker, destdir, self.repo_dir, params_file.name)
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p = subprocess.Popen(civs, shell=True, stdout=subprocess.PIPE, stderr=subprocess.PIPE, close_fds=True)
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stdoutdata, stderrdata = p.communicate()
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stdoutdata = stdoutdata.strip()
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ret = p.returncode
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# There are several execution plans, each one can have its own
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# error message.
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if ret:
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print ' - Result for execution plan', project_repo
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print '-' * 40
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print stdoutdata
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print '-' * 40
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else:
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print ' - Successful plan', project_repo
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# Detect if this error message comes from a staging project.
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# Store it in the repo_checker_error, that is the text that
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# will be published in the error message.
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if 'openSUSE:Factory:Staging:' in project_repo[0]:
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repo_checker_error = stdoutdata
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if not any('openSUSE:Factory:Staging:' in p_r[0] for p_r in execution_plan):
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repo_checker_error += '\nExecution plan: %s\n%s' % ('/'.join(project_repo), stdoutdata)
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# print ret, stdoutdata, stderrdata
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# raise Exception()
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if not ret: # skip the others
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for p, gr, downloads in dirstolink:
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p.goodrepo = '%s/%s' % gr
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break
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# raise Exception()
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os.unlink(params_file.name)
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updated = {}
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if ret:
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for rq in requests:
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if updated.get(rq.request_id, False) or rq.updated:
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continue
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if repo_checker_error not in _errors_printed:
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_errors_printed.add(repo_checker_error)
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print repo_checker_error
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self.checkrepo.change_review_state(rq.request_id, 'new', message=repo_checker_error)
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p.updated = True
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updated[rq.request_id] = 1
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return
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for rq in requests:
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if updated.get(rq.request_id, False) or rq.updated:
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continue
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msg = 'Builds for repo %s' % rq.goodrepo
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print 'ACCEPTED', msg
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self.checkrepo.change_review_state(rq.request_id, 'accepted', message=msg)
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rq.updated = True
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updated[rq.request_id] = 1
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shutil.rmtree(destdir)
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def mirror_full(plugin_dir, repo_dir):
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"""Call bs_mirrorfull script to mirror packages."""
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url = 'https://build.opensuse.org/build/%s/%s/x86_64' % ('openSUSE:Factory', 'standard')
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if not os.path.exists(repo_dir):
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os.mkdir(repo_dir)
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script = 'LC_ALL=C perl %s/bs_mirrorfull --nodebug %s %s' % (plugin_dir, url, repo_dir)
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os.system(script)
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def _print_request_and_specs(self, request_and_specs):
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print request_and_specs[0]
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for spec in request_and_specs[1:]:
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print ' *', spec
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@cmdln.alias('check', 'cr')
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@cmdln.option('-s', '--skip', action='store_true', help='skip review')
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def do_check_repo(self, subcmd, opts, *args):
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"""${cmd_name}: Checker review of submit requests.
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Usage:
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${cmd_name} [SRID]...
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Shows pending review requests and their current state.
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${cmd_option_list}
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"""
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opts.mode = ''
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opts.verbose = False
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opts.apiurl = self.get_api_url()
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self.checkrepo = CheckRepo(opts.apiurl)
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# XXX TODO - Remove this the all access to opt.group[s|ed] comes
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# from checkrepo.
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opts.grouped = self.checkrepo.grouped
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opts.groups = self.checkrepo.groups
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if opts.skip:
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if not len(args):
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raise oscerr.WrongArgs('Provide #IDs to skip.')
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for id_ in args:
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msg = 'skip review'
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print 'ACCEPTED', msg
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self.checkrepo.change_review_state(id_, 'accepted', message=msg)
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return
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ids = [arg for arg in args if arg.isdigit()]
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# Store requests' package information and .spec files: store all
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# source containers involved.
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requests = []
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print 'Pending requests list:'
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print '----------------------'
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if not ids:
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# Return a list, we flat here with .extend()
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for request in self.checkrepo.pending_requests():
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request_and_specs = self.checkrepo.check_specs(request=request)
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self._print_request_and_specs(request_and_specs)
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requests.extend(request_and_specs)
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else:
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# We have a list, use them.
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for request_id in ids:
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request_and_specs = self.checkrepo.check_specs(request_id=request_id)
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self._print_request_and_specs(request_and_specs)
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requests.extend(request_and_specs)
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# Order the packs before grouping
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requests = sorted(requests, key=lambda p: p.request_id, reverse=True)
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# Group the requests into staging projects (or alone if is an
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# isolated request)
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#
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# For example:
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# {
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# 'openSUSE:Factory:Staging:J': [235851, 235753],
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# 235856: [235856],
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# }
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#
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# * The list of requests is not the full list of requests in this
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# group / staging project, but only the ones listed as a
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# paramenter.
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#
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# * The full list of requests can be found in
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# self.checkrepo.groups['openSUSE:Factory:Staging:J']
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#
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groups = {}
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for request in requests:
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rqs = groups.get(request.group, [])
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rqs.append(request)
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groups[request.group] = rqs
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# Mirror the packages locally in the CACHEDIR
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plugin = '~/.osc-plugins/osc-check_repo.py'
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self.plugin_dir = os.path.dirname(os.path.realpath(os.path.expanduser(plugin)))
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self.repo_dir = '%s/repo-%s-%s-x86_64' % (CACHEDIR, 'openSUSE:Factory', 'standard')
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mirror_full(self.plugin_dir, self.repo_dir)
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print
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print 'Analysis results'
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print '----------------'
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print
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# Sort the groups, from high to low. This put first the stating
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# projects also
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for id_, reqs in sorted(groups.items(), reverse=True):
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self._check_repo_group(id_, reqs, opts)
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print
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print
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