def categorize_version_comparison(a, b):
"""Returns an identifier that categorizes the difference
between a and b. The identifier can be looked up in
CATEGORIES_VERSION_COMPARISON to have a long description."""
if a == b:
return 'equal'
if a is None:
return 'missing_pkg'
if b is None:
return 'new_pkg'
deriv_epoch, deriv_upstream, deriv_revision = split_version(a)
parent_epoch, parent_upstream, parent_revision = split_version(b)
if deriv_epoch == parent_epoch:
if deriv_upstream == parent_upstream:
if version_compare(deriv_revision, parent_revision) < 0:
return 'older_revision'
else:
return 'newer_revision'
elif version_compare(deriv_upstream, parent_upstream) < 0:
return 'older_version'
else:
return 'newer_version'
elif version_compare(deriv_epoch, parent_epoch) < 0:
return 'older_version'
else:
return 'newer_version'
def readyaml(db, stream):
cur = db.cursor()
cur.execute("PRAGMA foreign_keys = ON;")
gen = yaml.safe_load_all(stream)
metadata = next(gen)
package = metadata["package"]
cur.execute("SELECT id, version FROM package WHERE name = ?;", (package, ))
rows = cur.fetchall()
if rows:
row = sorted(rows, cmp=lambda row: -version_compare(row[1]))[0]
else:
row = None
if row:
pid, version = row
if version_compare(version, metadata["version"]) > 0:
return
else:
pid = None
cur.execute("BEGIN;")
cur.execute("SELECT name, id FROM function;")
funcmapping = dict(cur.fetchall())
# First, delete all the old ones that we want to remove from the DB.
MAX_OLD_TO_KEEP = 1
if len(rows) > MAX_OLD_TO_KEEP:
for row in rows[1:]:
delete_pid = row[0]
cur.execute("DELETE FROM package WHERE id = ?;", (delete_pid, ))
print >> sys.stderr, "EEK"
# If last one == this one, delete that too.
if row and (version == metadata['version']):
cur.execute("DELETE FROM package WHERE id = ?;", (pid, ))
# Then store the new data about our new package version.
cur.execute(
"INSERT INTO package (name, version, architecture, source) VALUES (?, ?, ?, ?);",
(package, metadata["version"], metadata["architecture"],
metadata["source"]))
pid = cur.lastrowid
cur.executemany("INSERT INTO dependency (pid, required) VALUES (?, ?);",
((pid, dep) for dep in metadata["depends"]))
for entry in gen:
if entry == "commit":
db.commit()
return
cur.execute(
"INSERT INTO content (pid, filename, size) VALUES (?, ?, ?);",
(pid, entry["name"], entry["size"]))
cid = cur.lastrowid
cur.executemany("INSERT INTO hash (cid, fid, hash) VALUES (?, ?, ?);",
((cid, funcmapping[func], hexhash)
for func, hexhash in entry["hashes"].items()))
raise ValueError("missing commit block")
def readyaml(db, stream):
cur = db.cursor()
cur.execute("PRAGMA foreign_keys = ON;")
gen = yaml.safe_load_all(stream)
metadata = next(gen)
package = metadata["package"]
cur.execute("SELECT id, version FROM package WHERE name = ?;",
(package,))
rows = cur.fetchall()
if rows:
row = sorted(rows, cmp=lambda row: -version_compare(row[1]))[0]
else:
row = None
if row:
pid, version = row
if version_compare(version, metadata["version"]) > 0:
return
else:
pid = None
cur.execute("BEGIN;")
cur.execute("SELECT name, id FROM function;")
funcmapping = dict(cur.fetchall())
# First, delete all the old ones that we want to remove from the DB.
MAX_OLD_TO_KEEP = 1
if len(rows) > MAX_OLD_TO_KEEP:
for row in rows[1:]:
delete_pid = row[0]
cur.execute("DELETE FROM package WHERE id = ?;", (delete_pid,))
print >> sys.stderr, "EEK"
# If last one == this one, delete that too.
if row and (version == metadata['version']):
cur.execute("DELETE FROM package WHERE id = ?;", (pid,))
# Then store the new data about our new package version.
cur.execute("INSERT INTO package (name, version, architecture, source) VALUES (?, ?, ?, ?);",
(package, metadata["version"], metadata["architecture"],
metadata["source"]))
pid = cur.lastrowid
cur.executemany("INSERT INTO dependency (pid, required) VALUES (?, ?);",
((pid, dep) for dep in metadata["depends"]))
for entry in gen:
if entry == "commit":
db.commit()
return
cur.execute("INSERT INTO content (pid, filename, size) VALUES (?, ?, ?);",
(pid, entry["name"], entry["size"]))
cid = cur.lastrowid
cur.executemany("INSERT INTO hash (cid, fid, hash) VALUES (?, ?, ?);",
((cid, funcmapping[func], hexhash)
for func, hexhash in entry["hashes"].items()))
raise ValueError("missing commit block")
def compare_version(self, other):
if self.packagetype == 'R' and other.packagetype == 'R':
return labelCompare(self.get_version_string(),
other.get_version_string())
elif self.packagetype == 'D' and other.packagetype == 'D':
vs = Version(self.get_version_string())
vo = Version(other.get_version_string())
return version_compare(vs, vo)
elif self.packagetype == 'A' and other.packagetype == 'A':
vs = Version(self.get_version_string())
vo = Version(other.get_version_string())
return version_compare(vs, vo)
def register_entry(entry):
name = entry.source_package.name
version = entry.source_package.version
if name not in main_entries:
main_entries[name] = entry
else:
selected_version = main_entries[name].source_package.version
if version_compare(selected_version, version) < 0:
main_entries[name] = entry
elif version_compare(selected_version, version) == 0:
# If both versions are equal, we use the repository with the
# biggest position
if (entry.repository.position >
main_entries[name].repository.position):
main_entries[name] = entry
def compare_version(self, other):
if self.packagetype == 'R' and other.packagetype == 'R':
return labelCompare(self._version_string_rpm(), other._version_string_rpm())
elif self.packagetype == 'D' and other.packagetype == 'D':
vs = Version(self._version_string_deb())
vo = Version(other._version_string_deb())
return version_compare(vs, vo)
def package_version(self):
native_version = self.native_version
if native_version:
version = '%s+%d' % (native_version,
self.build_record.build_counter)
else:
version = '%d' % (self.build_record.build_counter, )
epoch = 0
last_built_version = self.package_source.last_built_version
if last_built_version:
if ':' in last_built_version:
epoch, cmp_ver = last_built_version.split(':', 1)
epoch = int(epoch)
else:
cmp_ver = last_built_version
if version_compare(version, cmp_ver) < 0:
epoch = epoch + 1
if epoch:
version = '%s:%s' % (epoch, version)
return version
def find_newest_publication(method, version_attr, **kwargs):
"""Hack around being unable to pass status=("Published", "Pending")."""
if kwargs["version"] is not None:
try:
return method(**kwargs)[0]
except IndexError:
return None
published_pubs = method(status="Published", **kwargs)
pending_pubs = method(status="Pending", **kwargs)
try:
newest_published = published_pubs[0]
newest_published_ver = getattr(newest_published, version_attr)
except IndexError:
try:
return pending_pubs[0]
except IndexError:
return None
try:
newest_pending = pending_pubs[0]
newest_pending_ver = getattr(newest_pending, version_attr)
except IndexError:
return newest_published
if debian_support.version_compare(
newest_published_ver, newest_pending_ver) > 0:
return newest_published
else:
return newest_pending
def __cmp__(self, other):
"""comparison based on <package, version> pairs only
"""
cmp1 = cmp(self['package'], other['package'])
if cmp1: # 'package' key is enough to discriminate
return cmp1
return version_compare(self['version'], other['version'])
def find_newest_publication(method, version_attr, **kwargs):
"""Hack around being unable to pass status=("Published", "Pending")."""
published_pubs = method(status="Published", **kwargs)
pending_pubs = method(status="Pending", **kwargs)
try:
newest_published = published_pubs[0]
newest_published_ver = getattr(newest_published, version_attr)
except IndexError:
try:
return pending_pubs[0]
except IndexError:
if kwargs["version"] is not None:
try:
return method(**kwargs)[0]
except IndexError:
return None
else:
return None
try:
newest_pending = pending_pubs[0]
newest_pending_ver = getattr(newest_pending, version_attr)
except IndexError:
return newest_published
if debian_support.version_compare(newest_published_ver,
newest_pending_ver) > 0:
return newest_published
else:
return newest_pending
def does_series_already_have_this_or_newer_version(cls, series, sp,
version):
current_spv = series.source_package_versions.filter(source_package=sp)
if not current_spv:
return False
else:
return version_compare(version, current_spv[0].version) >= 0
def compare_version(self, other):
if self.packagetype == 'R' and other.packagetype == 'R':
return labelCompare(self.get_version_string(),
other.get_version_string())
elif self.packagetype == 'D' and other.packagetype == 'D':
vs = Version(self.get_version_string())
vo = Version(other.get_version_string())
return version_compare(vs, vo)
elif self.packagetype == 'A' and other.packagetype == 'A':
if self.epoch == other.epoch \
and self.version == other.version \
and self.release == other.release:
return 0
vs = Version(self.get_version_string())
vo = Version(other.get_version_string())
return version_compare(vs, vo)
def compare_nvrs(a_nvr, b_nvr):
(a_name, a_version) = chacra.name_version(a_nvr)
(b_name, b_version) = chacra.name_version(b_nvr)
if sys.version_info[0] < 3:
compare_names = cmp(a_name, b_name) # NOQA: F821
else:
compare_names = (a_name > b_name) - (a_name < b_name)
if compare_names != 0:
return compare_names
return debian_support.version_compare(a_version, b_version)
def __cmp__(self, other):
if self is other:
return 0
if self.version == other.version:
if (self._c, self._h, self._md5) == (other._c, other._h,
other._md5):
return 0
return -1
else:
return version_compare(self.version.full_version,
other.full_version)
def process_file(pkgs, filename):
base = os.path.basename(filename)
if not base.endswith(".deb"):
raise ValueError("filename does not end in .deb")
parts = base.split("_")
if len(parts) != 3:
raise ValueError("filename not in form name_version_arch.deb")
name, version, _ = parts
version = urllib.unquote(version)
if name in pkgs and version_compare(pkgs[name]["version"], version) > 0:
return
pkgs[name] = dict(version=version, filename=filename)
def process_http(pkgs, url):
pkglist = urllib.urlopen(url + "/dists/sid/main/binary-amd64/Packages.gz").read()
pkglist = gzip.GzipFile(fileobj=io.BytesIO(pkglist)).read()
pkglist = io.BytesIO(pkglist)
pkglist = deb822.Packages.iter_paragraphs(pkglist)
for pkg in pkglist:
name = pkg["Package"]
if name in pkgs and \
version_compare(pkgs[name]["version"], pkg["Version"]) > 0:
continue
pkgs[name] = dict(version=pkg["Version"],
filename="%s/%s" % (url, pkg["Filename"]),
sha256hash=pkg["SHA256"])
def compare_with_suite_order(a, b):
try:
latest_a = max(suite_order.index(x.lower()) for x in a.suites)
except ValueError:
latest_a = -1
try:
latest_b = max(suite_order.index(x.lower()) for x in b.suites)
except ValueError:
latest_b = -1
if latest_a == latest_b:
return version_compare(a.version, b.version)
else:
return 1 if latest_a > latest_b else -1
def compare_with_suite_order(a, b):
try:
latest_a = max(suite_order.index(x.lower()) for x in a.suites)
except ValueError:
latest_a = -1
try:
latest_b = max(suite_order.index(x.lower()) for x in b.suites)
except ValueError:
latest_b = -1
if latest_a == latest_b:
return version_compare(a.version, b.version)
else:
return 1 if latest_a > latest_b else -1
def _check_apt_package(self,
package_name: str,
version: str = None) -> CheckResult:
# TODO: check versions
dpkg_cmd_result = run_cmd(['dpkg', '-s', package_name],
check_code=False)
output = dpkg_cmd_result.stdout.decode('utf-8').strip()
if dpkg_cmd_result.returncode != 0:
return self._failed(name=package_name, info=output)
actual_version = self._version_from_dpkg_output(output)
expected_version = self.requirements[package_name]
info = {
'expected_version': expected_version,
'actual_version': actual_version
}
compare_result = debian_support.version_compare(
actual_version, expected_version)
if compare_result == -1:
return self._failed(name=package_name, info=info)
else:
return self._ok(name=package_name, info=info)
def package_version(self):
native_version = self.native_version
if native_version:
version = '%s+%d' % (native_version, self.build_record['build_counter'])
else:
version = '%d' % (self.build_record['build_counter'],)
epoch = 0
last_built_version = self.build_record['source']['last_built_version']
if last_built_version:
if ':' in last_built_version:
epoch, cmp_ver = last_built_version.split(':', 1)
epoch = int(epoch)
else:
cmp_ver = last_built_version
if version_compare(version, cmp_ver) < 0:
epoch = epoch + 1
if epoch:
version = '%s:%s' % (epoch, version)
return version
def compare_versions(current, upstream):
"""Return 1 if upstream is newer than current, -1 if current is
newer than upstream, and 0 if the same."""
if not current or not upstream:
return 0
return debian_support.version_compare(upstream, current)
def main():
parser = optparse.OptionParser()
parser.add_option("-n", "--new", action="store_true",
help="avoid reimporting same versions")
parser.add_option("-p", "--prune", action="store_true",
help="prune packages old packages")
options, args = parser.parse_args()
subprocess.check_call(["mkdir", "-p", "tmp"])
db = sqlite3.connect("test.sqlite3")
cur = db.cursor()
cur.execute("PRAGMA foreign_keys = ON;")
e = concurrent.futures.ThreadPoolExecutor(multiprocessing.cpu_count())
pkgs = {}
for d in args:
print("processing %s" % d)
if d.startswith("http://"):
process_http(pkgs, d)
elif os.path.isdir(d):
process_dir(pkgs, d)
else:
process_file(pkgs, d)
print("reading database")
cur.execute("SELECT name, version FROM package;")
# Best fix: Do the version compare in SQL.
#
# Asheesh hack: do the version compare from Python on the line
# below. This will cause some sizeable memory blow-up for now,
# but it will do.
#
# In the future it'd be nice to move this to use the Postgres
# debversion extension.
knownpkgs = dict(
sorted(((row[0], row[1]) for row in cur.fetchall()),
cmp=lambda x, y: version_compare(x[1], y[1])))
distpkgs = set(pkgs.keys())
if options.new:
for name in distpkgs:
if name in knownpkgs and version_compare(pkgs[name]["version"],
knownpkgs[name]) <= 0:
del pkgs[name]
knownpkgs = set(knownpkgs)
with e:
fs = {}
for name, pkg in pkgs.items():
fs[e.submit(process_pkg, name, pkg)] = name
for f in concurrent.futures.as_completed(fs.keys()):
name = fs[f]
if f.exception():
print("%s failed to import: %r" % (name, f.exception()))
continue
inf = os.path.join("tmp", name)
print("sqlimporting %s" % name)
with open(inf) as inp:
try:
readyaml(db, inp)
except Exception as exc:
print("%s failed sql with exception %r" % (name, exc))
else:
os.unlink(inf)
if options.prune:
delpkgs = knownpkgs - distpkgs
print("clearing packages %s" % " ".join(delpkgs))
cur.executemany("DELETE FROM package WHERE name = ?;",
((pkg,) for pkg in delpkgs))
# Tables content, dependency and sharing will also be pruned
# due to ON DELETE CASCADE clauses.
db.commit()
def does_series_already_have_this_or_newer_version(cls, series, sp, version):
current_spv = series.source_package_versions.filter(source_package=sp)
if not current_spv:
return False
else:
return version_compare(version, current_spv[0].version) >= 0
def watch_packages(package_config,
initial=False,
notify_on_startup=False,
package_architectures=["amd64"]):
global PACKAGE_STATUS
global LAST_POLL
updated_package_status = ubuntu_package_status.get_status_for_all_packages(
package_config, package_architectures)
LAST_POLL = format_datetime(datetime.utcnow())
# This is the first time we have polled/watched these packages so set the global variable PACKAGE_STATUS
# to the current polled stats
if initial:
PACKAGE_STATUS = updated_package_status
for ubuntu_version, packages in PACKAGE_STATUS.items():
for package, pockets in packages.items():
for pocket, architectures in pockets.items():
for architecture, package_stats in architectures.items():
logging.info("Getting stats for {} {} {} {}".format(
ubuntu_version, pocket.lower(), architecture, package))
current_package_stats = updated_package_status[
ubuntu_version][package][pocket][architecture]
current_package_version = current_package_stats["version"]
previous_package_version = package_stats.get(
"version", None)
message = None
newer_package = False
new_package = False
if current_package_version:
message = "{} {} {} for {} is in {} pocket (published @ {} - {})" \
.format(package, architecture, current_package_version,
ubuntu_version, pocket.lower(),
current_package_stats["date_published_formatted"],
current_package_stats["published_age"])
# Is the version in archive greater than
# that in our database?
if current_package_version and previous_package_version:
vc = debian_support.version_compare(
current_package_version, previous_package_version)
logging.info(message)
if vc > 0:
"""
> 0 The version current_package_version is greater than version previous_package_version.
= 0 Both versions are equal.
< 0 The version current_package_version is less than version previous_package_version.
"""
newer_package = True
is_newer_message = "{} is newer than {}".format(
current_package_version,
previous_package_version)
message = '** NEW VERSION ** {}. {}'.format(
message, is_newer_message)
# Is the version in archive the first time we've seen a
# version in this pocket?
if not previous_package_version and current_package_version:
new_package = True
is_new_message = "{} is new to the {} pocket".format(
current_package_version, pocket.lower())
message = '** NEW TO POCKET ** {}. {}'.format(
message, is_new_message)
# If the package is newer or it's a new package send
# a notification
if newer_package or new_package:
PACKAGE_STATUS[ubuntu_version][package][pocket][architecture] \
= package_stats
if message and message not in NOTIFICATIONS_SENT:
NOTIFICATIONS_SENT.append(message)
if not initial or (initial and pocket == "Proposed"
and notify_on_startup):
send_notification_message(message)
if message:
logging.info(message)
def find_updates(self):
self.updates.clear()
kernels = Q(name__name='kernel') | Q(name__name='kernel-xen') | Q(name__name='kernel-pae') | Q(name__name='kernel-devel') | Q(name__name='kernel-pae-devel') | Q(name__name='kernel-xen-devel') | Q(name__name='kernel-headers')
kernelpackages = Package.objects.select_related().filter(host=self).filter(kernels).values('name__name').annotate(Count('name'))
repopackages = self.get_host_repo_packages()
if self.host_repos_only:
#find_host_repo_updates(host)
for package in self.packages.exclude(kernels):
highest = ('', '0', '')
highestpackage = None
bestrepo = None
# find out what hostrepo it belongs to
repos_q = Q(mirror__repo__in=self.repos.all(), mirror__enabled=True, mirror__repo__enabled=True, mirror__packages__name=package.name)
repos = Repository.objects.filter(repos_q).distinct()
hostrepos = HostRepo.objects.filter(repo__in=repos, host=self)
if hostrepos:
bestrepo = hostrepos[0]
if hostrepos.count() > 1:
for repo in hostrepos:
if repo.repo.security:
bestrepo = repo
else:
if repo.priority > bestrepo.priority:
bestrepo = repo
# find the packages that are potential updates
matchingpackages = repopackages.filter(name=package.name, arch=package.arch, packagetype=package.packagetype)
for repopackage in matchingpackages:
if package.compare_version(repopackage) == -1:
rp_bestrepo = None
# find the repos the potential update belongs to
rp_repos_q = Q(mirror__repo__in=self.repos.all(), mirror__enabled=True, mirror__repo__enabled=True, mirror__packages=repopackage)
rp_repos = Repository.objects.filter(rp_repos_q).distinct()
rp_hostrepos = HostRepo.objects.filter(repo__in=rp_repos, host=self)
# if it belongs to more than one, find the best one (favour security repos, then higher priority repos)
if rp_hostrepos:
rp_bestrepo = rp_hostrepos[0]
if rp_hostrepos.count() > 1:
for repo in rp_hostrepos:
if repo.repo.security:
rp_bestrepo = repo
else:
if repo.priority > rp_bestrepo.priority:
rp_bestrepo = repo
# proceed if that repo has a higher priority
if rp_bestrepo.priority >= bestrepo.priority:
if package.packagetype == 'R':
if labelCompare(highest, repopackage._version_string_rpm()) == -1:
highest = repopackage._version_string_rpm()
highestpackage = repopackage
elif package.packagetype == 'D':
vr = Version(repopackage._version_string_deb())
if highest == ('', '0', ''):
vh = Version('0')
else:
vh = Version('%s:%s-%s' % (str(highest[0]), str(highest[1]), str(highest[2])))
if version_compare(vh, vr) == -1:
highest = repopackage._version_string_deb()
highestpackage = repopackage
self.process_update(package, highest, highestpackage)
else:
#find_osgroup_repo_updates(host)
for package in self.packages.exclude(kernels):
highest = ('', '0', '')
highestpackage = None
matchingpackages = repopackages.filter(name=package.name, arch=package.arch, packagetype=package.packagetype)
for repopackage in matchingpackages:
if package.compare_version(repopackage) == -1:
if package.packagetype == 'R':
if labelCompare(highest, repopackage._version_string_rpm()) == -1:
highest = repopackage._version_string_rpm()
highestpackage = repopackage
elif package.packagetype == 'D':
vr = Version(repopackage._version_string_deb())
if highest == ('', '0', ''):
vh = Version('0')
else:
vh = Version('%s:%s-%s' % (str(highest[0]), str(highest[1]), str(highest[2])))
if version_compare(vh, vr) == -1:
highest = repopackage._version_string_deb()
highestpackage = repopackage
self.process_update(package, highest, highestpackage)
#find_kernel_updates(host)
try:
ver, rel = self.kernel.rsplit('-')
rel = rel.rstrip('xen')
rel = rel.rstrip('PAE')
running_kernel = ('', str(ver), str(rel))
for package in kernelpackages:
host_highest = ('', '', '')
repo_highest = ('', '', '')
host_highest_package = None
repo_highest_package = None
matchingpackages = repopackages.filter(Q(name__name=package['name__name']))
for repopackage in matchingpackages:
repokernel = repopackage._version_string_rpm()
if labelCompare(repo_highest, repokernel) == -1:
repo_highest = repokernel
repo_highest_package = repopackage
matchingpackages = self.packages.filter(Q(name__name=package['name__name']))
for hostpackage in matchingpackages:
hostkernel = hostpackage._version_string_rpm()
if labelCompare(host_highest, hostkernel) == -1:
host_highest = hostkernel
host_highest_package = hostpackage
if labelCompare(host_highest, repo_highest) == -1:
matchingrepos = repo_highest_package.mirror_set.filter(repo__arch=self.arch)
security = False
# If any of the containing repos are security, mark the update as security
for mirror in matchingrepos:
if mirror.repo.security:
security = True
update, c = PackageUpdate.objects.get_or_create(oldpackage=host_highest_package, newpackage=repo_highest_package, security=security)
self.updates.add(update)
info_message.send(sender=None, text="%s\n" % update)
if labelCompare(running_kernel, host_highest) == -1:
self.reboot_required = True
else:
self.reboot_required = False
except ValueError: # debian kernel
pass
self.save()
def compare_versions(current, upstream):
"""Return 1 if upstream is newer than current, -1 if current is
newer than upstream, and 0 if the same."""
if not current or not upstream: return 0
return debian_support.version_compare(upstream, current)
def execute_main(self):
# Get the current policy version
policy_version = self.get_policy_version()
if policy_version is None:
# Nothing to do if there is no ``debian-policy``
return
self.check_if_full_update_is_required(policy_version)
seen_packages = {}
for entry in self.items_to_process():
try:
package = entry.source_package.source_package_name
standards_version = entry.source_package.standards_version
try:
if package.name in seen_packages:
seen_version = seen_packages[package.name]
version = entry.source_package.version
if version_compare(version, seen_version) < 0:
# This version is older, skip it
continue
# If already seen, then the cached action item
# is no longer reliable, retrieve it from the db
action_item = get_or_none(ActionItem, package=package,
item_type=self.action_type)
else:
action_item = package.stdver_action_items[0]
except IndexError:
action_item = None
seen_packages[package.name] = entry.source_package.version
if standards_version.startswith(policy_version):
# The std-ver of the package is up to date.
# Remove any possibly existing action item.
if action_item is not None:
action_item.delete()
continue
major_policy_version_number, _ = policy_version.split('.', 1)
severely_outdated = not standards_version.startswith(
major_policy_version_number)
if action_item is None:
action_item = ActionItem(
package=package,
item_type=self.action_type)
if severely_outdated:
action_item.severity = ActionItem.SEVERITY_HIGH
else:
action_item.severity = ActionItem.SEVERITY_WISHLIST
action_item.short_description = self.ITEM_DESCRIPTION
action_item.extra_data = {
'lastsv': policy_version,
'lastsv_dashes': policy_version.replace('.', '-'),
'standards_version': standards_version,
'standards_version_dashes':
standards_version.replace('.', '-'),
'severely_outdated': severely_outdated,
}
action_item.save()
finally:
self.item_mark_processed(entry)
# Remove action items for packages that disappeared from the default
# repository
ActionItem.objects.delete_obsolete_items(
[self.action_type],
self.items_all().values_list(
'source_package__source_package_name__name', flat=True)
)
def accept_source_changes(default_group, config, session, changes, user):
group = changes.get('X-Debile-Group', default_group)
suite = changes['Distribution']
try:
group_suite = session.query(GroupSuite).join(GroupSuite.group).join(GroupSuite.suite).filter(
Group.name == group,
Suite.name == suite,
).one()
except MultipleResultsFound:
return reject_changes(session, changes, "internal-error")
except NoResultFound:
return reject_changes(session, changes, "invalid-suite-for-group")
dsc = changes.get_dsc_obj()
if dsc['Source'] != changes['Source']:
return reject_changes(session, changes, "dsc-does-not-march-changes")
if dsc['Version'] != changes['Version']:
return reject_changes(session, changes, "dsc-does-not-march-changes")
try:
source = session.query(Source).filter(
Source.name == dsc['Source'],
Source.version == dsc['Version'],
GroupSuite.group == group_suite.group,
).one()
return reject_changes(session, changes, "source-already-in-group")
except MultipleResultsFound:
return reject_changes(session, changes, "internal-error")
except NoResultFound:
pass
oldsources = session.query(Source).filter(
Source.group_suite == group_suite,
Source.name == dsc['Source'],
)
for oldsource in oldsources:
if version_compare(oldsource.version, dsc['Version']) > 0:
return reject_changes(session, changes, "newer-source-already-in-suite")
# Drop any old jobs that are still pending.
for oldsource in oldsources:
for job in oldsource.jobs:
if (not any(job.results) and not any(job.built_binaries)):
session.delete(job)
elif job.failed is None:
job.failed = True
if not any(oldsource.jobs):
session.delete(oldsource)
component = session.query(Component).filter_by(name="main").one()
if 'Build-Architecture-Indep' in dsc:
valid_affinities = dsc['Build-Architecture-Indep']
elif 'X-Build-Architecture-Indep' in dsc:
valid_affinities = dsc['X-Build-Architecture-Indep']
elif 'X-Arch-Indep-Build-Arch' in dsc:
valid_affinities = dsc['X-Arch-Indep-Build-Arch']
else:
valid_affinities = "any"
with session.no_autoflush:
source = create_source(dsc, group_suite, component, user,
config["affinity_preference"], valid_affinities)
create_jobs(source)
session.add(source)
# We have a changes in order. Let's roll.
repo = Repo(group_suite.group.repo_path)
repo.add_changes(changes)
(source.directory, source.dsc_filename) = repo.find_dsc(source)
emit('accept', 'source', source.debilize())
# OK. It's safely in the database and repo. Let's cleanup.
for fp in [changes.get_changes_file()] + changes.get_files():
os.unlink(fp)
def accept_source_changes(default_group, config, session, changes, user):
group = changes.get('X-Debile-Group', default_group)
suite = changes['Distribution']
try:
group_suite = session.query(GroupSuite).join(GroupSuite.group).join(
GroupSuite.suite).filter(
Group.name == group,
Suite.name == suite,
).one()
except MultipleResultsFound:
return reject_changes(session, changes, "internal-error")
except NoResultFound:
return reject_changes(session, changes, "invalid-suite-for-group")
dsc = changes.get_dsc_obj()
if dsc['Source'] != changes['Source']:
return reject_changes(session, changes, "dsc-does-not-march-changes")
if dsc['Version'] != changes['Version']:
return reject_changes(session, changes, "dsc-does-not-march-changes")
try:
source = session.query(Source).filter(
Source.name == dsc['Source'],
Source.version == dsc['Version'],
GroupSuite.group == group_suite.group,
).one()
return reject_changes(session, changes, "source-already-in-group")
except MultipleResultsFound:
return reject_changes(session, changes, "internal-error")
except NoResultFound:
pass
oldsources = session.query(Source).filter(
Source.group_suite == group_suite,
Source.name == dsc['Source'],
)
for oldsource in oldsources:
if version_compare(oldsource.version, dsc['Version']) > 0:
return reject_changes(session, changes,
"newer-source-already-in-suite")
# Drop any old jobs that are still pending.
for oldsource in oldsources:
for job in oldsource.jobs:
if (not any(job.results) and not any(job.built_binaries)):
session.delete(job)
elif job.failed is None:
job.failed = True
if not any(oldsource.jobs):
session.delete(oldsource)
component = session.query(Component).filter_by(name="main").one()
if 'Build-Architecture-Indep' in dsc:
valid_affinities = dsc['Build-Architecture-Indep']
elif 'X-Build-Architecture-Indep' in dsc:
valid_affinities = dsc['X-Build-Architecture-Indep']
elif 'X-Arch-Indep-Build-Arch' in dsc:
valid_affinities = dsc['X-Arch-Indep-Build-Arch']
else:
valid_affinities = "any"
with session.no_autoflush:
source = create_source(dsc, group_suite, component, user,
config["affinity_preference"], valid_affinities)
create_jobs(source)
session.add(source)
# We have a changes in order. Let's roll.
repo = Repo(group_suite.group.repo_path)
repo.add_changes(changes)
try:
(source.directory, source.dsc_filename) = repo.find_dsc(source)
except RepoPackageNotFound:
return reject_changes(session, changes,
"reprepo-package-not-found")
emit('accept', 'source', source.debilize())
# OK. It's safely in the database and repo. Let's cleanup.
for fp in [changes.get_changes_file()] + changes.get_files():
os.unlink(fp)
