def packageSetDiff(self, origin, destination, logger=None):
"""Please see `IPackageCloner`."""
# Find packages that are obsolete or missing in the target archive.
store = IStore(BinaryPackagePublishingHistory)
self._init_packageset_delta(destination)
self._compute_packageset_delta(origin)
# Get the list of SourcePackagePublishingHistory keys for
# source packages that are fresher in the origin archive.
fresher_packages = store.execute("""
SELECT s_sspph FROM tmp_merge_copy_data WHERE obsoleted = True;
""")
# Get the list of SourcePackagePublishingHistory keys for
# source packages that are new in the origin archive.
new_packages = store.execute("""
SELECT s_sspph FROM tmp_merge_copy_data WHERE missing = True;
""")
if logger is not None:
self._print_diagnostics(logger, store)
return (
[package for [package] in fresher_packages],
[package for [package] in new_packages],
)
def numSubmissionsWithDevice(
self, bus=None, vendor_id=None, product_id=None, driver_name=None, package_name=None, distro_target=None
):
"""See `IHWSubmissionSet`."""
store = IStore(HWSubmission)
submissions_with_device_select, all_submissions_select = self._submissionsSubmitterSelects(
Count(), bus, vendor_id, product_id, driver_name, package_name, distro_target
)
submissions_with_device = store.execute(submissions_with_device_select)
all_submissions = store.execute(all_submissions_select)
return (submissions_with_device.get_one()[0], all_submissions.get_one()[0])
def test_getAll(self):
processor_set = getUtility(IProcessorSet)
# Make it easy to filter out sample data
store = IStore(Processor)
store.execute("UPDATE Processor SET name = 'sample_data_' || name")
self.factory.makeProcessor(name='q1')
self.factory.makeProcessor(name='i686')
self.factory.makeProcessor(name='g4')
self.assertEqual(
['g4', 'i686', 'q1'],
sorted(processor.name for processor in processor_set.getAll()
if not processor.name.startswith('sample_data_')))
def test_getAll(self):
processor_set = getUtility(IProcessorSet)
# Make it easy to filter out sample data
store = IStore(Processor)
store.execute("UPDATE Processor SET name = 'sample_data_' || name")
self.factory.makeProcessor(name='q1')
self.factory.makeProcessor(name='i686')
self.factory.makeProcessor(name='g4')
self.assertEquals(
['g4', 'i686', 'q1'],
sorted(
processor.name for processor in processor_set.getAll()
if not processor.name.startswith('sample_data_')))
def numSubmissionsWithDevice(
self, bus=None, vendor_id=None, product_id=None, driver_name=None,
package_name=None, distro_target=None):
"""See `IHWSubmissionSet`."""
store = IStore(HWSubmission)
submissions_with_device_select, all_submissions_select = (
self._submissionsSubmitterSelects(
Count(), bus, vendor_id, product_id, driver_name,
package_name, distro_target))
submissions_with_device = store.execute(
submissions_with_device_select)
all_submissions = store.execute(all_submissions_select)
return (submissions_with_device.get_one()[0],
all_submissions.get_one()[0])
def numOwnersOfDevice(
self, bus=None, vendor_id=None, product_id=None, driver_name=None, package_name=None, distro_target=None
):
"""See `IHWSubmissionSet`."""
store = IStore(HWSubmission)
submitters_with_device_select, all_submitters_select = self._submissionsSubmitterSelects(
HWSubmission.raw_emailaddress, bus, vendor_id, product_id, driver_name, package_name, distro_target
)
submitters_with_device = store.execute(
Select(columns=[Count()], tables=[Alias(submitters_with_device_select, "addresses")])
)
all_submitters = store.execute(Select(columns=[Count()], tables=[Alias(all_submitters_select, "addresses")]))
return (submitters_with_device.get_one()[0], all_submitters.get_one()[0])
def preloadVisibleStackedOnBranches(branches, user=None):
"""Preload the chains of stacked on branches related to the given list
of branches. Only the branches visible for the given user are
preloaded/returned.
"""
if len(branches) == 0:
return
store = IStore(Branch)
result = store.execute("""
WITH RECURSIVE stacked_on_branches_ids AS (
SELECT column1 as id FROM (VALUES %s) AS temp
UNION
SELECT DISTINCT branch.stacked_on
FROM stacked_on_branches_ids, Branch AS branch
WHERE
branch.id = stacked_on_branches_ids.id AND
branch.stacked_on IS NOT NULL
)
SELECT id from stacked_on_branches_ids
""" % ', '.join(
["(%s)" % quote(id)
for id in map(attrgetter('id'), branches)]))
branch_ids = [res[0] for res in result.get_all()]
# Not really sure this is useful: if a given branch is visible by a
# user, then I think it means that the whole chain of branches on
# which is is stacked on is visible by this user
expressions = [Branch.id.is_in(branch_ids)]
if user is None:
collection = AnonymousBranchCollection(
branch_filter_expressions=expressions)
else:
collection = VisibleBranchCollection(
user=user, branch_filter_expressions=expressions)
return list(collection.getBranches())
def test_default_collection(self):
# Make it easy to filter out sample data
store = IStore(Processor)
store.execute("UPDATE Processor SET name = 'sample_data_' || name")
self.factory.makeProcessor(name='q1')
self.factory.makeProcessor(name='i686')
self.factory.makeProcessor(name='g4')
logout()
collection = self.webservice.get('/+processors?ws.size=10',
api_version='devel').jsonBody()
self.assertEqual(
['g4', 'i686', 'q1'],
sorted(processor['name'] for processor in collection['entries']
if not processor['name'].startswith('sample_data_')))
def preloadVisibleStackedOnBranches(branches, user=None):
"""Preload the chains of stacked on branches related to the given list
of branches. Only the branches visible for the given user are
preloaded/returned.
"""
if len(branches) == 0:
return
store = IStore(Branch)
result = store.execute("""
WITH RECURSIVE stacked_on_branches_ids AS (
SELECT column1 as id FROM (VALUES %s) AS temp
UNION
SELECT DISTINCT branch.stacked_on
FROM stacked_on_branches_ids, Branch AS branch
WHERE
branch.id = stacked_on_branches_ids.id AND
branch.stacked_on IS NOT NULL
)
SELECT id from stacked_on_branches_ids
""" % ', '.join(
["(%s)" % quote(id) for id in map(attrgetter('id'), branches)]))
branch_ids = [res[0] for res in result.get_all()]
# Not really sure this is useful: if a given branch is visible by a
# user, then I think it means that the whole chain of branches on
# which is is stacked on is visible by this user
expressions = [Branch.id.is_in(branch_ids)]
if user is None:
collection = AnonymousBranchCollection(
branch_filter_expressions=expressions)
else:
collection = VisibleBranchCollection(
user=user, branch_filter_expressions=expressions)
return list(collection.getBranches())
def isSourceUploadAllowed(self,
archive,
sourcepackagename,
person,
distroseries=None):
"""See `IArchivePermissionSet`."""
sourcepackagename = self._nameToSourcePackageName(sourcepackagename)
store = IStore(ArchivePermission)
if distroseries is None:
ubuntu = getUtility(IDistributionSet).getByName('ubuntu')
distroseries = ubuntu.currentseries
# Put together the parameters for the query that follows.
archive_params = (ArchivePermissionType.UPLOAD, archive.id)
permission_params = (sourcepackagename.id, person.id, distroseries.id)
query_params = (
# Query parameters for the first WHERE clause.
(archive.id, distroseries.id, sourcepackagename.id) +
# Query parameters for the second WHERE clause.
permission_params + archive_params +
# Query parameters for the third WHERE clause.
permission_params + archive_params)
query = '''
SELECT CASE
WHEN (
SELECT COUNT(ap.id)
FROM packagesetsources pss, archivepermission ap, packageset ps
WHERE
ap.archive = %s AND ap.explicit = TRUE
AND ap.packageset = ps.id AND ps.distroseries = %s
AND pss.sourcepackagename = %s
AND pss.packageset = ap.packageset) > 0
THEN (
SELECT COUNT(ap.id)
FROM
packagesetsources pss, archivepermission ap, packageset ps,
teamparticipation tp
WHERE
pss.sourcepackagename = %s
AND ap.person = tp.team AND tp.person = %s
AND ap.packageset = ps.id AND ps.distroseries = %s
AND pss.packageset = ap.packageset AND ap.explicit = TRUE
AND ap.permission = %s AND ap.archive = %s)
ELSE (
SELECT COUNT(ap.id)
FROM
packagesetsources pss, archivepermission ap, packageset ps,
teamparticipation tp, flatpackagesetinclusion fpsi
WHERE
pss.sourcepackagename = %s
AND ap.person = tp.team AND tp.person = %s
AND ap.packageset = ps.id AND ps.distroseries = %s
AND pss.packageset = fpsi.child AND fpsi.parent = ap.packageset
AND ap.permission = %s AND ap.archive = %s)
END AS number_of_permitted_package_sets;
''' % sqlvalues(*query_params)
return store.execute(query).get_one()[0] > 0
def mergeCopy(self, origin, destination):
"""Please see `IPackageCloner`."""
# Calculate the package set delta in order to find packages that are
# obsolete or missing in the target archive.
self.packageSetDiff(origin, destination)
# Now copy the fresher or new packages.
store = IStore(BinaryPackagePublishingHistory)
store.execute("""
INSERT INTO SourcePackagePublishingHistory (
sourcepackagerelease, distroseries, status, component,
section, archive, datecreated, datepublished, pocket,
sourcepackagename)
SELECT
mcd.s_sourcepackagerelease AS sourcepackagerelease,
%s AS distroseries, mcd.s_status AS status,
mcd.s_component AS component, mcd.s_section AS section,
%s AS archive, %s AS datecreated, %s AS datepublished,
%s AS pocket,
sourcepackagename_id
FROM tmp_merge_copy_data mcd
WHERE mcd.obsoleted = True OR mcd.missing = True
""" % sqlvalues(destination.distroseries, destination.archive,
UTC_NOW, UTC_NOW, destination.pocket))
# Finally set the publishing status for the packages obsoleted in the
# target archive accordingly (i.e make them superseded).
store.execute("""
UPDATE sourcepackagepublishinghistory secsrc
SET
status = %s,
datesuperseded = %s,
supersededby = mcd.s_sourcepackagerelease
FROM
tmp_merge_copy_data mcd
WHERE
secsrc.id = mcd.t_sspph AND mcd.obsoleted = True
""" % sqlvalues(PackagePublishingStatus.SUPERSEDED, UTC_NOW))
processors = [
removeSecurityProxy(archivearch).processor for archivearch in
getUtility(IArchiveArchSet).getByArchive(destination.archive)
]
self._create_missing_builds(destination.distroseries,
destination.archive, (), processors, False)
def test_default_collection(self):
# Make it easy to filter out sample data
store = IStore(Processor)
store.execute("UPDATE Processor SET name = 'sample_data_' || name")
self.factory.makeProcessor(name='q1')
self.factory.makeProcessor(name='i686')
self.factory.makeProcessor(name='g4')
logout()
collection = self.webservice.get(
'/+processors?ws.size=10', api_version='devel').jsonBody()
self.assertEquals(
['g4', 'i686', 'q1'],
sorted(
processor['name'] for processor in collection['entries']
if not processor['name'].startswith('sample_data_')))
def populate_distroseriesdiff(logger, derived_series, parent_series):
"""Compare `derived_distroseries` to parent, and register differences.
The differences are registered by creating `DistroSeriesDifference`
records, insofar as they do not yet exist.
"""
temp_table = "temp_potentialdistroseriesdiff"
store = IStore(derived_series)
drop_table(store, temp_table)
quoted_temp_table = quote_identifier(temp_table)
store.execute("""
CREATE TEMP TABLE %s(
sourcepackagename INTEGER,
source_version debversion,
parent_source_version debversion)
ON COMMIT DROP
""" % (
quoted_temp_table))
store.execute("INSERT INTO %s %s" % (
quoted_temp_table,
compose_sql_find_differences(derived_series, parent_series)))
logger.info(
"Found %d potential difference(s).",
store.execute("SELECT count(*) FROM %s" % temp_table).get_one()[0])
store.execute(
compose_sql_populate_distroseriesdiff(
derived_series, parent_series, temp_table))
def populate_distroseriesdiff(logger, derived_series, parent_series):
"""Compare `derived_distroseries` to parent, and register differences.
The differences are registered by creating `DistroSeriesDifference`
records, insofar as they do not yet exist.
"""
temp_table = "temp_potentialdistroseriesdiff"
store = IStore(derived_series)
drop_table(store, temp_table)
quoted_temp_table = quote_identifier(temp_table)
store.execute("""
CREATE TEMP TABLE %s(
sourcepackagename INTEGER,
source_version debversion,
parent_source_version debversion)
ON COMMIT DROP
""" % (quoted_temp_table))
store.execute(
"INSERT INTO %s %s" %
(quoted_temp_table,
compose_sql_find_differences(derived_series, parent_series)))
logger.info(
"Found %d potential difference(s).",
store.execute("SELECT count(*) FROM %s" % temp_table).get_one()[0])
store.execute(
compose_sql_populate_distroseriesdiff(derived_series, parent_series,
temp_table))
def isSourceUploadAllowed(
self, archive, sourcepackagename, person, distroseries=None):
"""See `IArchivePermissionSet`."""
sourcepackagename = self._nameToSourcePackageName(sourcepackagename)
store = IStore(ArchivePermission)
if distroseries is None:
ubuntu = getUtility(IDistributionSet).getByName('ubuntu')
distroseries = ubuntu.currentseries
# Put together the parameters for the query that follows.
archive_params = (ArchivePermissionType.UPLOAD, archive.id)
permission_params = (sourcepackagename.id, person.id, distroseries.id)
query_params = (
# Query parameters for the first WHERE clause.
(archive.id, distroseries.id, sourcepackagename.id) +
# Query parameters for the second WHERE clause.
permission_params + archive_params +
# Query parameters for the third WHERE clause.
permission_params + archive_params)
query = '''
SELECT CASE
WHEN (
SELECT COUNT(ap.id)
FROM packagesetsources pss, archivepermission ap, packageset ps
WHERE
ap.archive = %s AND ap.explicit = TRUE
AND ap.packageset = ps.id AND ps.distroseries = %s
AND pss.sourcepackagename = %s
AND pss.packageset = ap.packageset) > 0
THEN (
SELECT COUNT(ap.id)
FROM
packagesetsources pss, archivepermission ap, packageset ps,
teamparticipation tp
WHERE
pss.sourcepackagename = %s
AND ap.person = tp.team AND tp.person = %s
AND ap.packageset = ps.id AND ps.distroseries = %s
AND pss.packageset = ap.packageset AND ap.explicit = TRUE
AND ap.permission = %s AND ap.archive = %s)
ELSE (
SELECT COUNT(ap.id)
FROM
packagesetsources pss, archivepermission ap, packageset ps,
teamparticipation tp, flatpackagesetinclusion fpsi
WHERE
pss.sourcepackagename = %s
AND ap.person = tp.team AND tp.person = %s
AND ap.packageset = ps.id AND ps.distroseries = %s
AND pss.packageset = fpsi.child AND fpsi.parent = ap.packageset
AND ap.permission = %s AND ap.archive = %s)
END AS number_of_permitted_package_sets;
''' % sqlvalues(*query_params)
return store.execute(query).get_one()[0] > 0
def numOwnersOfDevice(
self, bus=None, vendor_id=None, product_id=None, driver_name=None,
package_name=None, distro_target=None):
"""See `IHWSubmissionSet`."""
store = IStore(HWSubmission)
submitters_with_device_select, all_submitters_select = (
self._submissionsSubmitterSelects(
HWSubmission.raw_emailaddress, bus, vendor_id, product_id,
driver_name, package_name, distro_target))
submitters_with_device = store.execute(
Select(
columns=[Count()],
tables=[Alias(submitters_with_device_select, 'addresses')]))
all_submitters = store.execute(
Select(
columns=[Count()],
tables=[Alias(all_submitters_select, 'addresses')]))
return (submitters_with_device.get_one()[0],
all_submitters.get_one()[0])
def getMirrorsToProbe(self,
content_type,
ignore_last_probe=False,
limit=None):
"""See IDistributionMirrorSet"""
query = """
SELECT distributionmirror.id, MAX(mirrorproberecord.date_created)
FROM distributionmirror
LEFT OUTER JOIN mirrorproberecord
ON mirrorproberecord.distribution_mirror =
distributionmirror.id
WHERE distributionmirror.content = %s
AND distributionmirror.official_candidate IS TRUE
AND distributionmirror.status = %s
GROUP BY distributionmirror.id
""" % sqlvalues(content_type, MirrorStatus.OFFICIAL)
if not ignore_last_probe:
query += """
HAVING MAX(mirrorproberecord.date_created) IS NULL
OR MAX(mirrorproberecord.date_created)
< %s - '%s hours'::interval
""" % sqlvalues(UTC_NOW, PROBE_INTERVAL)
query += """
ORDER BY MAX(COALESCE(
mirrorproberecord.date_created, '1970-01-01')) ASC, id"""
if limit is not None:
query += " LIMIT %d" % limit
store = IStore(MirrorDistroArchSeries)
ids = ", ".join(str(id) for (id, date_created) in store.execute(query))
query = '1 = 2'
if ids:
query = 'id IN (%s)' % ids
return DistributionMirror.select(query)
def getMirrorsToProbe(
self, content_type, ignore_last_probe=False, limit=None):
"""See IDistributionMirrorSet"""
query = """
SELECT distributionmirror.id, MAX(mirrorproberecord.date_created)
FROM distributionmirror
LEFT OUTER JOIN mirrorproberecord
ON mirrorproberecord.distribution_mirror =
distributionmirror.id
WHERE distributionmirror.content = %s
AND distributionmirror.official_candidate IS TRUE
AND distributionmirror.status = %s
GROUP BY distributionmirror.id
""" % sqlvalues(content_type, MirrorStatus.OFFICIAL)
if not ignore_last_probe:
query += """
HAVING MAX(mirrorproberecord.date_created) IS NULL
OR MAX(mirrorproberecord.date_created)
< %s - '%s hours'::interval
""" % sqlvalues(UTC_NOW, PROBE_INTERVAL)
query += """
ORDER BY MAX(COALESCE(
mirrorproberecord.date_created, '1970-01-01')) ASC, id"""
if limit is not None:
query += " LIMIT %d" % limit
store = IStore(MirrorDistroArchSeries)
ids = ", ".join(str(id)
for (id, date_created) in store.execute(query))
query = '1 = 2'
if ids:
query = 'id IN (%s)' % ids
return DistributionMirror.select(query)
class TestNameBlacklist(TestCaseWithFactory):
layer = ZopelessDatabaseLayer
def setUp(self):
super(TestNameBlacklist, self).setUp()
self.name_blacklist_set = getUtility(INameBlacklistSet)
self.caret_foo_exp = self.name_blacklist_set.create(u'^foo')
self.foo_exp = self.name_blacklist_set.create(u'foo')
self.verbose_exp = self.name_blacklist_set.create(u'v e r b o s e')
team = self.factory.makeTeam()
self.admin_exp = self.name_blacklist_set.create(u'fnord', admin=team)
self.store = IStore(self.foo_exp)
self.store.flush()
def name_blacklist_match(self, name, user_id=None):
'''Return the result of the name_blacklist_match stored procedure.'''
user_id = user_id or 0
result = self.store.execute(
"SELECT name_blacklist_match(%s, %s)", (name, user_id))
return result.get_one()[0]
def is_blacklisted_name(self, name, user_id=None):
'''Call the is_blacklisted_name stored procedure and return the result
'''
user_id = user_id or 0
result = self.store.execute(
"SELECT is_blacklisted_name(%s, %s)", (name, user_id))
blacklisted = result.get_one()[0]
self.failIf(blacklisted is None, 'is_blacklisted_name returned NULL')
return bool(blacklisted)
def test_name_blacklist_match(self):
# A name that is not blacklisted returns NULL/None
self.failUnless(self.name_blacklist_match(u"bar") is None)
# A name that is blacklisted returns the id of the row in the
# NameBlacklist table that matched. Rows are tried in order, and the
# first match is returned.
self.assertEqual(
self.name_blacklist_match(u"foobar"),
self.caret_foo_exp.id)
self.assertEqual(
self.name_blacklist_match(u"barfoo"),
self.foo_exp.id)
def test_name_blacklist_match_admin_does_not_match(self):
# A user in the expresssion's admin team is exempt from the
# backlisted name restriction.
user = self.admin_exp.admin.teamowner
self.assertEqual(
None, self.name_blacklist_match(u"fnord", user.id))
def test_name_blacklist_match_launchpad_admin_can_change(self):
# A Launchpad admin is exempt from any backlisted name restriction
# that has an admin.
user = self.factory.makePerson()
admins = getUtility(ILaunchpadCelebrities).admin
admins.addMember(user, user)
self.assertEqual(
None, self.name_blacklist_match(u"fnord", user.id))
def test_name_blacklist_match_launchpad_admin_cannot_change(self):
# A Launchpad admin cannot override backlisted names without admins.
user = self.factory.makePerson()
admins = getUtility(ILaunchpadCelebrities).admin
admins.addMember(user, user)
self.assertEqual(
self.foo_exp.id, self.name_blacklist_match(u"barfoo", user.id))
def test_name_blacklist_match_cache(self):
# If the blacklist is changed in the DB, these changes are noticed.
# This test is needed because the stored procedure keeps a cache
# of the compiled regular expressions.
self.assertEqual(
self.name_blacklist_match(u"foobar"),
self.caret_foo_exp.id)
self.caret_foo_exp.regexp = u'nomatch'
self.assertEqual(
self.name_blacklist_match(u"foobar"),
self.foo_exp.id)
self.foo_exp.regexp = u'nomatch2'
self.failUnless(self.name_blacklist_match(u"foobar") is None)
def test_is_blacklisted_name(self):
# is_blacklisted_name() is just a wrapper around name_blacklist_match
# that is friendlier to use in a boolean context.
self.failUnless(self.is_blacklisted_name(u"bar") is False)
self.failUnless(self.is_blacklisted_name(u"foo") is True)
self.caret_foo_exp.regexp = u'bar'
self.foo_exp.regexp = u'bar2'
self.failUnless(self.is_blacklisted_name(u"foo") is False)
def test_is_blacklisted_name_admin_false(self):
# Users in the expression's admin team are will return False.
user = self.admin_exp.admin.teamowner
self.assertFalse(self.is_blacklisted_name(u"fnord", user.id))
def test_case_insensitive(self):
self.failUnless(self.is_blacklisted_name(u"Foo") is True)
def test_verbose(self):
# Testing the VERBOSE flag is used when compiling the regexp
self.failUnless(self.is_blacklisted_name(u"verbose") is True)
def _init_packageset_delta(self, destination):
"""Set up a temp table with data about target archive packages.
This is a first step in finding out which packages in a given source
archive are fresher or new with respect to a target archive.
Merge copying of packages is one of the use cases that requires such a
package set diff capability.
In order to find fresher or new packages we first set up a temporary
table that lists what packages exist in the target archive
(additionally considering the distroseries, pocket and component).
"""
store = IStore(BinaryPackagePublishingHistory)
# Use a temporary table to hold the data needed for the package set
# delta computation. This will prevent multiple, parallel delta
# calculations from interfering with each other.
store.execute("""
CREATE TEMP TABLE tmp_merge_copy_data (
-- Source archive package data, only set for packages that
-- will be copied.
s_sspph integer,
s_sourcepackagerelease integer,
s_version debversion,
s_status integer,
s_component integer,
s_section integer,
-- Target archive package data, set for all published or
-- pending packages.
t_sspph integer,
t_sourcepackagerelease integer,
t_version debversion,
-- Whether a target package became obsolete due to a more
-- recent source package.
obsoleted boolean DEFAULT false NOT NULL,
missing boolean DEFAULT false NOT NULL,
sourcepackagename text NOT NULL,
sourcepackagename_id integer NOT NULL
);
CREATE INDEX source_name_index
ON tmp_merge_copy_data USING btree (sourcepackagename);
""")
# Populate the temporary table with package data from the target
# archive considering the distroseries, pocket and component.
pop_query = """
INSERT INTO tmp_merge_copy_data (
t_sspph, t_sourcepackagerelease, sourcepackagename,
sourcepackagename_id, t_version)
SELECT
secsrc.id AS t_sspph,
secsrc.sourcepackagerelease AS t_sourcepackagerelease,
spn.name AS sourcepackagerelease,
spn.id AS sourcepackagename_id,
spr.version AS t_version
FROM SourcePackagePublishingHistory secsrc
JOIN SourcePackageRelease AS spr ON
spr.id = secsrc.sourcepackagerelease
JOIN SourcePackageName AS spn ON
spn.id = spr.sourcepackagename
WHERE
secsrc.archive = %s AND
secsrc.status IN (%s, %s) AND
secsrc.distroseries = %s AND
secsrc.pocket = %s
""" % sqlvalues(destination.archive, PackagePublishingStatus.PENDING,
PackagePublishingStatus.PUBLISHED,
destination.distroseries, destination.pocket)
if destination.component is not None:
pop_query += (" AND secsrc.component = %s" %
quote(destination.component))
store.execute(pop_query)
def _clone_source_packages(self, origin, destination, sourcepackagenames):
"""Copy source publishing data from origin to destination.
@type origin: PackageLocation
@param origin: the location from which source publishing
records are to be copied.
@type destination: PackageLocation
@param destination: the location to which the data is
to be copied.
@type sourcepackagenames: Iterable
@param sourcepackagenames: List of source packages to restrict
the copy to
"""
store = IStore(BinaryPackagePublishingHistory)
query = '''
INSERT INTO SourcePackagePublishingHistory (
sourcepackagerelease, distroseries, status, component,
section, archive, datecreated, datepublished, pocket,
sourcepackagename)
SELECT
spph.sourcepackagerelease,
%s as distroseries,
spph.status,
spph.component,
spph.section,
%s as archive,
%s as datecreated,
%s as datepublished,
%s as pocket,
spph.sourcepackagename
FROM SourcePackagePublishingHistory AS spph
WHERE
spph.distroseries = %s AND
spph.status in (%s, %s) AND
spph.pocket = %s AND
spph.archive = %s
''' % sqlvalues(
destination.distroseries, destination.archive, UTC_NOW, UTC_NOW,
destination.pocket, origin.distroseries,
PackagePublishingStatus.PENDING, PackagePublishingStatus.PUBLISHED,
origin.pocket, origin.archive)
if sourcepackagenames and len(sourcepackagenames) > 0:
query += '''
AND spph.sourcepackagerelease IN (
SELECT spr.id
FROM SourcePackageRelease AS spr
JOIN SourcePackageName AS spn ON
spn.id = spr.sourcepackagename
WHERE spn.name IN %s
)''' % sqlvalues(sourcepackagenames)
if origin.packagesets:
query += '''
AND spph.sourcepackagerelease IN (
SELECT spr.id
FROM SourcePackageRelease AS spr
JOIN PackagesetSources AS pss ON
PSS.sourcepackagename = spr.sourcepackagename
JOIN FlatPackagesetInclusion AS fpsi ON
fpsi.child = pss.packageset
WHERE fpsi.parent in %s
)
''' % sqlvalues([p.id for p in origin.packagesets])
if origin.component:
query += "and spph.component = %s" % sqlvalues(origin.component)
store.execute(query)
def get_current_dbuser(self):
store = IStore(Person)
query = store.execute('SELECT current_user;')
result = query.get_one()[0]
query.close()
return result
def _compute_packageset_delta(self, origin):
"""Given a source/target archive find obsolete or missing packages.
This means finding out which packages in a given source archive are
fresher or new with respect to a target archive.
"""
store = IStore(BinaryPackagePublishingHistory)
# The query below will find all packages in the source archive that
# are fresher than their counterparts in the target archive.
find_newer_packages = """
UPDATE tmp_merge_copy_data mcd SET
s_sspph = secsrc.id,
s_sourcepackagerelease = spr.id,
s_version = spr.version,
obsoleted = True,
s_status = secsrc.status,
s_component = secsrc.component,
s_section = secsrc.section
FROM
SourcePackagePublishingHistory secsrc,
SourcePackageRelease spr,
SourcePackageName spn
WHERE
secsrc.archive = %s AND secsrc.status IN (%s, %s) AND
secsrc.distroseries = %s AND secsrc.pocket = %s AND
secsrc.sourcepackagerelease = spr.id AND
spr.sourcepackagename = spn.id AND
spn.name = mcd.sourcepackagename AND
spr.version > mcd.t_version
""" % sqlvalues(origin.archive, PackagePublishingStatus.PENDING,
PackagePublishingStatus.PUBLISHED, origin.distroseries,
origin.pocket)
if origin.component is not None:
find_newer_packages += (" AND secsrc.component = %s" %
quote(origin.component))
store.execute(find_newer_packages)
# Now find the packages that exist in the source archive but *not* in
# the target archive.
find_origin_only_packages = """
INSERT INTO tmp_merge_copy_data (
s_sspph, s_sourcepackagerelease, sourcepackagename,
sourcepackagename_id, s_version, missing, s_status,
s_component, s_section)
SELECT
secsrc.id AS s_sspph,
secsrc.sourcepackagerelease AS s_sourcepackagerelease,
spn.name AS sourcepackagename,
spn.id AS sourcepackagename_id,
spr.version AS s_version,
True AS missing,
secsrc.status AS s_status,
secsrc.component AS s_component,
secsrc.section AS s_section
FROM SourcePackagePublishingHistory secsrc
JOIN SourcePackageRelease AS spr ON
spr.id = secsrc.sourcepackagerelease
JOIN SourcePackageName AS spn ON
spn.id = spr.sourcepackagename
WHERE
secsrc.archive = %s AND
secsrc.status IN (%s, %s) AND
secsrc.distroseries = %s AND
secsrc.pocket = %s AND
spn.name NOT IN (
SELECT sourcepackagename FROM tmp_merge_copy_data)
""" % sqlvalues(origin.archive, PackagePublishingStatus.PENDING,
PackagePublishingStatus.PUBLISHED, origin.distroseries,
origin.pocket)
if origin.component is not None:
find_origin_only_packages += (" AND secsrc.component = %s" %
quote(origin.component))
store.execute(find_origin_only_packages)
def get_current_dbuser(self):
store = IStore(Person)
query = store.execute('SELECT current_user;')
result = query.get_one()[0]
query.close()
return result
def deviceDriverOwnersAffectedByBugs(
self,
bus=None,
vendor_id=None,
product_id=None,
driver_name=None,
package_name=None,
bug_ids=None,
bug_tags=None,
affected_by_bug=False,
subscribed_to_bug=False,
user=None,
):
"""See `IHWSubmissionSet`."""
store = IStore(HWSubmission)
tables, clauses = make_submission_device_statistics_clause(
bus, vendor_id, product_id, driver_name, package_name, False
)
tables.append(HWSubmission)
clauses.append(HWSubmissionDevice.submission == HWSubmission.id)
clauses.append(_userCanAccessSubmissionStormClause(user))
if (bug_ids is None or len(bug_ids) == 0) and (bug_tags is None or len(bug_tags) == 0):
raise ParameterError("bug_ids or bug_tags must be supplied.")
tables.append(Bug)
if bug_ids is not None and bug_ids is not []:
clauses.append(Bug.id.is_in(bug_ids))
if bug_tags is not None and bug_tags is not []:
clauses.extend([Bug.id == BugTag.bugID, BugTag.tag.is_in(bug_tags)])
tables.append(BugTag)
# If we OR-combine the search for bug owners, subscribers
# and affected people on SQL level, the query runs very slow.
# So let's run the queries separately and join the results
# on Python level.
# This would be quicker still if we did it as a single query
# using UNION.
owner_query = Select(
columns=[HWSubmission.ownerID], tables=tables, where=And(*(clauses + [Bug.ownerID == HWSubmission.ownerID]))
)
user_ids = set(store.execute(owner_query))
if subscribed_to_bug:
subscriber_clauses = [BugSubscription.person_id == HWSubmission.ownerID, BugSubscription.bug == Bug.id]
subscriber_query = Select(
columns=[HWSubmission.ownerID],
tables=tables + [BugSubscription],
where=And(*(clauses + subscriber_clauses)),
)
user_ids.update(store.execute(subscriber_query))
if affected_by_bug:
affected_clauses = [
BugAffectsPerson.personID == HWSubmission.ownerID,
BugAffectsPerson.bug == Bug.id,
BugAffectsPerson.affected,
]
affected_query = Select(
columns=[HWSubmission.ownerID],
tables=tables + [BugAffectsPerson],
where=And(*(clauses + affected_clauses)),
)
user_ids.update(store.execute(affected_query))
# A "WHERE x IN (y, z...)" query needs at least one element
# on the right side of IN.
if len(user_ids) == 0:
result = store.find(Person, False)
else:
user_ids = [row[0] for row in user_ids]
result = store.find(Person, Person.id.is_in(user_ids))
result.order_by(Person.displayname)
return result
def deviceDriverOwnersAffectedByBugs(
self, bus=None, vendor_id=None, product_id=None, driver_name=None,
package_name=None, bug_ids=None, bug_tags=None, affected_by_bug=False,
subscribed_to_bug=False, user=None):
"""See `IHWSubmissionSet`."""
store = IStore(HWSubmission)
tables, clauses = make_submission_device_statistics_clause(
bus, vendor_id, product_id, driver_name, package_name, False)
tables.append(HWSubmission)
clauses.append(HWSubmissionDevice.submission == HWSubmission.id)
clauses.append(_userCanAccessSubmissionStormClause(user))
if ((bug_ids is None or len(bug_ids) == 0) and
(bug_tags is None or len(bug_tags) == 0)):
raise ParameterError('bug_ids or bug_tags must be supplied.')
tables.append(Bug)
if bug_ids is not None and bug_ids is not []:
clauses.append(Bug.id.is_in(bug_ids))
if bug_tags is not None and bug_tags is not []:
clauses.extend([
Bug.id == BugTag.bugID, BugTag.tag.is_in(bug_tags)])
tables.append(BugTag)
# If we OR-combine the search for bug owners, subscribers
# and affected people on SQL level, the query runs very slow.
# So let's run the queries separately and join the results
# on Python level.
# This would be quicker still if we did it as a single query
# using UNION.
owner_query = Select(
columns=[HWSubmission.ownerID], tables=tables,
where=And(*(clauses + [Bug.ownerID == HWSubmission.ownerID])))
user_ids = set(store.execute(owner_query))
if subscribed_to_bug:
subscriber_clauses = [
BugSubscription.person_id == HWSubmission.ownerID,
BugSubscription.bug == Bug.id,
]
subscriber_query = Select(
columns=[HWSubmission.ownerID],
tables=tables + [BugSubscription],
where=And(*(clauses + subscriber_clauses)))
user_ids.update(store.execute(subscriber_query))
if affected_by_bug:
affected_clauses = [
BugAffectsPerson.personID == HWSubmission.ownerID,
BugAffectsPerson.bug == Bug.id,
BugAffectsPerson.affected,
]
affected_query = Select(
columns=[HWSubmission.ownerID],
tables=tables + [BugAffectsPerson],
where=And(*(clauses + affected_clauses)))
user_ids.update(store.execute(affected_query))
# A "WHERE x IN (y, z...)" query needs at least one element
# on the right side of IN.
if len(user_ids) == 0:
result = store.find(Person, False)
else:
user_ids = [row[0] for row in user_ids]
result = store.find(Person, Person.id.is_in(user_ids))
result.order_by(Person.display_name)
return result
class TestNameBlacklist(TestCaseWithFactory):
layer = ZopelessDatabaseLayer
def setUp(self):
super(TestNameBlacklist, self).setUp()
self.name_blacklist_set = getUtility(INameBlacklistSet)
self.caret_foo_exp = self.name_blacklist_set.create(u'^foo')
self.foo_exp = self.name_blacklist_set.create(u'foo')
self.verbose_exp = self.name_blacklist_set.create(u'v e r b o s e')
team = self.factory.makeTeam()
self.admin_exp = self.name_blacklist_set.create(u'fnord', admin=team)
self.store = IStore(self.foo_exp)
self.store.flush()
def name_blacklist_match(self, name, user_id=None):
'''Return the result of the name_blacklist_match stored procedure.'''
user_id = user_id or 0
result = self.store.execute(
"SELECT name_blacklist_match(%s, %s)", (name, user_id))
return result.get_one()[0]
def is_blacklisted_name(self, name, user_id=None):
'''Call the is_blacklisted_name stored procedure and return the result
'''
user_id = user_id or 0
result = self.store.execute(
"SELECT is_blacklisted_name(%s, %s)", (name, user_id))
blacklisted = result.get_one()[0]
self.assertIsNotNone(blacklisted, 'is_blacklisted_name returned NULL')
return bool(blacklisted)
def test_name_blacklist_match(self):
# A name that is not blacklisted returns NULL/None
self.assertIsNone(self.name_blacklist_match(u"bar"))
# A name that is blacklisted returns the id of the row in the
# NameBlacklist table that matched. Rows are tried in order, and the
# first match is returned.
self.assertEqual(
self.name_blacklist_match(u"foobar"),
self.caret_foo_exp.id)
self.assertEqual(
self.name_blacklist_match(u"barfoo"),
self.foo_exp.id)
def test_name_blacklist_match_admin_does_not_match(self):
# A user in the expresssion's admin team is exempt from the
# backlisted name restriction.
user = self.admin_exp.admin.teamowner
self.assertEqual(
None, self.name_blacklist_match(u"fnord", user.id))
def test_name_blacklist_match_launchpad_admin_can_change(self):
# A Launchpad admin is exempt from any backlisted name restriction
# that has an admin.
user = self.factory.makePerson()
admins = getUtility(ILaunchpadCelebrities).admin
admins.addMember(user, user)
self.assertEqual(
None, self.name_blacklist_match(u"fnord", user.id))
def test_name_blacklist_match_launchpad_admin_cannot_change(self):
# A Launchpad admin cannot override backlisted names without admins.
user = self.factory.makePerson()
admins = getUtility(ILaunchpadCelebrities).admin
admins.addMember(user, user)
self.assertEqual(
self.foo_exp.id, self.name_blacklist_match(u"barfoo", user.id))
def test_name_blacklist_match_cache(self):
# If the blacklist is changed in the DB, these changes are noticed.
# This test is needed because the stored procedure keeps a cache
# of the compiled regular expressions.
self.assertEqual(
self.name_blacklist_match(u"foobar"),
self.caret_foo_exp.id)
self.caret_foo_exp.regexp = u'nomatch'
self.assertEqual(
self.name_blacklist_match(u"foobar"),
self.foo_exp.id)
self.foo_exp.regexp = u'nomatch2'
self.assertIsNone(self.name_blacklist_match(u"foobar"))
def test_is_blacklisted_name(self):
# is_blacklisted_name() is just a wrapper around name_blacklist_match
# that is friendlier to use in a boolean context.
self.assertFalse(self.is_blacklisted_name(u"bar"))
self.assertTrue(self.is_blacklisted_name(u"foo"))
self.caret_foo_exp.regexp = u'bar'
self.foo_exp.regexp = u'bar2'
self.assertFalse(self.is_blacklisted_name(u"foo"))
def test_is_blacklisted_name_admin_false(self):
# Users in the expression's admin team are will return False.
user = self.admin_exp.admin.teamowner
self.assertFalse(self.is_blacklisted_name(u"fnord", user.id))
def test_case_insensitive(self):
self.assertTrue(self.is_blacklisted_name(u"Foo"))
def test_verbose(self):
# Testing the VERBOSE flag is used when compiling the regexp
self.assertTrue(self.is_blacklisted_name(u"verbose"))
class ArchiveExpirer(LaunchpadCronScript):
"""Helper class for expiring old PPA binaries.
Any PPA binary older than 30 days that is superseded or deleted
will be marked for immediate expiry.
"""
blacklist = BLACKLISTED_PPAS
whitelist = WHITELISTED_PPAS
def add_my_options(self):
"""Add script command line options."""
self.parser.add_option("-n",
"--dry-run",
action="store_true",
dest="dryrun",
metavar="DRY_RUN",
default=False,
help="If set, no transactions are committed")
self.parser.add_option(
"-e",
"--expire-after",
action="store",
type="int",
dest="num_days",
metavar="DAYS",
default=15,
help=("The number of days after which to expire binaries. "
"Must be specified."))
def determineSourceExpirables(self, num_days):
"""Return expirable libraryfilealias IDs."""
stay_of_execution = '%d days' % num_days
archive_types = (ArchivePurpose.PPA, ArchivePurpose.PARTNER)
# The subquery here has to repeat the checks for privacy and
# blacklisting on *other* publications that are also done in
# the main loop for the archive being considered.
results = self.store.execute("""
SELECT lfa.id
FROM
LibraryFileAlias AS lfa,
Archive,
SourcePackageReleaseFile AS sprf,
SourcePackageRelease AS spr,
SourcePackagePublishingHistory AS spph
WHERE
lfa.id = sprf.libraryfile
AND spr.id = sprf.sourcepackagerelease
AND spph.sourcepackagerelease = spr.id
AND spph.dateremoved < (
CURRENT_TIMESTAMP AT TIME ZONE 'UTC' - interval %s)
AND spph.archive = archive.id
AND archive.purpose IN %s
AND lfa.expires IS NULL
EXCEPT
SELECT sprf.libraryfile
FROM
SourcePackageRelease AS spr,
SourcePackageReleaseFile AS sprf,
SourcePackagePublishingHistory AS spph,
Archive AS a,
Person AS p
WHERE
spr.id = sprf.sourcepackagerelease
AND spph.sourcepackagerelease = spr.id
AND spph.archive = a.id
AND p.id = a.owner
AND (
(p.name IN %s AND a.purpose = %s)
OR (a.private IS TRUE
AND (p.name || '/' || a.name) NOT IN %s)
OR a.purpose NOT IN %s
OR dateremoved >
CURRENT_TIMESTAMP AT TIME ZONE 'UTC' - interval %s
OR dateremoved IS NULL);
""" % sqlvalues(stay_of_execution, archive_types, self.blacklist,
ArchivePurpose.PPA, self.whitelist, archive_types,
stay_of_execution))
lfa_ids = results.get_all()
return lfa_ids
def determineBinaryExpirables(self, num_days):
"""Return expirable libraryfilealias IDs."""
stay_of_execution = '%d days' % num_days
archive_types = (ArchivePurpose.PPA, ArchivePurpose.PARTNER)
# The subquery here has to repeat the checks for privacy and
# blacklisting on *other* publications that are also done in
# the main loop for the archive being considered.
results = self.store.execute("""
SELECT lfa.id
FROM
LibraryFileAlias AS lfa,
Archive,
BinaryPackageFile AS bpf,
BinaryPackageRelease AS bpr,
BinaryPackagePublishingHistory AS bpph
WHERE
lfa.id = bpf.libraryfile
AND bpr.id = bpf.binarypackagerelease
AND bpph.binarypackagerelease = bpr.id
AND bpph.dateremoved < (
CURRENT_TIMESTAMP AT TIME ZONE 'UTC' -
interval %(stay_of_execution)s)
AND bpph.archive = archive.id
AND archive.purpose IN %(archive_types)s
AND lfa.expires IS NULL
EXCEPT
SELECT bpf.libraryfile
FROM
BinaryPackageRelease AS bpr,
BinaryPackageFile AS bpf,
BinaryPackagePublishingHistory AS bpph,
Archive AS a,
Person AS p
WHERE
bpr.id = bpf.binarypackagerelease
AND bpph.binarypackagerelease = bpr.id
AND bpph.archive = a.id
AND p.id = a.owner
AND (
(p.name IN %(blacklist)s AND a.purpose = %(ppa)s)
OR (a.private IS TRUE
AND (p.name || '/' || a.name) NOT IN %(whitelist)s)
OR a.purpose NOT IN %(archive_types)s
OR dateremoved > (
CURRENT_TIMESTAMP AT TIME ZONE 'UTC' -
interval %(stay_of_execution)s)
OR dateremoved IS NULL)
""" % sqlvalues(stay_of_execution=stay_of_execution,
archive_types=archive_types,
blacklist=self.blacklist,
whitelist=self.whitelist,
ppa=ArchivePurpose.PPA))
lfa_ids = results.get_all()
return lfa_ids
def main(self):
self.logger.info('Starting the PPA binary expiration')
num_days = self.options.num_days
self.logger.info("Expiring files up to %d days ago" % num_days)
self.store = IStore(Archive)
lfa_ids = self.determineSourceExpirables(num_days)
lfa_ids.extend(self.determineBinaryExpirables(num_days))
batch_count = 0
batch_limit = 500
for id in lfa_ids:
self.logger.info("Expiring libraryfilealias %s" % id)
self.store.execute("""
UPDATE libraryfilealias
SET expires = CURRENT_TIMESTAMP AT TIME ZONE 'UTC'
WHERE id = %s
""" % id)
batch_count += 1
if batch_count % batch_limit == 0:
if self.options.dryrun:
self.logger.info("%s done, not committing (dryrun mode)" %
batch_count)
self.txn.abort()
else:
self.logger.info("%s done, committing transaction" %
batch_count)
self.txn.commit()
if self.options.dryrun:
self.txn.abort()
else:
self.txn.commit()
self.logger.info('Finished PPA binary expiration')
class ArchiveExpirer(LaunchpadCronScript):
"""Helper class for expiring old PPA binaries.
Any PPA binary older than 30 days that is superseded or deleted
will be marked for immediate expiry.
"""
blacklist = BLACKLISTED_PPAS
whitelist = WHITELISTED_PPAS
def add_my_options(self):
"""Add script command line options."""
self.parser.add_option(
"-n", "--dry-run", action="store_true",
dest="dryrun", metavar="DRY_RUN", default=False,
help="If set, no transactions are committed")
self.parser.add_option(
"-e", "--expire-after", action="store", type="int",
dest="num_days", metavar="DAYS", default=15,
help=("The number of days after which to expire binaries. "
"Must be specified."))
def determineSourceExpirables(self, num_days):
"""Return expirable libraryfilealias IDs."""
stay_of_execution = '%d days' % num_days
archive_types = (ArchivePurpose.PPA, ArchivePurpose.PARTNER)
# The subquery here has to repeat the checks for privacy and
# blacklisting on *other* publications that are also done in
# the main loop for the archive being considered.
results = self.store.execute("""
SELECT lfa.id
FROM
LibraryFileAlias AS lfa,
Archive,
SourcePackageReleaseFile AS sprf,
SourcePackageRelease AS spr,
SourcePackagePublishingHistory AS spph
WHERE
lfa.id = sprf.libraryfile
AND spr.id = sprf.sourcepackagerelease
AND spph.sourcepackagerelease = spr.id
AND spph.dateremoved < (
CURRENT_TIMESTAMP AT TIME ZONE 'UTC' - interval %s)
AND spph.archive = archive.id
AND archive.purpose IN %s
AND lfa.expires IS NULL
EXCEPT
SELECT sprf.libraryfile
FROM
SourcePackageRelease AS spr,
SourcePackageReleaseFile AS sprf,
SourcePackagePublishingHistory AS spph,
Archive AS a,
Person AS p
WHERE
spr.id = sprf.sourcepackagerelease
AND spph.sourcepackagerelease = spr.id
AND spph.archive = a.id
AND p.id = a.owner
AND (
(p.name IN %s AND a.purpose = %s)
OR (a.private IS TRUE
AND (p.name || '/' || a.name) NOT IN %s)
OR a.purpose NOT IN %s
OR dateremoved >
CURRENT_TIMESTAMP AT TIME ZONE 'UTC' - interval %s
OR dateremoved IS NULL);
""" % sqlvalues(
stay_of_execution, archive_types, self.blacklist,
ArchivePurpose.PPA, self.whitelist, archive_types,
stay_of_execution))
lfa_ids = results.get_all()
return lfa_ids
def determineBinaryExpirables(self, num_days):
"""Return expirable libraryfilealias IDs."""
stay_of_execution = '%d days' % num_days
archive_types = (ArchivePurpose.PPA, ArchivePurpose.PARTNER)
# The subquery here has to repeat the checks for privacy and
# blacklisting on *other* publications that are also done in
# the main loop for the archive being considered.
results = self.store.execute("""
SELECT lfa.id
FROM
LibraryFileAlias AS lfa,
Archive,
BinaryPackageFile AS bpf,
BinaryPackageRelease AS bpr,
BinaryPackagePublishingHistory AS bpph
WHERE
lfa.id = bpf.libraryfile
AND bpr.id = bpf.binarypackagerelease
AND bpph.binarypackagerelease = bpr.id
AND bpph.dateremoved < (
CURRENT_TIMESTAMP AT TIME ZONE 'UTC' -
interval %(stay_of_execution)s)
AND bpph.archive = archive.id
AND archive.purpose IN %(archive_types)s
AND lfa.expires IS NULL
EXCEPT
SELECT bpf.libraryfile
FROM
BinaryPackageRelease AS bpr,
BinaryPackageFile AS bpf,
BinaryPackagePublishingHistory AS bpph,
Archive AS a,
Person AS p
WHERE
bpr.id = bpf.binarypackagerelease
AND bpph.binarypackagerelease = bpr.id
AND bpph.archive = a.id
AND p.id = a.owner
AND (
(p.name IN %(blacklist)s AND a.purpose = %(ppa)s)
OR (a.private IS TRUE
AND (p.name || '/' || a.name) NOT IN %(whitelist)s)
OR a.purpose NOT IN %(archive_types)s
OR dateremoved > (
CURRENT_TIMESTAMP AT TIME ZONE 'UTC' -
interval %(stay_of_execution)s)
OR dateremoved IS NULL)
""" % sqlvalues(
stay_of_execution=stay_of_execution,
archive_types=archive_types,
blacklist=self.blacklist,
whitelist=self.whitelist,
ppa=ArchivePurpose.PPA))
lfa_ids = results.get_all()
return lfa_ids
def main(self):
self.logger.info('Starting the PPA binary expiration')
num_days = self.options.num_days
self.logger.info("Expiring files up to %d days ago" % num_days)
self.store = IStore(Archive)
lfa_ids = self.determineSourceExpirables(num_days)
lfa_ids.extend(self.determineBinaryExpirables(num_days))
batch_count = 0
batch_limit = 500
for id in lfa_ids:
self.logger.info("Expiring libraryfilealias %s" % id)
self.store.execute("""
UPDATE libraryfilealias
SET expires = CURRENT_TIMESTAMP AT TIME ZONE 'UTC'
WHERE id = %s
""" % id)
batch_count += 1
if batch_count % batch_limit == 0:
if self.options.dryrun:
self.logger.info(
"%s done, not committing (dryrun mode)" % batch_count)
self.txn.abort()
else:
self.logger.info(
"%s done, committing transaction" % batch_count)
self.txn.commit()
if self.options.dryrun:
self.txn.abort()
else:
self.txn.commit()
self.logger.info('Finished PPA binary expiration')
def _findBuildCandidate(self):
"""Find a candidate job for dispatch to an idle buildd slave.
The pending BuildQueue item with the highest score for this builder
or None if no candidate is available.
:return: A candidate job.
"""
def qualify_subquery(job_type, sub_query):
"""Put the sub-query into a job type context."""
qualified_query = """
((BuildQueue.job_type != %s) OR EXISTS(%%s))
""" % sqlvalues(job_type)
qualified_query %= sub_query
return qualified_query
logger = self._getSlaveScannerLogger()
candidate = None
general_query = """
SELECT buildqueue.id FROM buildqueue, job
WHERE
buildqueue.job = job.id
AND job.status = %s
AND (
-- The processor values either match or the candidate
-- job is processor-independent.
buildqueue.processor = %s OR
buildqueue.processor IS NULL)
AND (
-- The virtualized values either match or the candidate
-- job does not care about virtualization and the idle
-- builder *is* virtualized (the latter is a security
-- precaution preventing the execution of untrusted code
-- on native builders).
buildqueue.virtualized = %s OR
(buildqueue.virtualized IS NULL AND %s = TRUE))
AND buildqueue.builder IS NULL
""" % sqlvalues(
JobStatus.WAITING, self.processor, self.virtualized,
self.virtualized)
order_clause = " ORDER BY buildqueue.lastscore DESC, buildqueue.id"
extra_queries = []
job_classes = specific_job_classes()
for job_type, job_class in job_classes.iteritems():
query = job_class.addCandidateSelectionCriteria(
self.processor, self.virtualized)
if query == '':
# This job class does not need to refine candidate jobs
# further.
continue
# The sub-query should only apply to jobs of the right type.
extra_queries.append(qualify_subquery(job_type, query))
query = ' AND '.join([general_query] + extra_queries) + order_clause
store = IStore(self.__class__)
candidate_jobs = store.execute(query).get_all()
for (candidate_id,) in candidate_jobs:
candidate = getUtility(IBuildQueueSet).get(candidate_id)
job_class = job_classes[candidate.job_type]
candidate_approved = job_class.postprocessCandidate(
candidate, logger)
if candidate_approved:
return candidate
return None