def __init__(self, source_repo, manifest_repo, build_name, build_type,
incr_type, force, branch, manifest=constants.DEFAULT_MANIFEST,
dry_run=True, master=False):
"""Initialize an LKGM Manager.
Args:
build_type: Type of build. Must be a pfq type.
Other args see manifest_version.BuildSpecsManager.
"""
super(LKGMManager, self).__init__(
source_repo=source_repo, manifest_repo=manifest_repo,
manifest=manifest, build_name=build_name, incr_type=incr_type,
force=force, branch=branch, dry_run=dry_run, master=master)
self.lkgm_path = os.path.join(self.manifest_dir, self.LKGM_PATH)
self.compare_versions_fn = _LKGMCandidateInfo.VersionCompare
self.build_type = build_type
# Chrome PFQ and PFQ's exist at the same time and version separately so they
# must have separate subdirs in the manifest-versions repository.
if self.build_type == constants.CHROME_PFQ_TYPE:
self.rel_working_dir = self.CHROME_PFQ_SUBDIR
elif cbuildbot_config.IsCQType(self.build_type):
self.rel_working_dir = self.COMMIT_QUEUE_SUBDIR
else:
assert cbuildbot_config.IsPFQType(self.build_type)
self.rel_working_dir = self.LKGM_SUBDIR
def testValidUnifiedMasterConfig(self):
"""Make sure any unified master configurations are valid."""
for build_name, config in cbuildbot_config.config.iteritems():
error = 'Unified config for %s has invalid values' % build_name
# Unified masters must be internal and must rev both overlays.
if config['master']:
self.assertTrue(
config['internal'] and config['manifest_version'], error)
elif not config['master'] and config['manifest_version']:
# Unified slaves can rev either public or both depending on whether
# they are internal or not.
if not config['internal']:
self.assertEqual(config['overlays'],
constants.PUBLIC_OVERLAYS, error)
elif cbuildbot_config.IsCQType(config['build_type']):
self.assertEqual(config['overlays'],
constants.BOTH_OVERLAYS, error)