def test_categorize(self):
self.assertEqual(versiontag.categorize('v1.0.0', []), 'unknown')
self.assertEqual(versiontag.categorize('v2.0.0', ['v1.0.0']), 'major')
self.assertEqual(versiontag.categorize('v1.1.0', ['v1.0.0']), 'minor')
self.assertEqual(versiontag.categorize('v1.1.1', ['v1.0.0']), 'minor')
self.assertEqual(versiontag.categorize('v1.0.1', ['v1.0.0']), 'patch')
self.assertEqual(versiontag.categorize('1.0.1', ['v1.0.0']), 'patch')
self.assertEqual(versiontag.categorize('bestversionever', ['v1.0.0']),
'unknown')
self.assertEqual(versiontag.categorize('v2.0.0', ['v1.0.0', 'v3.0.0']),
'major')
self.assertEqual(versiontag.categorize('v2.1.0', ['v1.0.0', 'v3.0.0']),
'major')
self.assertEqual(
versiontag.categorize('v2.1.1', ['v1.0.0', 'v2.1.0', 'v3.0.0']),
'patch')
def update_versions(self):
if self.library.shallow_ingestion:
return
if self.library.kind == 'collection':
new_tag_map = self.update_collection_tags()
else:
assert self.library.kind == 'element'
new_tag_map = self.update_element_tags()
new_tags = new_tag_map.keys()
ingested_tags = Library.versions_for_key_async(
self.library.key).get_result()
logging.info('%d of %d tags ingested', len(ingested_tags),
len(new_tags))
tags_to_add = list(set(new_tags) - set(ingested_tags))
tags_to_add.sort(versiontag.compare)
if ingested_tags == [] and len(tags_to_add) > 0:
# Only ingest the default version if we're doing ingestion for the first time.
tags_to_add = [versiontag.default_version(tags_to_add)]
else:
tags_to_add = [
tag for tag in tags_to_add if versiontag.compare(
tag, versiontag.default_version(ingested_tags)) > 0
]
tags_to_delete = list(set(ingested_tags) - set(new_tags))
logging.info('%d adds and %d deletes pending', len(tags_to_add),
len(tags_to_delete))
# To avoid running into limits on the number of tasks (5) that can be spawned transactionally
# only ingest (2 tasks) or delete (1 task) one version per update.
if len(tags_to_add) > 0:
# Ingest from newest to oldest.
tag = tags_to_add[-1]
if self.trigger_version_ingestion(tag, new_tag_map[tag]):
if self.library.kind == 'collection':
logging.info('ingesting new collection version (%s)', tag)
else:
logging.info('ingesting new %s version (%s)',
versiontag.categorize(tag, ingested_tags),
tag)
elif len(tags_to_delete) > 0:
tag = tags_to_delete[0]
self.trigger_version_deletion(tags_to_delete[0])
if len(new_tags) is 0:
return self.error("couldn't find any tagged versions",
ErrorCodes.Library_no_version)
def update_versions(self):
if self.library.shallow_ingestion:
return
if self.library.kind == 'collection':
new_tag_map = self.update_collection_tags()
elif self.scope.startswith('@'):
assert self.library.kind == 'element'
new_tag_map = self.update_package_tags()
else:
assert self.library.kind == 'element'
new_tag_map = self.update_element_tags()
new_tags = new_tag_map.keys()
ingested_tags = Library.versions_for_key_async(self.library.key).get_result()
logging.info('%d of %d tags ingested', len(ingested_tags), len(new_tags))
tags_to_add = list(set(new_tags) - set(ingested_tags))
tags_to_add.sort(versiontag.compare)
if ingested_tags == [] and len(tags_to_add) > 0:
# Only ingest the default version if we're doing ingestion for the first time.
tags_to_add = [versiontag.default_version(tags_to_add)]
else:
tags_to_add = [tag for tag in tags_to_add if versiontag.compare(tag, versiontag.default_version(ingested_tags)) > 0]
tags_to_delete = list(set(ingested_tags) - set(new_tags))
logging.info('%d adds and %d deletes pending', len(tags_to_add), len(tags_to_delete))
# To avoid running into limits on the number of tasks (5) that can be spawned transactionally
# only ingest (2 tasks) or delete (1 task) one version per update.
if len(tags_to_add) > 0:
# Ingest from newest to oldest.
tag = tags_to_add[-1]
if self.trigger_version_ingestion(tag, new_tag_map[tag]):
if self.library.kind == 'collection':
logging.info('ingesting new collection version (%s)', tag)
else:
logging.info('ingesting new %s version (%s)', versiontag.categorize(tag, ingested_tags), tag)
elif len(tags_to_delete) > 0:
tag = tags_to_delete[0]
self.trigger_version_deletion(tags_to_delete[0])
if len(new_tags) is 0:
return self.error("couldn't find any tagged versions", ErrorCodes.Library_no_version)
def test_categorize(self):
self.assertEqual(versiontag.categorize('v1.0.0', []), 'unknown')
self.assertEqual(versiontag.categorize('v2.0.0', ['v1.0.0']), 'major')
self.assertEqual(versiontag.categorize('v1.1.0', ['v1.0.0']), 'minor')
self.assertEqual(versiontag.categorize('v1.1.1', ['v1.0.0']), 'minor')
self.assertEqual(versiontag.categorize('v1.0.1', ['v1.0.0']), 'patch')
self.assertEqual(versiontag.categorize('1.0.1', ['v1.0.0']), 'patch')
self.assertEqual(versiontag.categorize('1.0.1-pre', ['v1.0.0']), 'pre-release')
self.assertEqual(versiontag.categorize('bestversionever', ['v1.0.0']), 'unknown')
self.assertEqual(versiontag.categorize('v2.0.0', ['v1.0.0', 'v3.0.0']), 'major')
self.assertEqual(versiontag.categorize('v2.1.0', ['v1.0.0', 'v3.0.0']), 'major')
self.assertEqual(versiontag.categorize('v2.1.1', ['v1.0.0', 'v2.1.0', 'v3.0.0']), 'patch')
