def assert_data_persistence(self, version_def, nodes, digest):
env = prepare_env(version_def.java_home)
version = version_def.version
cluster = self._new_cluster(version, nodes, self.CLUSTER_SETTINGS, env)
cluster.start()
with connect(cluster.node().http_url, error_trace=True) as conn:
cursor = conn.cursor()
wait_for_active_shards(cursor, 0)
self._upgrade(cursor, version_def.upgrade_segments)
cursor.execute(
'ALTER TABLE doc.t1 SET ("refresh_interval" = 4000)')
run_selects(cursor, version_def.version)
container = conn.get_blob_container('b1')
container.get(digest)
cursor.execute(
'ALTER TABLE doc.t1 SET ("refresh_interval" = 2000)')
# older versions had a bug that caused this to fail
if version in ('latest-nightly', '3.2'):
# Test that partition and dynamic columns can be created
obj = {"t_" + version.replace('.', '_'): True}
args = (str(uuid4()), version, obj)
cursor.execute(
'INSERT INTO doc.parted (id, version, cols) values (?, ?, ?)',
args)
self._process_on_stop()
def assert_meta_data(self, version_def, nodes):
cluster = self._new_cluster(version_def.version, nodes,
self.CLUSTER_SETTINGS,
prepare_env(version_def.java_home))
cluster.start()
with connect(cluster.node().http_url, error_trace=True) as conn:
cursor = conn.cursor()
cursor.execute('''
SELECT name, superuser
FROM sys.users
ORDER BY superuser, name;
''')
rs = cursor.fetchall()
self.assertEqual(['user_a', False], rs[0])
self.assertEqual(['crate', True], rs[1])
cursor.execute('''
SELECT fact(100);
''')
self.assertEqual(9900, cursor.fetchone()[0])
cursor.execute('''
SELECT class, grantee, ident, state, type
FROM sys.privileges
ORDER BY class, grantee, ident, state, type
''')
self.assertEqual([['SCHEMA', 'user_a', 'doc', 'GRANT', 'DDL'],
['SCHEMA', 'user_a', 'doc', 'GRANT', 'DML'],
['SCHEMA', 'user_a', 'doc', 'GRANT', 'DQL']],
cursor.fetchall())
self._process_on_stop()
def _test_upgrade_path(self, versions: Tuple[VersionDef], nodes):
""" Test upgrade path across specified versions.
Creates a blob and regular table in first version and inserts a record,
then goes through all subsequent versions - each time verifying that a
few simple selects work.
"""
version_def = versions[0]
env = prepare_env(version_def.java_home)
cluster = self._new_cluster(version_def.version, nodes,
self.CLUSTER_SETTINGS, env)
cluster.start()
digest = None
with connect(cluster.node().http_url, error_trace=True) as conn:
c = conn.cursor()
c.execute(CREATE_ANALYZER)
c.execute(CREATE_DOC_TABLE)
c.execute(CREATE_PARTED_TABLE)
c.execute('''
INSERT INTO t1 (id, text) VALUES (0, 'Phase queue is foo!')
''')
insert_data(conn, 'doc', 't1', 10)
c.execute(CREATE_BLOB_TABLE)
run_selects(c, versions[0].version)
container = conn.get_blob_container('b1')
digest = container.put(BytesIO(b'sample data'))
container.get(digest)
self._process_on_stop()
for version_def in versions[1:]:
self.assert_data_persistence(version_def, nodes, digest)
# restart with latest version
version_def = versions[-1]
self.assert_data_persistence(version_def, nodes, digest)
def start_cluster_and_alter_tables(self, version_def, nodes):
cluster = self._new_cluster(version_def.version, nodes,
self.CLUSTER_SETTINGS,
prepare_env(version_def.java_home))
cluster.start()
with connect(cluster.node().http_url, error_trace=True) as conn:
cursor = conn.cursor()
wait_for_active_shards(cursor, 8)
cursor.execute('''
ALTER TABLE t1 SET (number_of_replicas=1)
''')
cursor.execute('''
ALTER TABLE p1 SET (number_of_replicas=1)
''')
self._process_on_stop()
def assert_dynamic_string_detection(self, version_def, nodes):
""" Test that a dynamic string column detection works as expected.
If the cluster was initially created/started with a lower CrateDB
version, we must ensure that our default template is also upgraded, if
needed, because it is persisted in the cluster state. That's why
re-creating tables would not help.
"""
self._move_nodes_folder_if_needed()
cluster = self._new_cluster(version_def.version, nodes,
self.CLUSTER_SETTINGS,
prepare_env(version_def.java_home))
cluster.start()
with connect(cluster.node().http_url, error_trace=True) as conn:
cursor = conn.cursor()
cursor.execute('CREATE TABLE t1 (o object)')
cursor.execute('''INSERT INTO t1 (o) VALUES ({"name" = 'foo'})''')
self.assertEqual(cursor.rowcount, 1)
cursor.execute('REFRESH TABLE t1')
cursor.execute("SELECT o['name'], count(*) FROM t1 GROUP BY 1")
rs = cursor.fetchall()
self.assertEqual(['foo', 1], rs[0])
cursor.execute('DROP TABLE t1')
self._process_on_stop()
