import os import unittest from .helpers.ptrack_helpers import ProbackupTest, ProbackupException, idx_ptrack from datetime import datetime, timedelta import subprocess from testgres import QueryException import shutil import sys import time module_name = 'ptrack' class PtrackTest(ProbackupTest, unittest.TestCase): # @unittest.skip("skip") # @unittest.expectedFailure def test_ptrack_enable(self): """make ptrack without full backup, should result in error""" fname = self.id().split('.')[3] backup_dir = os.path.join(self.tmp_path, module_name, fname, 'backup') node = self.make_simple_node( base_dir=os.path.join(module_name, fname, 'node'), set_replication=True, initdb_params=['--data-checksums'], pg_options={ 'wal_level': 'replica', 'max_wal_senders': '2', 'checkpoint_timeout': '30s' } ) self.init_pb(backup_dir) self.add_instance(backup_dir, 'node', node) self.set_archiving(backup_dir, 'node', node) node.slow_start() # PTRACK BACKUP try: self.backup_node( backup_dir, 'node', node, backup_type='ptrack', options=["--stream"] ) # we should die here because exception is what we expect to happen self.assertEqual( 1, 0, "Expecting Error because ptrack disabled.\n" " Output: {0} \n CMD: {1}".format( repr(self.output), self.cmd ) ) except ProbackupException as e: self.assertIn( 'ERROR: Ptrack is disabled\n', e.message, '\n Unexpected Error Message: {0}\n' ' CMD: {1}'.format(repr(e.message), self.cmd) ) # Clean after yourself self.del_test_dir(module_name, fname) # @unittest.skip("skip") # @unittest.expectedFailure def test_ptrack_disable(self): """ Take full backup, disable ptrack restart postgresql, enable ptrack, restart postgresql, take ptrack backup which should fail """ fname = self.id().split('.')[3] backup_dir = os.path.join(self.tmp_path, module_name, fname, 'backup') node = self.make_simple_node( base_dir=os.path.join(module_name, fname, 'node'), set_replication=True, initdb_params=['--data-checksums'], pg_options={ 'wal_level': 'replica', 'max_wal_senders': '2', 'checkpoint_timeout': '30s', 'ptrack_enable': 'on' } ) self.init_pb(backup_dir) self.add_instance(backup_dir, 'node', node) self.set_archiving(backup_dir, 'node', node) node.slow_start() # FULL BACKUP self.backup_node(backup_dir, 'node', node, options=['--stream']) # DISABLE PTRACK node.safe_psql('postgres', "alter system set ptrack_enable to off") node.stop() node.slow_start() # ENABLE PTRACK node.safe_psql('postgres', "alter system set ptrack_enable to on") node.stop() node.slow_start() # PTRACK BACKUP try: self.backup_node( backup_dir, 'node', node, backup_type='ptrack', options=["--stream"] ) # we should die here because exception is what we expect to happen self.assertEqual( 1, 0, "Expecting Error because ptrack_enable was set to OFF at some" " point after previous backup.\n" " Output: {0} \n CMD: {1}".format( repr(self.output), self.cmd ) ) except ProbackupException as e: self.assertIn( 'ERROR: LSN from ptrack_control', e.message, '\n Unexpected Error Message: {0}\n CMD: {1}'.format( repr(e.message), self.cmd ) ) # Clean after yourself self.del_test_dir(module_name, fname) # @unittest.skip("skip") def test_ptrack_uncommited_xact(self): """make ptrack backup while there is uncommited open transaction""" fname = self.id().split('.')[3] backup_dir = os.path.join(self.tmp_path, module_name, fname, 'backup') node = self.make_simple_node( base_dir=os.path.join(module_name, fname, 'node'), set_replication=True, initdb_params=['--data-checksums'], pg_options={ 'wal_level': 'replica', 'max_wal_senders': '2', 'checkpoint_timeout': '300s', 'ptrack_enable': 'on' } ) node_restored = self.make_simple_node( base_dir=os.path.join(module_name, fname, 'node_restored'), ) self.init_pb(backup_dir) self.add_instance(backup_dir, 'node', node) self.set_archiving(backup_dir, 'node', node) node_restored.cleanup() node.slow_start() self.backup_node(backup_dir, 'node', node) con = node.connect("postgres") con.execute( "create table t_heap as select i" " as id from generate_series(0,1) i" ) self.backup_node( backup_dir, 'node', node, backup_type='ptrack', options=['--stream'] ) pgdata = self.pgdata_content(node.data_dir) self.backup_node( backup_dir, 'node', node, backup_type='ptrack', options=['--stream'] ) self.restore_node( backup_dir, 'node', node_restored, options=["-j", "4"]) # Physical comparison if self.paranoia: pgdata_restored = self.pgdata_content( node_restored.data_dir, ignore_ptrack=False) self.compare_pgdata(pgdata, pgdata_restored) node_restored.append_conf( "postgresql.auto.conf", "port = {0}".format(node_restored.port)) node_restored.slow_start() # Clean after yourself self.del_test_dir(module_name, fname) # @unittest.skip("skip") def test_ptrack_vacuum_full(self): """make node, make full and ptrack stream backups, restore them and check data correctness""" fname = self.id().split('.')[3] backup_dir = os.path.join(self.tmp_path, module_name, fname, 'backup') node = self.make_simple_node( base_dir=os.path.join(module_name, fname, 'node'), set_replication=True, initdb_params=['--data-checksums'], pg_options={ 'wal_level': 'replica', 'max_wal_senders': '2', 'checkpoint_timeout': '300s', 'ptrack_enable': 'on' } ) node_restored = self.make_simple_node( base_dir=os.path.join(module_name, fname, 'node_restored'), ) self.init_pb(backup_dir) self.add_instance(backup_dir, 'node', node) self.set_archiving(backup_dir, 'node', node) node_restored.cleanup() node.slow_start() self.create_tblspace_in_node(node, 'somedata') self.backup_node(backup_dir, 'node', node) node.safe_psql( "postgres", "create table t_heap tablespace somedata as select i" " as id from generate_series(0,1000000) i" ) # create async connection conn = self.get_async_connect(port=node.port) self.wait(conn) acurs = conn.cursor() acurs.execute("select pg_backend_pid()") self.wait(conn) pid = acurs.fetchall()[0][0] print(pid) gdb = self.gdb_attach(pid) gdb.set_breakpoint('reform_and_rewrite_tuple') gdb.continue_execution_until_running() acurs.execute("VACUUM FULL t_heap") if gdb.stopped_in_breakpoint(): gdb.continue_execution_until_break(20) self.backup_node( backup_dir, 'node', node, backup_type='ptrack') self.backup_node( backup_dir, 'node', node, backup_type='ptrack') if self.paranoia: pgdata = self.pgdata_content(node.data_dir) old_tablespace = self.get_tblspace_path(node, 'somedata') new_tablespace = self.get_tblspace_path(node_restored, 'somedata_new') self.restore_node( backup_dir, 'node', node_restored, options=["-j", "4", "-T", "{0}={1}".format( old_tablespace, new_tablespace)] ) # Physical comparison if self.paranoia: pgdata_restored = self.pgdata_content( node_restored.data_dir, ignore_ptrack=False) self.compare_pgdata(pgdata, pgdata_restored) node_restored.append_conf( "postgresql.auto.conf", "port = {0}".format(node_restored.port)) node_restored.slow_start() # Clean after yourself self.del_test_dir(module_name, fname) # @unittest.skip("skip") def test_ptrack_vacuum_truncate(self): """make node, create table, take full backup, delete last 3 pages, vacuum relation, take ptrack backup, take second ptrack backup, restore last ptrack backup and check data correctness""" fname = self.id().split('.')[3] backup_dir = os.path.join(self.tmp_path, module_name, fname, 'backup') node = self.make_simple_node( base_dir=os.path.join(module_name, fname, 'node'), set_replication=True, initdb_params=['--data-checksums'], pg_options={ 'wal_level': 'replica', 'max_wal_senders': '2', 'checkpoint_timeout': '300s', 'ptrack_enable': 'on', 'autovacuum': 'off' } ) node_restored = self.make_simple_node( base_dir=os.path.join(module_name, fname, 'node_restored'), ) self.init_pb(backup_dir) self.add_instance(backup_dir, 'node', node) self.set_archiving(backup_dir, 'node', node) node_restored.cleanup() node.slow_start() self.create_tblspace_in_node(node, 'somedata') node.safe_psql( "postgres", "create sequence t_seq; " "create table t_heap tablespace somedata as select i as id, " "md5(i::text) as text, " "md5(repeat(i::text,10))::tsvector as tsvector " "from generate_series(0,1024) i;" ) node.safe_psql( "postgres", "vacuum t_heap" ) self.backup_node(backup_dir, 'node', node) node.safe_psql( "postgres", "delete from t_heap where ctid >= '(11,0)'" ) node.safe_psql( "postgres", "vacuum t_heap" ) self.backup_node( backup_dir, 'node', node, backup_type='ptrack') self.backup_node( backup_dir, 'node', node, backup_type='ptrack') if self.paranoia: pgdata = self.pgdata_content(node.data_dir) old_tablespace = self.get_tblspace_path(node, 'somedata') new_tablespace = self.get_tblspace_path(node_restored, 'somedata_new') self.restore_node( backup_dir, 'node', node_restored, options=["-j", "4", "-T", "{0}={1}".format( old_tablespace, new_tablespace)] ) # Physical comparison if self.paranoia: pgdata_restored = self.pgdata_content( node_restored.data_dir, ignore_ptrack=False ) self.compare_pgdata(pgdata, pgdata_restored) node_restored.append_conf( "postgresql.auto.conf", "port = {0}".format(node_restored.port)) node_restored.slow_start() # Clean after yourself self.del_test_dir(module_name, fname) # @unittest.skip("skip") def test_ptrack_simple(self): """make node, make full and ptrack stream backups," " restore them and check data correctness""" fname = self.id().split('.')[3] backup_dir = os.path.join(self.tmp_path, module_name, fname, 'backup') node = self.make_simple_node( base_dir=os.path.join(module_name, fname, 'node'), set_replication=True, initdb_params=['--data-checksums'], pg_options={ 'wal_level': 'replica', 'max_wal_senders': '2', 'checkpoint_timeout': '300s', 'ptrack_enable': 'on' } ) node_restored = self.make_simple_node( base_dir=os.path.join(module_name, fname, 'node_restored'), ) self.init_pb(backup_dir) self.add_instance(backup_dir, 'node', node) self.set_archiving(backup_dir, 'node', node) node_restored.cleanup() node.slow_start() self.backup_node(backup_dir, 'node', node) node.safe_psql( "postgres", "create table t_heap as select i" " as id from generate_series(0,1) i" ) self.backup_node( backup_dir, 'node', node, backup_type='ptrack', options=['--stream'] ) node.safe_psql( "postgres", "update t_heap set id = 100500") self.backup_node( backup_dir, 'node', node, backup_type='ptrack', options=['--stream'] ) if self.paranoia: pgdata = self.pgdata_content(node.data_dir) result = node.safe_psql("postgres", "SELECT * FROM t_heap") self.restore_node( backup_dir, 'node', node_restored, options=["-j", "4"]) # Physical comparison if self.paranoia: pgdata_restored = self.pgdata_content( node_restored.data_dir, ignore_ptrack=False) self.compare_pgdata(pgdata, pgdata_restored) node_restored.append_conf( "postgresql.auto.conf", "port = {0}".format(node_restored.port)) node_restored.slow_start() # Logical comparison self.assertEqual( result, node_restored.safe_psql("postgres", "SELECT * FROM t_heap") ) # Clean after yourself self.del_test_dir(module_name, fname) # @unittest.skip("skip") def test_ptrack_get_block(self): """make node, make full and ptrack stream backups," " restore them and check data correctness""" fname = self.id().split('.')[3] backup_dir = os.path.join(self.tmp_path, module_name, fname, 'backup') node = self.make_simple_node( base_dir=os.path.join(module_name, fname, 'node'), set_replication=True, initdb_params=['--data-checksums'], pg_options={ 'wal_level': 'replica', 'max_wal_senders': '2', 'checkpoint_timeout': '300s', 'ptrack_enable': 'on' } ) self.init_pb(backup_dir) self.add_instance(backup_dir, 'node', node) self.set_archiving(backup_dir, 'node', node) node.slow_start() node.safe_psql( "postgres", "create table t_heap as select i" " as id from generate_series(0,1) i" ) self.backup_node(backup_dir, 'node', node, options=['--stream']) gdb = self.backup_node( backup_dir, 'node', node, backup_type='ptrack', options=['--stream'], gdb=True ) gdb.set_breakpoint('make_pagemap_from_ptrack') gdb.run_until_break() node.safe_psql( "postgres", "update t_heap set id = 100500") gdb.continue_execution_until_exit() self.backup_node( backup_dir, 'node', node, backup_type='ptrack', options=['--stream'] ) if self.paranoia: pgdata = self.pgdata_content(node.data_dir) result = node.safe_psql("postgres", "SELECT * FROM t_heap") node.cleanup() self.restore_node(backup_dir, 'node', node, options=["-j", "4"]) # Physical comparison if self.paranoia: pgdata_restored = self.pgdata_content( node.data_dir, ignore_ptrack=False) self.compare_pgdata(pgdata, pgdata_restored) node.slow_start() # Logical comparison self.assertEqual( result, node.safe_psql("postgres", "SELECT * FROM t_heap") ) # Clean after yourself self.del_test_dir(module_name, fname) # @unittest.skip("skip") def test_ptrack_stream(self): """make node, make full and ptrack stream backups, restore them and check data correctness""" self.maxDiff = None fname = self.id().split('.')[3] backup_dir = os.path.join(self.tmp_path, module_name, fname, 'backup') node = self.make_simple_node( base_dir=os.path.join(module_name, fname, 'node'), set_replication=True, initdb_params=['--data-checksums'], pg_options={ 'wal_level': 'replica', 'max_wal_senders': '2', 'checkpoint_timeout': '30s', 'ptrack_enable': 'on', 'autovacuum': 'off' } ) self.init_pb(backup_dir) self.add_instance(backup_dir, 'node', node) node.slow_start() # FULL BACKUP node.safe_psql("postgres", "create sequence t_seq") node.safe_psql( "postgres", "create table t_heap as select i as id, nextval('t_seq')" " as t_seq, md5(i::text) as text, md5(i::text)::tsvector" " as tsvector from generate_series(0,100) i" ) full_result = node.safe_psql("postgres", "SELECT * FROM t_heap") full_backup_id = self.backup_node( backup_dir, 'node', node, options=['--stream']) # PTRACK BACKUP node.safe_psql( "postgres", "insert into t_heap select i as id, nextval('t_seq') as t_seq," " md5(i::text) as text, md5(i::text)::tsvector as tsvector" " from generate_series(100,200) i" ) ptrack_result = node.safe_psql("postgres", "SELECT * FROM t_heap") ptrack_backup_id = self.backup_node( backup_dir, 'node', node, backup_type='ptrack', options=['--stream'] ) if self.paranoia: pgdata = self.pgdata_content(node.data_dir) # Drop Node node.cleanup() # Restore and check full backup self.assertIn( "INFO: Restore of backup {0} completed.".format(full_backup_id), self.restore_node( backup_dir, 'node', node, backup_id=full_backup_id, options=["-j", "4", "--recovery-target-action=promote"] ), '\n Unexpected Error Message: {0}\n CMD: {1}'.format( repr(self.output), self.cmd) ) node.slow_start() full_result_new = node.safe_psql("postgres", "SELECT * FROM t_heap") self.assertEqual(full_result, full_result_new) node.cleanup() # Restore and check ptrack backup self.assertIn( "INFO: Restore of backup {0} completed.".format(ptrack_backup_id), self.restore_node( backup_dir, 'node', node, backup_id=ptrack_backup_id, options=["-j", "4", "--recovery-target-action=promote"] ), '\n Unexpected Error Message: {0}\n CMD: {1}'.format( repr(self.output), self.cmd) ) if self.paranoia: pgdata_restored = self.pgdata_content( node.data_dir, ignore_ptrack=False) self.compare_pgdata(pgdata, pgdata_restored) node.slow_start() ptrack_result_new = node.safe_psql("postgres", "SELECT * FROM t_heap") self.assertEqual(ptrack_result, ptrack_result_new) # Clean after yourself self.del_test_dir(module_name, fname) # @unittest.skip("skip") def test_ptrack_archive(self): """make archive node, make full and ptrack backups, check data correctness in restored instance""" self.maxDiff = None fname = self.id().split('.')[3] backup_dir = os.path.join(self.tmp_path, module_name, fname, 'backup') node = self.make_simple_node( base_dir=os.path.join(module_name, fname, 'node'), set_replication=True, initdb_params=['--data-checksums'], pg_options={ 'wal_level': 'replica', 'max_wal_senders': '2', 'checkpoint_timeout': '30s', 'ptrack_enable': 'on', 'autovacuum': 'off' } ) self.init_pb(backup_dir) self.add_instance(backup_dir, 'node', node) self.set_archiving(backup_dir, 'node', node) node.slow_start() # FULL BACKUP node.safe_psql( "postgres", "create table t_heap as" " select i as id," " md5(i::text) as text," " md5(i::text)::tsvector as tsvector" " from generate_series(0,100) i" ) full_result = node.safe_psql("postgres", "SELECT * FROM t_heap") full_backup_id = self.backup_node(backup_dir, 'node', node) full_target_time = self.show_pb( backup_dir, 'node', full_backup_id)['recovery-time'] # PTRACK BACKUP node.safe_psql( "postgres", "insert into t_heap select i as id," " md5(i::text) as text," " md5(i::text)::tsvector as tsvector" " from generate_series(100,200) i" ) ptrack_result = node.safe_psql("postgres", "SELECT * FROM t_heap") ptrack_backup_id = self.backup_node( backup_dir, 'node', node, backup_type='ptrack') ptrack_target_time = self.show_pb( backup_dir, 'node', ptrack_backup_id)['recovery-time'] if self.paranoia: pgdata = self.pgdata_content(node.data_dir) # Drop Node node.cleanup() # Check full backup self.assertIn( "INFO: Restore of backup {0} completed.".format(full_backup_id), self.restore_node( backup_dir, 'node', node, backup_id=full_backup_id, options=[ "-j", "4", "--recovery-target-action=promote", "--time={0}".format(full_target_time)] ), '\n Unexpected Error Message: {0}\n CMD: {1}'.format( repr(self.output), self.cmd) ) node.slow_start() full_result_new = node.safe_psql("postgres", "SELECT * FROM t_heap") self.assertEqual(full_result, full_result_new) node.cleanup() # Check ptrack backup self.assertIn( "INFO: Restore of backup {0} completed.".format(ptrack_backup_id), self.restore_node( backup_dir, 'node', node, backup_id=ptrack_backup_id, options=[ "-j", "4", "--time={0}".format(ptrack_target_time), "--recovery-target-action=promote"] ), '\n Unexpected Error Message: {0}\n CMD: {1}'.format( repr(self.output), self.cmd) ) if self.paranoia: pgdata_restored = self.pgdata_content( node.data_dir, ignore_ptrack=False) self.compare_pgdata(pgdata, pgdata_restored) node.slow_start() ptrack_result_new = node.safe_psql("postgres", "SELECT * FROM t_heap") self.assertEqual(ptrack_result, ptrack_result_new) node.cleanup() # Clean after yourself self.del_test_dir(module_name, fname) # @unittest.skip("skip") def test_ptrack_pgpro417(self): """Make node, take full backup, take ptrack backup, delete ptrack backup. Try to take ptrack backup, which should fail""" self.maxDiff = None fname = self.id().split('.')[3] backup_dir = os.path.join(self.tmp_path, module_name, fname, 'backup') node = self.make_simple_node( base_dir=os.path.join(module_name, fname, 'node'), set_replication=True, initdb_params=['--data-checksums'], pg_options={ 'wal_level': 'replica', 'max_wal_senders': '2', 'checkpoint_timeout': '30s', 'ptrack_enable': 'on', 'autovacuum': 'off'} ) self.init_pb(backup_dir) self.add_instance(backup_dir, 'node', node) node.slow_start() # FULL BACKUP node.safe_psql( "postgres", "create table t_heap as select i as id, md5(i::text) as text, " "md5(i::text)::tsvector as tsvector from generate_series(0,100) i") node.safe_psql( "postgres", "SELECT * FROM t_heap") backup_id = self.backup_node( backup_dir, 'node', node, backup_type='full', options=["--stream"]) start_lsn_full = self.show_pb( backup_dir, 'node', backup_id)['start-lsn'] # PTRACK BACKUP node.safe_psql( "postgres", "insert into t_heap select i as id, md5(i::text) as text, " "md5(i::text)::tsvector as tsvector " "from generate_series(100,200) i") node.safe_psql("postgres", "SELECT * FROM t_heap") backup_id = self.backup_node( backup_dir, 'node', node, backup_type='ptrack', options=["--stream"]) start_lsn_ptrack = self.show_pb( backup_dir, 'node', backup_id)['start-lsn'] self.delete_pb(backup_dir, 'node', backup_id) # SECOND PTRACK BACKUP node.safe_psql( "postgres", "insert into t_heap select i as id, md5(i::text) as text, " "md5(i::text)::tsvector as tsvector " "from generate_series(200,300) i") try: self.backup_node( backup_dir, 'node', node, backup_type='ptrack', options=["--stream"]) # we should die here because exception is what we expect to happen self.assertEqual( 1, 0, "Expecting Error because of LSN mismatch from ptrack_control " "and previous backup start_lsn.\n" " Output: {0} \n CMD: {1}".format(repr(self.output), self.cmd)) except ProbackupException as e: self.assertTrue( 'ERROR: LSN from ptrack_control' in e.message, '\n Unexpected Error Message: {0}\n CMD: {1}'.format( repr(e.message), self.cmd)) # Clean after yourself self.del_test_dir(module_name, fname) # @unittest.skip("skip") def test_page_pgpro417(self): """ Make archive node, take full backup, take page backup, delete page backup. Try to take ptrack backup, which should fail """ self.maxDiff = None fname = self.id().split('.')[3] backup_dir = os.path.join(self.tmp_path, module_name, fname, 'backup') node = self.make_simple_node( base_dir=os.path.join(module_name, fname, 'node'), set_replication=True, initdb_params=['--data-checksums'], pg_options={ 'wal_level': 'replica', 'max_wal_senders': '2', 'checkpoint_timeout': '30s', 'ptrack_enable': 'on', 'autovacuum': 'off'} ) self.init_pb(backup_dir) self.add_instance(backup_dir, 'node', node) self.set_archiving(backup_dir, 'node', node) node.slow_start() # FULL BACKUP node.safe_psql( "postgres", "create table t_heap as select i as id, md5(i::text) as text, " "md5(i::text)::tsvector as tsvector from generate_series(0,100) i") node.safe_psql("postgres", "SELECT * FROM t_heap") self.backup_node(backup_dir, 'node', node) # PAGE BACKUP node.safe_psql( "postgres", "insert into t_heap select i as id, md5(i::text) as text, " "md5(i::text)::tsvector as tsvector " "from generate_series(100,200) i") node.safe_psql("postgres", "SELECT * FROM t_heap") backup_id = self.backup_node( backup_dir, 'node', node, backup_type='page') self.delete_pb(backup_dir, 'node', backup_id) # sys.exit(1) # PTRACK BACKUP node.safe_psql( "postgres", "insert into t_heap select i as id, md5(i::text) as text, " "md5(i::text)::tsvector as tsvector " "from generate_series(200,300) i") try: self.backup_node(backup_dir, 'node', node, backup_type='ptrack') # we should die here because exception is what we expect to happen self.assertEqual( 1, 0, "Expecting Error because of LSN mismatch from ptrack_control " "and previous backup start_lsn.\n " "Output: {0}\n CMD: {1}".format( repr(self.output), self.cmd)) except ProbackupException as e: self.assertTrue( 'ERROR: LSN from ptrack_control' in e.message, '\n Unexpected Error Message: {0}\n CMD: {1}'.format( repr(e.message), self.cmd)) # Clean after yourself self.del_test_dir(module_name, fname) # @unittest.skip("skip") def test_full_pgpro417(self): """ Make node, take two full backups, delete full second backup. Try to take ptrack backup, which should fail """ self.maxDiff = None fname = self.id().split('.')[3] backup_dir = os.path.join(self.tmp_path, module_name, fname, 'backup') node = self.make_simple_node( base_dir=os.path.join(module_name, fname, 'node'), set_replication=True, initdb_params=['--data-checksums'], pg_options={ 'wal_level': 'replica', 'max_wal_senders': '2', 'checkpoint_timeout': '30s', 'ptrack_enable': 'on', 'autovacuum': 'off' } ) self.init_pb(backup_dir) self.add_instance(backup_dir, 'node', node) node.slow_start() # FULL BACKUP node.safe_psql( "postgres", "create table t_heap as select i as id, md5(i::text) as text," " md5(i::text)::tsvector as tsvector " " from generate_series(0,100) i" ) node.safe_psql("postgres", "SELECT * FROM t_heap") self.backup_node(backup_dir, 'node', node, options=["--stream"]) # SECOND FULL BACKUP node.safe_psql( "postgres", "insert into t_heap select i as id, md5(i::text) as text," " md5(i::text)::tsvector as tsvector" " from generate_series(100,200) i" ) node.safe_psql("postgres", "SELECT * FROM t_heap") backup_id = self.backup_node( backup_dir, 'node', node, options=["--stream"]) self.delete_pb(backup_dir, 'node', backup_id) # PTRACK BACKUP node.safe_psql( "postgres", "insert into t_heap select i as id, md5(i::text) as text, " "md5(i::text)::tsvector as tsvector " "from generate_series(200,300) i") try: self.backup_node( backup_dir, 'node', node, backup_type='ptrack', options=["--stream"]) # we should die here because exception is what we expect to happen self.assertEqual( 1, 0, "Expecting Error because of LSN mismatch from ptrack_control " "and previous backup start_lsn.\n " "Output: {0} \n CMD: {1}".format( repr(self.output), self.cmd) ) except ProbackupException as e: self.assertTrue( "ERROR: LSN from ptrack_control" in e.message and "Create new full backup before " "an incremental one" in e.message, '\n Unexpected Error Message: {0}\n CMD: {1}'.format( repr(e.message), self.cmd)) # Clean after yourself self.del_test_dir(module_name, fname) # @unittest.skip("skip") def test_create_db(self): """ Make node, take full backup, create database db1, take ptrack backup, restore database and check it presense """ self.maxDiff = None fname = self.id().split('.')[3] backup_dir = os.path.join(self.tmp_path, module_name, fname, 'backup') node = self.make_simple_node( base_dir=os.path.join(module_name, fname, 'node'), set_replication=True, initdb_params=['--data-checksums'], pg_options={ 'wal_level': 'replica', 'max_wal_size': '10GB', 'max_wal_senders': '2', 'checkpoint_timeout': '5min', 'ptrack_enable': 'on', 'autovacuum': 'off' } ) self.init_pb(backup_dir) self.add_instance(backup_dir, 'node', node) self.set_archiving(backup_dir, 'node', node) node.slow_start() # FULL BACKUP node.safe_psql( "postgres", "create table t_heap as select i as id, md5(i::text) as text, " "md5(i::text)::tsvector as tsvector from generate_series(0,100) i") node.safe_psql("postgres", "SELECT * FROM t_heap") self.backup_node( backup_dir, 'node', node, options=["--stream"]) # CREATE DATABASE DB1 node.safe_psql("postgres", "create database db1") node.safe_psql( "db1", "create table t_heap as select i as id, md5(i::text) as text, " "md5(i::text)::tsvector as tsvector from generate_series(0,100) i") # PTRACK BACKUP backup_id = self.backup_node( backup_dir, 'node', node, backup_type='ptrack', options=["--stream"] ) if self.paranoia: pgdata = self.pgdata_content(node.data_dir) # RESTORE node_restored = self.make_simple_node( base_dir=os.path.join(module_name, fname, 'node_restored') ) node_restored.cleanup() self.restore_node( backup_dir, 'node', node_restored, backup_id=backup_id, options=["-j", "4"]) # COMPARE PHYSICAL CONTENT if self.paranoia: pgdata_restored = self.pgdata_content( node_restored.data_dir, ignore_ptrack=False) self.compare_pgdata(pgdata, pgdata_restored) # START RESTORED NODE node_restored.append_conf( "postgresql.auto.conf", "port = {0}".format(node_restored.port)) node_restored.slow_start() # DROP DATABASE DB1 node.safe_psql( "postgres", "drop database db1") # SECOND PTRACK BACKUP backup_id = self.backup_node( backup_dir, 'node', node, backup_type='ptrack', options=["--stream"] ) if self.paranoia: pgdata = self.pgdata_content(node.data_dir) # RESTORE SECOND PTRACK BACKUP node_restored.cleanup() self.restore_node( backup_dir, 'node', node_restored, backup_id=backup_id, options=["-j", "4"] ) # COMPARE PHYSICAL CONTENT if self.paranoia: pgdata_restored = self.pgdata_content( node_restored.data_dir, ignore_ptrack=False) self.compare_pgdata(pgdata, pgdata_restored) # START RESTORED NODE node_restored.append_conf( "postgresql.auto.conf", "port = {0}".format(node_restored.port)) node_restored.slow_start() try: node_restored.safe_psql('db1', 'select 1') # we should die here because exception is what we expect to happen self.assertEqual( 1, 0, "Expecting Error because we are connecting to deleted database" "\n Output: {0} \n CMD: {1}".format( repr(self.output), self.cmd) ) except QueryException as e: self.assertTrue( 'FATAL: database "db1" does not exist' in e.message, '\n Unexpected Error Message: {0}\n CMD: {1}'.format( repr(e.message), self.cmd) ) # Clean after yourself self.del_test_dir(module_name, fname) # @unittest.skip("skip") def test_create_db_on_replica(self): """ Make node, take full backup, create replica from it, take full backup from replica, create database db1, take ptrack backup from replica, restore database and check it presense """ fname = self.id().split('.')[3] backup_dir = os.path.join(self.tmp_path, module_name, fname, 'backup') node = self.make_simple_node( base_dir=os.path.join(module_name, fname, 'node'), set_replication=True, initdb_params=['--data-checksums'], pg_options={ 'wal_level': 'replica', 'max_wal_senders': '2', 'checkpoint_timeout': '30s', 'ptrack_enable': 'on', 'autovacuum': 'off' } ) self.init_pb(backup_dir) self.add_instance(backup_dir, 'node', node) self.set_archiving(backup_dir, 'node', node) node.slow_start() # FULL BACKUP node.safe_psql( "postgres", "create table t_heap as select i as id, md5(i::text) as text, " "md5(i::text)::tsvector as tsvector from generate_series(0,100) i") replica = self.make_simple_node( base_dir=os.path.join(module_name, fname, 'replica')) replica.cleanup() self.backup_node( backup_dir, 'node', node, options=['-j10']) self.restore_node(backup_dir, 'node', replica) # Add replica self.add_instance(backup_dir, 'replica', replica) self.set_replica(node, replica, 'replica', synchronous=True) self.set_archiving(backup_dir, 'replica', replica, replica=True) replica.slow_start(replica=True) self.backup_node( backup_dir, 'replica', replica, options=[ '-j10', '--master-host=localhost', '--master-db=postgres', '--master-port={0}'.format(node.port), '--stream' ] ) # CREATE DATABASE DB1 node.safe_psql("postgres", "create database db1") node.safe_psql( "db1", "create table t_heap as select i as id, md5(i::text) as text, " "md5(i::text)::tsvector as tsvector from generate_series(0,100) i") # Wait until replica catch up with master self.wait_until_replica_catch_with_master(node, replica) replica.safe_psql('postgres', 'checkpoint') # PTRACK BACKUP backup_id = self.backup_node( backup_dir, 'replica', replica, backup_type='ptrack', options=[ '-j10', '--master-host=localhost', '--master-db=postgres', '--master-port={0}'.format(node.port) ] ) if self.paranoia: pgdata = self.pgdata_content(replica.data_dir) # RESTORE node_restored = self.make_simple_node( base_dir=os.path.join(module_name, fname, 'node_restored') ) node_restored.cleanup() self.restore_node( backup_dir, 'replica', node_restored, backup_id=backup_id, options=["-j", "4"]) # COMPARE PHYSICAL CONTENT if self.paranoia: pgdata_restored = self.pgdata_content( node_restored.data_dir) self.compare_pgdata(pgdata, pgdata_restored) # Clean after yourself self.del_test_dir(module_name, fname) # @unittest.skip("skip") def test_alter_table_set_tablespace_ptrack(self): """Make node, create tablespace with table, take full backup, alter tablespace location, take ptrack backup, restore database.""" fname = self.id().split('.')[3] backup_dir = os.path.join(self.tmp_path, module_name, fname, 'backup') node = self.make_simple_node( base_dir=os.path.join(module_name, fname, 'node'), set_replication=True, initdb_params=['--data-checksums'], pg_options={ 'wal_level': 'replica', 'max_wal_senders': '2', 'checkpoint_timeout': '30s', 'ptrack_enable': 'on', 'autovacuum': 'off' } ) self.init_pb(backup_dir) self.add_instance(backup_dir, 'node', node) node.slow_start() # FULL BACKUP self.create_tblspace_in_node(node, 'somedata') node.safe_psql( "postgres", "create table t_heap tablespace somedata as select i as id," " md5(i::text) as text, md5(i::text)::tsvector as tsvector" " from generate_series(0,100) i" ) # FULL backup self.backup_node(backup_dir, 'node', node, options=["--stream"]) # ALTER TABLESPACE self.create_tblspace_in_node(node, 'somedata_new') node.safe_psql( "postgres", "alter table t_heap set tablespace somedata_new" ) # sys.exit(1) # PTRACK BACKUP #result = node.safe_psql( # "postgres", "select * from t_heap") self.backup_node( backup_dir, 'node', node, backup_type='ptrack', options=["--stream"] ) if self.paranoia: pgdata = self.pgdata_content(node.data_dir) # node.stop() # node.cleanup() # RESTORE node_restored = self.make_simple_node( base_dir=os.path.join(module_name, fname, 'node_restored') ) node_restored.cleanup() self.restore_node( backup_dir, 'node', node_restored, options=[ "-j", "4", "-T", "{0}={1}".format( self.get_tblspace_path(node, 'somedata'), self.get_tblspace_path(node_restored, 'somedata') ), "-T", "{0}={1}".format( self.get_tblspace_path(node, 'somedata_new'), self.get_tblspace_path(node_restored, 'somedata_new') ), "--recovery-target-action=promote" ] ) # GET RESTORED PGDATA AND COMPARE if self.paranoia: pgdata_restored = self.pgdata_content( node_restored.data_dir, ignore_ptrack=False) self.compare_pgdata(pgdata, pgdata_restored) # START RESTORED NODE node_restored.append_conf( 'postgresql.auto.conf', 'port = {0}'.format(node_restored.port)) node_restored.slow_start() # result_new = node_restored.safe_psql( # "postgres", "select * from t_heap") # # self.assertEqual(result, result_new, 'lost some data after restore') # Clean after yourself self.del_test_dir(module_name, fname) # @unittest.skip("skip") def test_alter_database_set_tablespace_ptrack(self): """Make node, create tablespace with database," " take full backup, alter tablespace location," " take ptrack backup, restore database.""" self.maxDiff = None fname = self.id().split('.')[3] backup_dir = os.path.join(self.tmp_path, module_name, fname, 'backup') node = self.make_simple_node( base_dir=os.path.join(module_name, fname, 'node'), set_replication=True, initdb_params=['--data-checksums'], pg_options={ 'wal_level': 'replica', 'max_wal_senders': '2', 'checkpoint_timeout': '30s', 'ptrack_enable': 'on', 'autovacuum': 'off'} ) self.init_pb(backup_dir) self.add_instance(backup_dir, 'node', node) node.slow_start() # FULL BACKUP self.backup_node(backup_dir, 'node', node, options=["--stream"]) # CREATE TABLESPACE self.create_tblspace_in_node(node, 'somedata') # ALTER DATABASE node.safe_psql( "template1", "alter database postgres set tablespace somedata") # PTRACK BACKUP self.backup_node( backup_dir, 'node', node, backup_type='ptrack', options=["--stream"]) if self.paranoia: pgdata = self.pgdata_content(node.data_dir) node.stop() # RESTORE node_restored = self.make_simple_node( base_dir=os.path.join(module_name, fname, 'node_restored')) node_restored.cleanup() self.restore_node( backup_dir, 'node', node_restored, options=[ "-j", "4", "-T", "{0}={1}".format( self.get_tblspace_path(node, 'somedata'), self.get_tblspace_path(node_restored, 'somedata'))]) # GET PHYSICAL CONTENT and COMPARE PHYSICAL CONTENT if self.paranoia: pgdata_restored = self.pgdata_content( node_restored.data_dir, ignore_ptrack=False) self.compare_pgdata(pgdata, pgdata_restored) # START RESTORED NODE node_restored.port = node.port node_restored.slow_start() # Clean after yourself self.del_test_dir(module_name, fname) # @unittest.skip("skip") def test_drop_tablespace(self): """ Make node, create table, alter table tablespace, take ptrack backup, move table from tablespace, take ptrack backup """ self.maxDiff = None fname = self.id().split('.')[3] backup_dir = os.path.join(self.tmp_path, module_name, fname, 'backup') node = self.make_simple_node( base_dir=os.path.join(module_name, fname, 'node'), set_replication=True, initdb_params=['--data-checksums'], pg_options={ 'wal_level': 'replica', 'max_wal_senders': '2', 'checkpoint_timeout': '30s', 'ptrack_enable': 'on', 'autovacuum': 'off'} ) self.init_pb(backup_dir) self.add_instance(backup_dir, 'node', node) node.slow_start() self.create_tblspace_in_node(node, 'somedata') # CREATE TABLE node.safe_psql( "postgres", "create table t_heap as select i as id, md5(i::text) as text, " "md5(i::text)::tsvector as tsvector from generate_series(0,100) i") result = node.safe_psql("postgres", "select * from t_heap") # FULL BACKUP self.backup_node(backup_dir, 'node', node, options=["--stream"]) # Move table to tablespace 'somedata' node.safe_psql( "postgres", "alter table t_heap set tablespace somedata") # PTRACK BACKUP self.backup_node( backup_dir, 'node', node, backup_type='ptrack', options=["--stream"]) # Move table back to default tablespace node.safe_psql( "postgres", "alter table t_heap set tablespace pg_default") # SECOND PTRACK BACKUP self.backup_node( backup_dir, 'node', node, backup_type='ptrack', options=["--stream"]) # DROP TABLESPACE 'somedata' node.safe_psql( "postgres", "drop tablespace somedata") # THIRD PTRACK BACKUP self.backup_node( backup_dir, 'node', node, backup_type='ptrack', options=["--stream"]) tblspace = self.get_tblspace_path(node, 'somedata') node.cleanup() shutil.rmtree(tblspace, ignore_errors=True) self.restore_node(backup_dir, 'node', node, options=["-j", "4"]) node.slow_start() tblspc_exist = node.safe_psql( "postgres", "select exists(select 1 from " "pg_tablespace where spcname = 'somedata')") if tblspc_exist.rstrip() == 't': self.assertEqual( 1, 0, "Expecting Error because " "tablespace 'somedata' should not be present") result_new = node.safe_psql("postgres", "select * from t_heap") self.assertEqual(result, result_new) # Clean after yourself self.del_test_dir(module_name, fname) # @unittest.skip("skip") def test_ptrack_alter_tablespace(self): """ Make node, create table, alter table tablespace, take ptrack backup, move table from tablespace, take ptrack backup """ self.maxDiff = None fname = self.id().split('.')[3] backup_dir = os.path.join(self.tmp_path, module_name, fname, 'backup') node = self.make_simple_node( base_dir=os.path.join(module_name, fname, 'node'), set_replication=True, initdb_params=['--data-checksums'], pg_options={ 'wal_level': 'replica', 'max_wal_senders': '2', 'checkpoint_timeout': '30s', 'ptrack_enable': 'on', 'autovacuum': 'off'} ) self.init_pb(backup_dir) self.add_instance(backup_dir, 'node', node) node.slow_start() self.create_tblspace_in_node(node, 'somedata') tblspc_path = self.get_tblspace_path(node, 'somedata') # CREATE TABLE node.safe_psql( "postgres", "create table t_heap as select i as id, md5(i::text) as text, " "md5(i::text)::tsvector as tsvector from generate_series(0,100) i") result = node.safe_psql("postgres", "select * from t_heap") # FULL BACKUP self.backup_node(backup_dir, 'node', node, options=["--stream"]) # Move table to separate tablespace node.safe_psql( "postgres", "alter table t_heap set tablespace somedata") # GET LOGICAL CONTENT FROM NODE result = node.safe_psql("postgres", "select * from t_heap") # FIRTS PTRACK BACKUP self.backup_node( backup_dir, 'node', node, backup_type='ptrack', options=["--stream"]) # GET PHYSICAL CONTENT FROM NODE if self.paranoia: pgdata = self.pgdata_content(node.data_dir) # Restore ptrack backup restored_node = self.make_simple_node( base_dir=os.path.join(module_name, fname, 'restored_node')) restored_node.cleanup() tblspc_path_new = self.get_tblspace_path( restored_node, 'somedata_restored') self.restore_node(backup_dir, 'node', restored_node, options=[ "-j", "4", "-T", "{0}={1}".format(tblspc_path, tblspc_path_new), "--recovery-target-action=promote"]) # GET PHYSICAL CONTENT FROM RESTORED NODE and COMPARE PHYSICAL CONTENT if self.paranoia: pgdata_restored = self.pgdata_content( restored_node.data_dir, ignore_ptrack=False) self.compare_pgdata(pgdata, pgdata_restored) # START RESTORED NODE restored_node.append_conf( "postgresql.auto.conf", "port = {0}".format(restored_node.port)) restored_node.slow_start() # COMPARE LOGICAL CONTENT result_new = restored_node.safe_psql( "postgres", "select * from t_heap") self.assertEqual(result, result_new) restored_node.cleanup() shutil.rmtree(tblspc_path_new, ignore_errors=True) # Move table to default tablespace node.safe_psql( "postgres", "alter table t_heap set tablespace pg_default") # SECOND PTRACK BACKUP self.backup_node( backup_dir, 'node', node, backup_type='ptrack', options=["--stream"]) if self.paranoia: pgdata = self.pgdata_content(node.data_dir) # Restore second ptrack backup and check table consistency self.restore_node(backup_dir, 'node', restored_node, options=[ "-j", "4", "-T", "{0}={1}".format(tblspc_path, tblspc_path_new), "--recovery-target-action=promote"]) # GET PHYSICAL CONTENT FROM RESTORED NODE and COMPARE PHYSICAL CONTENT if self.paranoia: pgdata_restored = self.pgdata_content( restored_node.data_dir, ignore_ptrack=False) self.compare_pgdata(pgdata, pgdata_restored) # START RESTORED NODE restored_node.append_conf( "postgresql.auto.conf", "port = {0}".format(restored_node.port)) restored_node.slow_start() result_new = restored_node.safe_psql( "postgres", "select * from t_heap") self.assertEqual(result, result_new) # Clean after yourself self.del_test_dir(module_name, fname) # @unittest.skip("skip") def test_ptrack_multiple_segments(self): """ Make node, create table, alter table tablespace, take ptrack backup, move table from tablespace, take ptrack backup """ fname = self.id().split('.')[3] backup_dir = os.path.join(self.tmp_path, module_name, fname, 'backup') node = self.make_simple_node( base_dir=os.path.join(module_name, fname, 'node'), set_replication=True, initdb_params=['--data-checksums'], pg_options={ 'wal_level': 'replica', 'max_wal_senders': '2', 'ptrack_enable': 'on', 'fsync': 'off', 'autovacuum': 'off', 'full_page_writes': 'off' } ) self.init_pb(backup_dir) self.add_instance(backup_dir, 'node', node) self.set_archiving(backup_dir, 'node', node) node.slow_start() self.create_tblspace_in_node(node, 'somedata') # CREATE TABLE node.pgbench_init(scale=100, options=['--tablespace=somedata']) # FULL BACKUP self.backup_node(backup_dir, 'node', node) # PTRACK STUFF idx_ptrack = {'type': 'heap'} idx_ptrack['path'] = self.get_fork_path(node, 'pgbench_accounts') idx_ptrack['old_size'] = self.get_fork_size(node, 'pgbench_accounts') idx_ptrack['old_pages'] = self.get_md5_per_page_for_fork( idx_ptrack['path'], idx_ptrack['old_size']) pgbench = node.pgbench(options=['-T', '150', '-c', '2', '--no-vacuum']) pgbench.wait() node.safe_psql("postgres", "checkpoint") idx_ptrack['new_size'] = self.get_fork_size( node, 'pgbench_accounts' ) idx_ptrack['new_pages'] = self.get_md5_per_page_for_fork( idx_ptrack['path'], idx_ptrack['new_size'] ) idx_ptrack['ptrack'] = self.get_ptrack_bits_per_page_for_fork( node, idx_ptrack['path'] ) if not self.check_ptrack_sanity(idx_ptrack): self.assertTrue( False, 'Ptrack has failed to register changes in data files' ) # GET LOGICAL CONTENT FROM NODE # it`s stupid, because hint`s are ignored by ptrack #result = node.safe_psql("postgres", "select * from pgbench_accounts") # FIRTS PTRACK BACKUP self.backup_node( backup_dir, 'node', node, backup_type='ptrack') node.safe_psql("postgres", "checkpoint") # GET PHYSICAL CONTENT FROM NODE pgdata = self.pgdata_content(node.data_dir) # RESTORE NODE restored_node = self.make_simple_node( base_dir=os.path.join(module_name, fname, 'restored_node')) restored_node.cleanup() tblspc_path = self.get_tblspace_path(node, 'somedata') tblspc_path_new = self.get_tblspace_path( restored_node, 'somedata_restored' ) self.restore_node(backup_dir, 'node', restored_node, options=[ "-j", "4", "-T", "{0}={1}".format(tblspc_path, tblspc_path_new), "--recovery-target-action=promote"]) # GET PHYSICAL CONTENT FROM NODE_RESTORED if self.paranoia: pgdata_restored = self.pgdata_content( restored_node.data_dir, ignore_ptrack=False) self.compare_pgdata(pgdata, pgdata_restored) # START RESTORED NODE restored_node.append_conf( "postgresql.auto.conf", "port = {0}".format(restored_node.port)) restored_node.slow_start() result_new = restored_node.safe_psql( "postgres", "select * from pgbench_accounts" ) # COMPARE RESTORED FILES #self.assertEqual(result, result_new, 'data is lost') # Clean after yourself self.del_test_dir(module_name, fname) # @unittest.skip("skip") # @unittest.expectedFailure def test_atexit_fail(self): """ Take backups of every available types and check that PTRACK is clean """ fname = self.id().split('.')[3] node = self.make_simple_node( base_dir=os.path.join(module_name, fname, 'node'), set_replication=True, initdb_params=['--data-checksums'], pg_options={ 'ptrack_enable': 'on', 'wal_level': 'replica', 'max_wal_senders': '2', 'max_connections': '15'}) backup_dir = os.path.join(self.tmp_path, module_name, fname, 'backup') self.init_pb(backup_dir) self.add_instance(backup_dir, 'node', node) node.slow_start() # Take FULL backup to clean every ptrack self.backup_node( backup_dir, 'node', node, options=['--stream']) try: self.backup_node( backup_dir, 'node', node, backup_type='ptrack', options=[ "--stream", "-j 30"]) # we should die here because exception is what we expect to happen self.assertEqual( 1, 0, "Expecting Error because we are opening too many connections" "\n Output: {0} \n CMD: {1}".format( repr(self.output), self.cmd) ) except ProbackupException as e: self.assertIn( 'setting its status to ERROR', e.message, '\n Unexpected Error Message: {0}\n' ' CMD: {1}'.format(repr(e.message), self.cmd) ) self.assertEqual( node.safe_psql( "postgres", "select * from pg_is_in_backup()").rstrip(), "f") # Clean after yourself self.del_test_dir(module_name, fname) # @unittest.skip("skip") # @unittest.expectedFailure def test_ptrack_clean(self): """Take backups of every available types and check that PTRACK is clean""" fname = self.id().split('.')[3] node = self.make_simple_node( base_dir=os.path.join(module_name, fname, 'node'), set_replication=True, initdb_params=['--data-checksums'], pg_options={ 'ptrack_enable': 'on', 'wal_level': 'replica', 'max_wal_senders': '2'}) backup_dir = os.path.join(self.tmp_path, module_name, fname, 'backup') self.init_pb(backup_dir) self.add_instance(backup_dir, 'node', node) self.set_archiving(backup_dir, 'node', node) node.slow_start() self.create_tblspace_in_node(node, 'somedata') # Create table and indexes node.safe_psql( "postgres", "create extension bloom; create sequence t_seq; " "create table t_heap tablespace somedata " "as select i as id, nextval('t_seq') as t_seq, " "md5(i::text) as text, " "md5(repeat(i::text,10))::tsvector as tsvector " "from generate_series(0,2560) i") for i in idx_ptrack: if idx_ptrack[i]['type'] != 'heap' and idx_ptrack[i]['type'] != 'seq': node.safe_psql( "postgres", "create index {0} on {1} using {2}({3}) " "tablespace somedata".format( i, idx_ptrack[i]['relation'], idx_ptrack[i]['type'], idx_ptrack[i]['column'])) # Take FULL backup to clean every ptrack self.backup_node( backup_dir, 'node', node, options=['-j10', '--stream']) node.safe_psql('postgres', 'checkpoint') for i in idx_ptrack: # get fork size and calculate it in pages idx_ptrack[i]['size'] = self.get_fork_size(node, i) # get path to heap and index files idx_ptrack[i]['path'] = self.get_fork_path(node, i) # get ptrack for every idx idx_ptrack[i]['ptrack'] = self.get_ptrack_bits_per_page_for_fork( node, idx_ptrack[i]['path'], [idx_ptrack[i]['size']]) self.check_ptrack_clean(idx_ptrack[i], idx_ptrack[i]['size']) # Update everything and vacuum it node.safe_psql( 'postgres', "update t_heap set t_seq = nextval('t_seq'), " "text = md5(text), " "tsvector = md5(repeat(tsvector::text, 10))::tsvector;") node.safe_psql('postgres', 'vacuum t_heap') # Take PTRACK backup to clean every ptrack backup_id = self.backup_node( backup_dir, 'node', node, backup_type='ptrack', options=['-j10']) node.safe_psql('postgres', 'checkpoint') for i in idx_ptrack: # get new size of heap and indexes and calculate it in pages idx_ptrack[i]['size'] = self.get_fork_size(node, i) # update path to heap and index files in case they`ve changed idx_ptrack[i]['path'] = self.get_fork_path(node, i) # # get ptrack for every idx idx_ptrack[i]['ptrack'] = self.get_ptrack_bits_per_page_for_fork( node, idx_ptrack[i]['path'], [idx_ptrack[i]['size']]) # check that ptrack bits are cleaned self.check_ptrack_clean(idx_ptrack[i], idx_ptrack[i]['size']) # Update everything and vacuum it node.safe_psql( 'postgres', "update t_heap set t_seq = nextval('t_seq'), " "text = md5(text), " "tsvector = md5(repeat(tsvector::text, 10))::tsvector;") node.safe_psql('postgres', 'vacuum t_heap') # Take PAGE backup to clean every ptrack self.backup_node( backup_dir, 'node', node, backup_type='page', options=['-j10']) node.safe_psql('postgres', 'checkpoint') for i in idx_ptrack: # get new size of heap and indexes and calculate it in pages idx_ptrack[i]['size'] = self.get_fork_size(node, i) # update path to heap and index files in case they`ve changed idx_ptrack[i]['path'] = self.get_fork_path(node, i) # # get ptrack for every idx idx_ptrack[i]['ptrack'] = self.get_ptrack_bits_per_page_for_fork( node, idx_ptrack[i]['path'], [idx_ptrack[i]['size']]) # check that ptrack bits are cleaned self.check_ptrack_clean(idx_ptrack[i], idx_ptrack[i]['size']) # Clean after yourself self.del_test_dir(module_name, fname) # @unittest.skip("skip") # @unittest.expectedFailure def test_ptrack_clean_replica(self): """ Take backups of every available types from master and check that PTRACK on replica is clean """ fname = self.id().split('.')[3] master = self.make_simple_node( base_dir=os.path.join(module_name, fname, 'master'), set_replication=True, initdb_params=['--data-checksums'], pg_options={ 'ptrack_enable': 'on', 'wal_level': 'replica', 'max_wal_senders': '2', 'archive_timeout': '30s'}) backup_dir = os.path.join(self.tmp_path, module_name, fname, 'backup') self.init_pb(backup_dir) self.add_instance(backup_dir, 'master', master) master.slow_start() self.backup_node(backup_dir, 'master', master, options=['--stream']) replica = self.make_simple_node( base_dir=os.path.join(module_name, fname, 'replica')) replica.cleanup() self.restore_node(backup_dir, 'master', replica) self.add_instance(backup_dir, 'replica', replica) self.set_replica(master, replica, synchronous=True) self.set_archiving(backup_dir, 'replica', replica, replica=True) replica.slow_start(replica=True) # Create table and indexes master.safe_psql( "postgres", "create extension bloom; create sequence t_seq; " "create table t_heap as select i as id, " "nextval('t_seq') as t_seq, md5(i::text) as text, " "md5(repeat(i::text,10))::tsvector as tsvector " "from generate_series(0,2560) i") for i in idx_ptrack: if idx_ptrack[i]['type'] != 'heap' and idx_ptrack[i]['type'] != 'seq': master.safe_psql( "postgres", "create index {0} on {1} using {2}({3})".format( i, idx_ptrack[i]['relation'], idx_ptrack[i]['type'], idx_ptrack[i]['column'])) # Take FULL backup to clean every ptrack self.backup_node( backup_dir, 'replica', replica, options=[ '-j10', '--stream', '--master-host=localhost', '--master-db=postgres', '--master-port={0}'.format(master.port)]) master.safe_psql('postgres', 'checkpoint') for i in idx_ptrack: # get fork size and calculate it in pages idx_ptrack[i]['size'] = self.get_fork_size(replica, i) # get path to heap and index files idx_ptrack[i]['path'] = self.get_fork_path(replica, i) # get ptrack for every idx idx_ptrack[i]['ptrack'] = self.get_ptrack_bits_per_page_for_fork( replica, idx_ptrack[i]['path'], [idx_ptrack[i]['size']]) self.check_ptrack_clean(idx_ptrack[i], idx_ptrack[i]['size']) # Update everything and vacuum it master.safe_psql( 'postgres', "update t_heap set t_seq = nextval('t_seq'), " "text = md5(text), " "tsvector = md5(repeat(tsvector::text, 10))::tsvector;") master.safe_psql('postgres', 'vacuum t_heap') # Take PTRACK backup to clean every ptrack backup_id = self.backup_node( backup_dir, 'replica', replica, backup_type='ptrack', options=[ '-j10', '--stream', '--master-host=localhost', '--master-db=postgres', '--master-port={0}'.format(master.port)]) master.safe_psql('postgres', 'checkpoint') for i in idx_ptrack: # get new size of heap and indexes and calculate it in pages idx_ptrack[i]['size'] = self.get_fork_size(replica, i) # update path to heap and index files in case they`ve changed idx_ptrack[i]['path'] = self.get_fork_path(replica, i) # # get ptrack for every idx idx_ptrack[i]['ptrack'] = self.get_ptrack_bits_per_page_for_fork( replica, idx_ptrack[i]['path'], [idx_ptrack[i]['size']]) # check that ptrack bits are cleaned self.check_ptrack_clean(idx_ptrack[i], idx_ptrack[i]['size']) # Update everything and vacuum it master.safe_psql( 'postgres', "update t_heap set t_seq = nextval('t_seq'), text = md5(text), " "tsvector = md5(repeat(tsvector::text, 10))::tsvector;") master.safe_psql('postgres', 'vacuum t_heap') master.safe_psql('postgres', 'checkpoint') # Take PAGE backup to clean every ptrack self.backup_node( backup_dir, 'replica', replica, backup_type='page', options=[ '-j10', '--master-host=localhost', '--master-db=postgres', '--master-port={0}'.format(master.port), '--stream']) master.safe_psql('postgres', 'checkpoint') for i in idx_ptrack: # get new size of heap and indexes and calculate it in pages idx_ptrack[i]['size'] = self.get_fork_size(replica, i) # update path to heap and index files in case they`ve changed idx_ptrack[i]['path'] = self.get_fork_path(replica, i) # # get ptrack for every idx idx_ptrack[i]['ptrack'] = self.get_ptrack_bits_per_page_for_fork( replica, idx_ptrack[i]['path'], [idx_ptrack[i]['size']]) # check that ptrack bits are cleaned self.check_ptrack_clean(idx_ptrack[i], idx_ptrack[i]['size']) # Clean after yourself self.del_test_dir(module_name, fname) # @unittest.skip("skip") # @unittest.expectedFailure def test_ptrack_cluster_on_btree(self): fname = self.id().split('.')[3] node = self.make_simple_node( base_dir=os.path.join(module_name, fname, 'node'), set_replication=True, initdb_params=['--data-checksums'], pg_options={ 'ptrack_enable': 'on', 'wal_level': 'replica', 'max_wal_senders': '2'}) backup_dir = os.path.join(self.tmp_path, module_name, fname, 'backup') self.init_pb(backup_dir) self.add_instance(backup_dir, 'node', node) node.slow_start() self.create_tblspace_in_node(node, 'somedata') # Create table and indexes node.safe_psql( "postgres", "create extension bloom; create sequence t_seq; " "create table t_heap tablespace somedata " "as select i as id, nextval('t_seq') as t_seq, " "md5(i::text) as text, md5(repeat(i::text,10))::tsvector " "as tsvector from generate_series(0,2560) i") for i in idx_ptrack: if idx_ptrack[i]['type'] != 'heap' and idx_ptrack[i]['type'] != 'seq': node.safe_psql( "postgres", "create index {0} on {1} using {2}({3}) " "tablespace somedata".format( i, idx_ptrack[i]['relation'], idx_ptrack[i]['type'], idx_ptrack[i]['column'])) node.safe_psql('postgres', 'vacuum t_heap') node.safe_psql('postgres', 'checkpoint') for i in idx_ptrack: # get size of heap and indexes. size calculated in pages idx_ptrack[i]['old_size'] = self.get_fork_size(node, i) # get path to heap and index files idx_ptrack[i]['path'] = self.get_fork_path(node, i) # calculate md5sums of pages idx_ptrack[i]['old_pages'] = self.get_md5_per_page_for_fork( idx_ptrack[i]['path'], idx_ptrack[i]['old_size']) self.backup_node( backup_dir, 'node', node, options=['-j10', '--stream']) node.safe_psql('postgres', 'delete from t_heap where id%2 = 1') node.safe_psql('postgres', 'cluster t_heap using t_btree') node.safe_psql('postgres', 'checkpoint') # CHECK PTRACK SANITY success = True for i in idx_ptrack: # get new size of heap and indexes. size calculated in pages idx_ptrack[i]['new_size'] = self.get_fork_size(node, i) # update path to heap and index files in case they`ve changed idx_ptrack[i]['path'] = self.get_fork_path(node, i) # calculate new md5sums for pages idx_ptrack[i]['new_pages'] = self.get_md5_per_page_for_fork( idx_ptrack[i]['path'], idx_ptrack[i]['new_size']) # get ptrack for every idx idx_ptrack[i]['ptrack'] = self.get_ptrack_bits_per_page_for_fork( node, idx_ptrack[i]['path'], [idx_ptrack[i]['old_size'], idx_ptrack[i]['new_size']]) # compare pages and check ptrack sanity if not self.check_ptrack_sanity(idx_ptrack[i]): success = False self.assertTrue( success, 'Ptrack has failed to register changes in data files' ) # Clean after yourself self.del_test_dir(module_name, fname) # @unittest.skip("skip") def test_ptrack_cluster_on_gist(self): fname = self.id().split('.')[3] node = self.make_simple_node( base_dir=os.path.join(module_name, fname, 'node'), set_replication=True, initdb_params=['--data-checksums'], pg_options={ 'ptrack_enable': 'on', 'wal_level': 'replica', 'max_wal_senders': '2'}) backup_dir = os.path.join(self.tmp_path, module_name, fname, 'backup') self.init_pb(backup_dir) self.add_instance(backup_dir, 'node', node) node.slow_start() # Create table and indexes node.safe_psql( "postgres", "create extension bloom; create sequence t_seq; " "create table t_heap as select i as id, " "nextval('t_seq') as t_seq, md5(i::text) as text, " "md5(repeat(i::text,10))::tsvector as tsvector " "from generate_series(0,2560) i") for i in idx_ptrack: if idx_ptrack[i]['type'] != 'heap' and idx_ptrack[i]['type'] != 'seq': node.safe_psql( "postgres", "create index {0} on {1} using {2}({3})".format( i, idx_ptrack[i]['relation'], idx_ptrack[i]['type'], idx_ptrack[i]['column'])) node.safe_psql('postgres', 'vacuum t_heap') node.safe_psql('postgres', 'checkpoint') for i in idx_ptrack: # get size of heap and indexes. size calculated in pages idx_ptrack[i]['old_size'] = self.get_fork_size(node, i) # get path to heap and index files idx_ptrack[i]['path'] = self.get_fork_path(node, i) # calculate md5sums of pages idx_ptrack[i]['old_pages'] = self.get_md5_per_page_for_fork( idx_ptrack[i]['path'], idx_ptrack[i]['old_size']) self.backup_node( backup_dir, 'node', node, options=['-j10', '--stream']) node.safe_psql('postgres', 'delete from t_heap where id%2 = 1') node.safe_psql('postgres', 'cluster t_heap using t_gist') node.safe_psql('postgres', 'checkpoint') # CHECK PTRACK SANITY success = True for i in idx_ptrack: # get new size of heap and indexes. size calculated in pages idx_ptrack[i]['new_size'] = self.get_fork_size(node, i) # update path to heap and index files in case they`ve changed idx_ptrack[i]['path'] = self.get_fork_path(node, i) # calculate new md5sums for pages idx_ptrack[i]['new_pages'] = self.get_md5_per_page_for_fork( idx_ptrack[i]['path'], idx_ptrack[i]['new_size']) # get ptrack for every idx idx_ptrack[i]['ptrack'] = self.get_ptrack_bits_per_page_for_fork( node, idx_ptrack[i]['path'], [idx_ptrack[i]['old_size'], idx_ptrack[i]['new_size']]) # Compare pages and check ptrack sanity if not self.check_ptrack_sanity(idx_ptrack[i]): success = False self.assertTrue( success, 'Ptrack has failed to register changes in data files' ) # Clean after yourself self.del_test_dir(module_name, fname) # @unittest.skip("skip") def test_ptrack_cluster_on_btree_replica(self): fname = self.id().split('.')[3] master = self.make_simple_node( base_dir=os.path.join(module_name, fname, 'master'), set_replication=True, initdb_params=['--data-checksums'], pg_options={ 'ptrack_enable': 'on', 'wal_level': 'replica', 'max_wal_senders': '2'}) backup_dir = os.path.join(self.tmp_path, module_name, fname, 'backup') self.init_pb(backup_dir) self.add_instance(backup_dir, 'master', master) master.slow_start() self.backup_node(backup_dir, 'master', master, options=['--stream']) replica = self.make_simple_node( base_dir=os.path.join(module_name, fname, 'replica')) replica.cleanup() self.restore_node(backup_dir, 'master', replica) self.add_instance(backup_dir, 'replica', replica) self.set_replica(master, replica, synchronous=True) self.set_archiving(backup_dir, 'replica', replica, replica=True) replica.slow_start(replica=True) # Create table and indexes master.safe_psql( "postgres", "create extension bloom; create sequence t_seq; " "create table t_heap as select i as id, " "nextval('t_seq') as t_seq, md5(i::text) as text, " "md5(repeat(i::text,10))::tsvector as tsvector " "from generate_series(0,2560) i") for i in idx_ptrack: if idx_ptrack[i]['type'] != 'heap' and idx_ptrack[i]['type'] != 'seq': master.safe_psql( "postgres", "create index {0} on {1} using {2}({3})".format( i, idx_ptrack[i]['relation'], idx_ptrack[i]['type'], idx_ptrack[i]['column'])) master.safe_psql('postgres', 'vacuum t_heap') master.safe_psql('postgres', 'checkpoint') self.backup_node( backup_dir, 'replica', replica, options=[ '-j10', '--stream', '--master-host=localhost', '--master-db=postgres', '--master-port={0}'.format( master.port)]) for i in idx_ptrack: # get size of heap and indexes. size calculated in pages idx_ptrack[i]['old_size'] = self.get_fork_size(replica, i) # get path to heap and index files idx_ptrack[i]['path'] = self.get_fork_path(replica, i) # calculate md5sums of pages idx_ptrack[i]['old_pages'] = self.get_md5_per_page_for_fork( idx_ptrack[i]['path'], idx_ptrack[i]['old_size']) master.safe_psql('postgres', 'delete from t_heap where id%2 = 1') master.safe_psql('postgres', 'cluster t_heap using t_btree') master.safe_psql('postgres', 'checkpoint') # Sync master and replica self.wait_until_replica_catch_with_master(master, replica) replica.safe_psql('postgres', 'checkpoint') # CHECK PTRACK SANITY success = True for i in idx_ptrack: # get new size of heap and indexes. size calculated in pages idx_ptrack[i]['new_size'] = self.get_fork_size(replica, i) # update path to heap and index files in case they`ve changed idx_ptrack[i]['path'] = self.get_fork_path(replica, i) # calculate new md5sums for pages idx_ptrack[i]['new_pages'] = self.get_md5_per_page_for_fork( idx_ptrack[i]['path'], idx_ptrack[i]['new_size']) # get ptrack for every idx idx_ptrack[i]['ptrack'] = self.get_ptrack_bits_per_page_for_fork( replica, idx_ptrack[i]['path'], [idx_ptrack[i]['old_size'], idx_ptrack[i]['new_size']]) # compare pages and check ptrack sanity if not self.check_ptrack_sanity(idx_ptrack[i]): success = False self.assertTrue( success, 'Ptrack has failed to register changes in data files' ) # Clean after yourself self.del_test_dir(module_name, fname) # @unittest.skip("skip") def test_ptrack_cluster_on_gist_replica(self): fname = self.id().split('.')[3] master = self.make_simple_node( base_dir=os.path.join(module_name, fname, 'master'), set_replication=True, initdb_params=['--data-checksums'], pg_options={ 'ptrack_enable': 'on', 'wal_level': 'replica', 'max_wal_senders': '2'}) backup_dir = os.path.join(self.tmp_path, module_name, fname, 'backup') self.init_pb(backup_dir) self.add_instance(backup_dir, 'master', master) master.slow_start() self.backup_node(backup_dir, 'master', master, options=['--stream']) replica = self.make_simple_node( base_dir=os.path.join(module_name, fname, 'replica')) replica.cleanup() self.restore_node(backup_dir, 'master', replica) self.add_instance(backup_dir, 'replica', replica) self.set_replica(master, replica, 'replica', synchronous=True) self.set_archiving(backup_dir, 'replica', replica, replica=True) replica.slow_start(replica=True) # Create table and indexes master.safe_psql( "postgres", "create extension bloom; create sequence t_seq; " "create table t_heap as select i as id, " "nextval('t_seq') as t_seq, md5(i::text) as text, " "md5(repeat(i::text,10))::tsvector as tsvector " "from generate_series(0,2560) i") for i in idx_ptrack: if idx_ptrack[i]['type'] != 'heap' and idx_ptrack[i]['type'] != 'seq': master.safe_psql( "postgres", "create index {0} on {1} using {2}({3})".format( i, idx_ptrack[i]['relation'], idx_ptrack[i]['type'], idx_ptrack[i]['column'])) master.safe_psql('postgres', 'vacuum t_heap') master.safe_psql('postgres', 'checkpoint') # Sync master and replica self.wait_until_replica_catch_with_master(master, replica) replica.safe_psql('postgres', 'checkpoint') self.backup_node( backup_dir, 'replica', replica, options=[ '-j10', '--stream', '--master-host=localhost', '--master-db=postgres', '--master-port={0}'.format( master.port)]) for i in idx_ptrack: # get size of heap and indexes. size calculated in pages idx_ptrack[i]['old_size'] = self.get_fork_size(replica, i) # get path to heap and index files idx_ptrack[i]['path'] = self.get_fork_path(replica, i) # calculate md5sums of pages idx_ptrack[i]['old_pages'] = self.get_md5_per_page_for_fork( idx_ptrack[i]['path'], idx_ptrack[i]['old_size']) master.safe_psql('postgres', 'delete from t_heap where id%2 = 1') master.safe_psql('postgres', 'cluster t_heap using t_gist') master.safe_psql('postgres', 'checkpoint') # Sync master and replica self.wait_until_replica_catch_with_master(master, replica) replica.safe_psql('postgres', 'checkpoint') # CHECK PTRACK SANITY success = True for i in idx_ptrack: # get new size of heap and indexes. size calculated in pages idx_ptrack[i]['new_size'] = self.get_fork_size(replica, i) # update path to heap and index files in case they`ve changed idx_ptrack[i]['path'] = self.get_fork_path(replica, i) # calculate new md5sums for pages idx_ptrack[i]['new_pages'] = self.get_md5_per_page_for_fork( idx_ptrack[i]['path'], idx_ptrack[i]['new_size']) # get ptrack for every idx idx_ptrack[i]['ptrack'] = self.get_ptrack_bits_per_page_for_fork( replica, idx_ptrack[i]['path'], [idx_ptrack[i]['old_size'], idx_ptrack[i]['new_size']]) # Compare pages and check ptrack sanity if not self.check_ptrack_sanity(idx_ptrack[i]): success = False self.assertTrue( success, 'Ptrack has failed to register changes in data files' ) # Clean after yourself self.del_test_dir(module_name, fname) # @unittest.skip("skip") # @unittest.expectedFailure def test_ptrack_empty(self): """Take backups of every available types and check that PTRACK is clean""" fname = self.id().split('.')[3] node = self.make_simple_node( base_dir=os.path.join(module_name, fname, 'node'), set_replication=True, initdb_params=['--data-checksums'], pg_options={ 'ptrack_enable': 'on', 'wal_level': 'replica', 'max_wal_senders': '2', 'autovacuum': 'off'}) backup_dir = os.path.join(self.tmp_path, module_name, fname, 'backup') self.init_pb(backup_dir) self.add_instance(backup_dir, 'node', node) self.set_archiving(backup_dir, 'node', node) node.slow_start() self.create_tblspace_in_node(node, 'somedata') # Create table node.safe_psql( "postgres", "create extension bloom; create sequence t_seq; " "create table t_heap " "(id int DEFAULT nextval('t_seq'), text text, tsvector tsvector) " "tablespace somedata") # Take FULL backup to clean every ptrack self.backup_node( backup_dir, 'node', node, options=['-j10', '--stream']) # Create indexes for i in idx_ptrack: if idx_ptrack[i]['type'] != 'heap' and idx_ptrack[i]['type'] != 'seq': node.safe_psql( "postgres", "create index {0} on {1} using {2}({3}) " "tablespace somedata".format( i, idx_ptrack[i]['relation'], idx_ptrack[i]['type'], idx_ptrack[i]['column'])) node.safe_psql('postgres', 'checkpoint') node_restored = self.make_simple_node( base_dir=os.path.join(module_name, fname, 'node_restored')) node_restored.cleanup() tblspace1 = self.get_tblspace_path(node, 'somedata') tblspace2 = self.get_tblspace_path(node_restored, 'somedata') # Take PTRACK backup backup_id = self.backup_node( backup_dir, 'node', node, backup_type='ptrack', options=['-j10']) if self.paranoia: pgdata = self.pgdata_content(node.data_dir) self.restore_node( backup_dir, 'node', node_restored, backup_id=backup_id, options=[ "-j", "4", "-T{0}={1}".format(tblspace1, tblspace2)] ) if self.paranoia: pgdata_restored = self.pgdata_content(node_restored.data_dir) self.compare_pgdata(pgdata, pgdata_restored) # Clean after yourself self.del_test_dir(module_name, fname) # @unittest.skip("skip") # @unittest.expectedFailure def test_ptrack_empty_replica(self): """ Take backups of every available types from master and check that PTRACK on replica is clean """ fname = self.id().split('.')[3] master = self.make_simple_node( base_dir=os.path.join(module_name, fname, 'master'), set_replication=True, initdb_params=['--data-checksums'], pg_options={ 'ptrack_enable': 'on', 'wal_level': 'replica', 'max_wal_senders': '2'}) backup_dir = os.path.join(self.tmp_path, module_name, fname, 'backup') self.init_pb(backup_dir) self.add_instance(backup_dir, 'master', master) master.slow_start() self.backup_node(backup_dir, 'master', master, options=['--stream']) replica = self.make_simple_node( base_dir=os.path.join(module_name, fname, 'replica')) replica.cleanup() self.restore_node(backup_dir, 'master', replica) self.add_instance(backup_dir, 'replica', replica) self.set_replica(master, replica, synchronous=True) self.set_archiving(backup_dir, 'replica', replica, replica=True) replica.slow_start(replica=True) # Create table master.safe_psql( "postgres", "create extension bloom; create sequence t_seq; " "create table t_heap " "(id int DEFAULT nextval('t_seq'), text text, tsvector tsvector)") self.wait_until_replica_catch_with_master(master, replica) # Take FULL backup self.backup_node( backup_dir, 'replica', replica, options=[ '-j10', '--stream', '--master-host=localhost', '--master-db=postgres', '--master-port={0}'.format(master.port)]) # Create indexes for i in idx_ptrack: if idx_ptrack[i]['type'] != 'heap' and idx_ptrack[i]['type'] != 'seq': master.safe_psql( "postgres", "create index {0} on {1} using {2}({3})".format( i, idx_ptrack[i]['relation'], idx_ptrack[i]['type'], idx_ptrack[i]['column'])) self.wait_until_replica_catch_with_master(master, replica) node_restored = self.make_simple_node( base_dir=os.path.join(module_name, fname, 'node_restored')) node_restored.cleanup() # Take PTRACK backup backup_id = self.backup_node( backup_dir, 'replica', replica, backup_type='ptrack', options=[ '-j10', '--stream', '--master-host=localhost', '--master-db=postgres', '--master-port={0}'.format(master.port)]) if self.paranoia: pgdata = self.pgdata_content(replica.data_dir) self.restore_node( backup_dir, 'replica', node_restored, backup_id=backup_id, options=["-j", "4"] ) if self.paranoia: pgdata_restored = self.pgdata_content(node_restored.data_dir) self.compare_pgdata(pgdata, pgdata_restored) # Clean after yourself self.del_test_dir(module_name, fname) # @unittest.skip("skip") # @unittest.expectedFailure def test_ptrack_truncate(self): fname = self.id().split('.')[3] node = self.make_simple_node( base_dir=os.path.join(module_name, fname, 'node'), set_replication=True, initdb_params=['--data-checksums'], pg_options={ 'ptrack_enable': 'on', 'wal_level': 'replica', 'max_wal_senders': '2'}) backup_dir = os.path.join(self.tmp_path, module_name, fname, 'backup') self.init_pb(backup_dir) self.add_instance(backup_dir, 'node', node) node.slow_start() self.create_tblspace_in_node(node, 'somedata') # Create table and indexes node.safe_psql( "postgres", "create extension bloom; create sequence t_seq; " "create table t_heap tablespace somedata " "as select i as id, md5(i::text) as text, " "md5(repeat(i::text,10))::tsvector as tsvector " "from generate_series(0,2560) i") for i in idx_ptrack: if idx_ptrack[i]['type'] != 'heap' and idx_ptrack[i]['type'] != 'seq': node.safe_psql( "postgres", "create index {0} on {1} using {2}({3}) " "tablespace somedata".format( i, idx_ptrack[i]['relation'], idx_ptrack[i]['type'], idx_ptrack[i]['column'])) node.safe_psql('postgres', 'truncate t_heap') node.safe_psql('postgres', 'checkpoint') for i in idx_ptrack: # get fork size and calculate it in pages idx_ptrack[i]['old_size'] = self.get_fork_size(node, i) # get path to heap and index files idx_ptrack[i]['path'] = self.get_fork_path(node, i) # calculate md5sums for every page of this fork idx_ptrack[i]['old_pages'] = self.get_md5_per_page_for_fork( idx_ptrack[i]['path'], idx_ptrack[i]['old_size']) # Make full backup to clean every ptrack self.backup_node( backup_dir, 'node', node, options=['-j10', '--stream']) for i in idx_ptrack: idx_ptrack[i]['ptrack'] = self.get_ptrack_bits_per_page_for_fork( node, idx_ptrack[i]['path'], [idx_ptrack[i]['old_size']]) self.check_ptrack_clean(idx_ptrack[i], idx_ptrack[i]['old_size']) # Clean after yourself self.del_test_dir(module_name, fname) # @unittest.skip("skip") def test_ptrack_truncate_replica(self): fname = self.id().split('.')[3] master = self.make_simple_node( base_dir=os.path.join(module_name, fname, 'master'), set_replication=True, initdb_params=['--data-checksums'], pg_options={ 'ptrack_enable': 'on', 'wal_level': 'replica', 'max_wal_senders': '2', 'checkpoint_timeout': '30'}) backup_dir = os.path.join(self.tmp_path, module_name, fname, 'backup') self.init_pb(backup_dir) self.add_instance(backup_dir, 'master', master) master.slow_start() self.backup_node(backup_dir, 'master', master, options=['--stream']) replica = self.make_simple_node( base_dir=os.path.join(module_name, fname, 'replica')) replica.cleanup() self.restore_node(backup_dir, 'master', replica) self.add_instance(backup_dir, 'replica', replica) self.set_replica(master, replica, 'replica', synchronous=True) self.set_archiving(backup_dir, 'replica', replica, replica=True) replica.slow_start(replica=True) # Create table and indexes self.create_tblspace_in_node(master, 'somedata') master.safe_psql( "postgres", "create extension bloom; create sequence t_seq; " "create table t_heap tablespace somedata " "as select i as id, md5(i::text) as text, " "md5(repeat(i::text,10))::tsvector as tsvector " "from generate_series(0,2560) i") for i in idx_ptrack: if idx_ptrack[i]['type'] != 'heap' and idx_ptrack[i]['type'] != 'seq': master.safe_psql( "postgres", "create index {0} on {1} using {2}({3}) " "tablespace somedata".format( i, idx_ptrack[i]['relation'], idx_ptrack[i]['type'], idx_ptrack[i]['column'])) # Sync master and replica self.wait_until_replica_catch_with_master(master, replica) replica.safe_psql('postgres', 'checkpoint') for i in idx_ptrack: # get fork size and calculate it in pages idx_ptrack[i]['old_size'] = self.get_fork_size(replica, i) # get path to heap and index files idx_ptrack[i]['path'] = self.get_fork_path(replica, i) # calculate md5sums for every page of this fork idx_ptrack[i]['old_pages'] = self.get_md5_per_page_for_fork( idx_ptrack[i]['path'], idx_ptrack[i]['old_size']) # Make full backup to clean every ptrack self.backup_node( backup_dir, 'replica', replica, options=[ '-j10', '--master-host=localhost', '--master-db=postgres', '--master-port={0}'.format(master.port)]) for i in idx_ptrack: idx_ptrack[i]['ptrack'] = self.get_ptrack_bits_per_page_for_fork( replica, idx_ptrack[i]['path'], [idx_ptrack[i]['old_size']]) self.check_ptrack_clean(idx_ptrack[i], idx_ptrack[i]['old_size']) master.safe_psql('postgres', 'truncate t_heap') master.safe_psql('postgres', 'checkpoint') # Sync master and replica self.wait_until_replica_catch_with_master(master, replica) replica.safe_psql('postgres', 'checkpoint') # CHECK PTRACK SANITY success = True for i in idx_ptrack: # get new size of heap and indexes and calculate it in pages idx_ptrack[i]['new_size'] = self.get_fork_size(replica, i) # update path to heap and index files in case they`ve changed idx_ptrack[i]['path'] = self.get_fork_path(replica, i) # calculate new md5sums for pages idx_ptrack[i]['new_pages'] = self.get_md5_per_page_for_fork( idx_ptrack[i]['path'], idx_ptrack[i]['new_size']) # get ptrack for every idx idx_ptrack[i]['ptrack'] = self.get_ptrack_bits_per_page_for_fork( replica, idx_ptrack[i]['path'], [idx_ptrack[i]['old_size'], idx_ptrack[i]['new_size']]) # compare pages and check ptrack sanity if not self.check_ptrack_sanity(idx_ptrack[i]): success = False self.assertTrue( success, 'Ptrack has failed to register changes in data files' ) # Clean after yourself self.del_test_dir(module_name, fname) # @unittest.skip("skip") # @unittest.expectedFailure def test_ptrack_vacuum(self): fname = self.id().split('.')[3] node = self.make_simple_node( base_dir=os.path.join(module_name, fname, 'node'), set_replication=True, initdb_params=['--data-checksums'], pg_options={ 'ptrack_enable': 'on', 'wal_level': 'replica', 'max_wal_senders': '2'}) backup_dir = os.path.join(self.tmp_path, module_name, fname, 'backup') self.init_pb(backup_dir) self.add_instance(backup_dir, 'node', node) node.slow_start() self.create_tblspace_in_node(node, 'somedata') # Create table and indexes node.safe_psql( "postgres", "create extension bloom; create sequence t_seq; " "create table t_heap tablespace somedata " "as select i as id, md5(i::text) as text, " "md5(repeat(i::text,10))::tsvector as tsvector " "from generate_series(0,2560) i") for i in idx_ptrack: if idx_ptrack[i]['type'] != 'heap' and idx_ptrack[i]['type'] != 'seq': node.safe_psql( "postgres", "create index {0} on {1} using {2}({3}) " "tablespace somedata".format( i, idx_ptrack[i]['relation'], idx_ptrack[i]['type'], idx_ptrack[i]['column'])) node.safe_psql('postgres', 'vacuum t_heap') node.safe_psql('postgres', 'checkpoint') # Make full backup to clean every ptrack self.backup_node( backup_dir, 'node', node, options=['-j10', '--stream']) for i in idx_ptrack: # get fork size and calculate it in pages idx_ptrack[i]['old_size'] = self.get_fork_size(node, i) # get path to heap and index files idx_ptrack[i]['path'] = self.get_fork_path(node, i) # calculate md5sums for every page of this fork idx_ptrack[i]['old_pages'] = self.get_md5_per_page_for_fork( idx_ptrack[i]['path'], idx_ptrack[i]['old_size']) idx_ptrack[i]['ptrack'] = self.get_ptrack_bits_per_page_for_fork( node, idx_ptrack[i]['path'], [idx_ptrack[i]['old_size']]) self.check_ptrack_clean(idx_ptrack[i], idx_ptrack[i]['old_size']) # Delete some rows, vacuum it and make checkpoint node.safe_psql('postgres', 'delete from t_heap where id%2 = 1') node.safe_psql('postgres', 'vacuum t_heap') node.safe_psql('postgres', 'checkpoint') # CHECK PTRACK SANITY success = True for i in idx_ptrack: # get new size of heap and indexes and calculate it in pages idx_ptrack[i]['new_size'] = self.get_fork_size(node, i) # update path to heap and index files in case they`ve changed idx_ptrack[i]['path'] = self.get_fork_path(node, i) # calculate new md5sums for pages idx_ptrack[i]['new_pages'] = self.get_md5_per_page_for_fork( idx_ptrack[i]['path'], idx_ptrack[i]['new_size']) # get ptrack for every idx idx_ptrack[i]['ptrack'] = self.get_ptrack_bits_per_page_for_fork( node, idx_ptrack[i]['path'], [idx_ptrack[i]['old_size'], idx_ptrack[i]['new_size']]) # compare pages and check ptrack sanity if not self.check_ptrack_sanity(idx_ptrack[i]): success = False self.assertTrue( success, 'Ptrack has failed to register changes in data files' ) # Clean after yourself self.del_test_dir(module_name, fname) # @unittest.skip("skip") def test_ptrack_vacuum_replica(self): fname = self.id().split('.')[3] master = self.make_simple_node( base_dir=os.path.join(module_name, fname, 'master'), set_replication=True, initdb_params=['--data-checksums'], pg_options={ 'ptrack_enable': 'on', 'wal_level': 'replica', 'max_wal_senders': '2', 'checkpoint_timeout': '30'}) backup_dir = os.path.join(self.tmp_path, module_name, fname, 'backup') self.init_pb(backup_dir) self.add_instance(backup_dir, 'master', master) master.slow_start() self.backup_node(backup_dir, 'master', master, options=['--stream']) replica = self.make_simple_node( base_dir=os.path.join(module_name, fname, 'replica')) replica.cleanup() self.restore_node(backup_dir, 'master', replica) self.add_instance(backup_dir, 'replica', replica) self.set_replica(master, replica, 'replica', synchronous=True) self.set_archiving(backup_dir, 'replica', replica, replica=True) replica.slow_start(replica=True) # Create table and indexes master.safe_psql( "postgres", "create extension bloom; create sequence t_seq; " "create table t_heap as select i as id, " "md5(i::text) as text, md5(repeat(i::text,10))::tsvector " "as tsvector from generate_series(0,2560) i") for i in idx_ptrack: if idx_ptrack[i]['type'] != 'heap' and idx_ptrack[i]['type'] != 'seq': master.safe_psql( "postgres", "create index {0} on {1} using {2}({3})".format( i, idx_ptrack[i]['relation'], idx_ptrack[i]['type'], idx_ptrack[i]['column'])) master.safe_psql('postgres', 'vacuum t_heap') master.safe_psql('postgres', 'checkpoint') # Sync master and replica self.wait_until_replica_catch_with_master(master, replica) replica.safe_psql('postgres', 'checkpoint') # Make FULL backup to clean every ptrack self.backup_node( backup_dir, 'replica', replica, options=[ '-j10', '--master-host=localhost', '--master-db=postgres', '--master-port={0}'.format(master.port), '--stream']) for i in idx_ptrack: # get fork size and calculate it in pages idx_ptrack[i]['old_size'] = self.get_fork_size(replica, i) # get path to heap and index files idx_ptrack[i]['path'] = self.get_fork_path(replica, i) # calculate md5sums for every page of this fork idx_ptrack[i]['old_pages'] = self.get_md5_per_page_for_fork( idx_ptrack[i]['path'], idx_ptrack[i]['old_size']) idx_ptrack[i]['ptrack'] = self.get_ptrack_bits_per_page_for_fork( replica, idx_ptrack[i]['path'], [idx_ptrack[i]['old_size']]) self.check_ptrack_clean(idx_ptrack[i], idx_ptrack[i]['old_size']) # Delete some rows, vacuum it and make checkpoint master.safe_psql('postgres', 'delete from t_heap where id%2 = 1') master.safe_psql('postgres', 'vacuum t_heap') master.safe_psql('postgres', 'checkpoint') # Sync master and replica self.wait_until_replica_catch_with_master(master, replica) replica.safe_psql('postgres', 'checkpoint') # CHECK PTRACK SANITY success = True for i in idx_ptrack: # get new size of heap and indexes and calculate it in pages idx_ptrack[i]['new_size'] = self.get_fork_size(replica, i) # update path to heap and index files in case they`ve changed idx_ptrack[i]['path'] = self.get_fork_path(replica, i) # calculate new md5sums for pages idx_ptrack[i]['new_pages'] = self.get_md5_per_page_for_fork( idx_ptrack[i]['path'], idx_ptrack[i]['new_size']) # get ptrack for every idx idx_ptrack[i]['ptrack'] = self.get_ptrack_bits_per_page_for_fork( replica, idx_ptrack[i]['path'], [idx_ptrack[i]['old_size'], idx_ptrack[i]['new_size']]) # compare pages and check ptrack sanity if not self.check_ptrack_sanity(idx_ptrack[i]): success = False self.assertTrue( success, 'Ptrack has failed to register changes in data files' ) # Clean after yourself self.del_test_dir(module_name, fname) # @unittest.skip("skip") # @unittest.expectedFailure def test_ptrack_vacuum_bits_frozen(self): fname = self.id().split('.')[3] node = self.make_simple_node( base_dir=os.path.join(module_name, fname, 'node'), set_replication=True, initdb_params=['--data-checksums'], pg_options={ 'ptrack_enable': 'on', 'wal_level': 'replica', 'max_wal_senders': '2'}) backup_dir = os.path.join(self.tmp_path, module_name, fname, 'backup') self.init_pb(backup_dir) self.add_instance(backup_dir, 'node', node) node.slow_start() self.create_tblspace_in_node(node, 'somedata') # Create table and indexes res = node.safe_psql( "postgres", "create extension bloom; create sequence t_seq; " "create table t_heap tablespace somedata " "as select i as id, md5(i::text) as text, " "md5(repeat(i::text,10))::tsvector as tsvector " "from generate_series(0,2560) i") for i in idx_ptrack: if idx_ptrack[i]['type'] != 'heap' and idx_ptrack[i]['type'] != 'seq': node.safe_psql( "postgres", "create index {0} on {1} using {2}({3}) " "tablespace somedata".format( i, idx_ptrack[i]['relation'], idx_ptrack[i]['type'], idx_ptrack[i]['column'])) node.safe_psql('postgres', 'checkpoint') self.backup_node( backup_dir, 'node', node, options=['-j10', '--stream']) node.safe_psql('postgres', 'vacuum freeze t_heap') node.safe_psql('postgres', 'checkpoint') for i in idx_ptrack: # get size of heap and indexes. size calculated in pages idx_ptrack[i]['old_size'] = self.get_fork_size(node, i) # get path to heap and index files idx_ptrack[i]['path'] = self.get_fork_path(node, i) # calculate md5sums of pages idx_ptrack[i]['old_pages'] = self.get_md5_per_page_for_fork( idx_ptrack[i]['path'], idx_ptrack[i]['old_size']) # CHECK PTRACK SANITY success = True for i in idx_ptrack: # get new size of heap and indexes. size calculated in pages idx_ptrack[i]['new_size'] = self.get_fork_size(node, i) # update path to heap and index files in case they`ve changed idx_ptrack[i]['path'] = self.get_fork_path(node, i) # calculate new md5sums for pages idx_ptrack[i]['new_pages'] = self.get_md5_per_page_for_fork( idx_ptrack[i]['path'], idx_ptrack[i]['new_size']) # get ptrack for every idx idx_ptrack[i]['ptrack'] = self.get_ptrack_bits_per_page_for_fork( node, idx_ptrack[i]['path'], [idx_ptrack[i]['old_size'], idx_ptrack[i]['new_size']]) # compare pages and check ptrack sanity if not self.check_ptrack_sanity(idx_ptrack[i]): success = False self.assertTrue( success, 'Ptrack has failed to register changes in data files' ) # Clean after yourself self.del_test_dir(module_name, fname) # @unittest.skip("skip") def test_ptrack_vacuum_bits_frozen_replica(self): fname = self.id().split('.')[3] master = self.make_simple_node( base_dir=os.path.join(module_name, fname, 'master'), set_replication=True, initdb_params=['--data-checksums'], pg_options={ 'ptrack_enable': 'on', 'wal_level': 'replica', 'max_wal_senders': '2'}) backup_dir = os.path.join(self.tmp_path, module_name, fname, 'backup') self.init_pb(backup_dir) self.add_instance(backup_dir, 'master', master) master.slow_start() self.backup_node(backup_dir, 'master', master, options=['--stream']) replica = self.make_simple_node( base_dir=os.path.join(module_name, fname, 'replica')) replica.cleanup() self.restore_node(backup_dir, 'master', replica) self.add_instance(backup_dir, 'replica', replica) self.set_replica(master, replica, synchronous=True) self.set_archiving(backup_dir, 'replica', replica, replica=True) replica.slow_start(replica=True) # Create table and indexes master.safe_psql( "postgres", "create extension bloom; create sequence t_seq; " "create table t_heap as select i as id, " "md5(i::text) as text, md5(repeat(i::text,10))::tsvector " "as tsvector from generate_series(0,2560) i") for i in idx_ptrack: if idx_ptrack[i]['type'] != 'heap' and idx_ptrack[i]['type'] != 'seq': master.safe_psql( "postgres", "create index {0} on {1} using {2}({3})".format( i, idx_ptrack[i]['relation'], idx_ptrack[i]['type'], idx_ptrack[i]['column'])) master.safe_psql('postgres', 'checkpoint') # Sync master and replica self.wait_until_replica_catch_with_master(master, replica) replica.safe_psql('postgres', 'checkpoint') # Take PTRACK backup to clean every ptrack self.backup_node( backup_dir, 'replica', replica, options=[ '-j10', '--master-host=localhost', '--master-db=postgres', '--master-port={0}'.format(master.port), '--stream']) for i in idx_ptrack: # get size of heap and indexes. size calculated in pages idx_ptrack[i]['old_size'] = self.get_fork_size(replica, i) # get path to heap and index files idx_ptrack[i]['path'] = self.get_fork_path(replica, i) # calculate md5sums of pages idx_ptrack[i]['old_pages'] = self.get_md5_per_page_for_fork( idx_ptrack[i]['path'], idx_ptrack[i]['old_size']) master.safe_psql('postgres', 'vacuum freeze t_heap') master.safe_psql('postgres', 'checkpoint') # Sync master and replica self.wait_until_replica_catch_with_master(master, replica) replica.safe_psql('postgres', 'checkpoint') # CHECK PTRACK SANITY success = True for i in idx_ptrack: # get new size of heap and indexes. size calculated in pages idx_ptrack[i]['new_size'] = self.get_fork_size(replica, i) # update path to heap and index files in case they`ve changed idx_ptrack[i]['path'] = self.get_fork_path(replica, i) # calculate new md5sums for pages idx_ptrack[i]['new_pages'] = self.get_md5_per_page_for_fork( idx_ptrack[i]['path'], idx_ptrack[i]['new_size']) # get ptrack for every idx idx_ptrack[i]['ptrack'] = self.get_ptrack_bits_per_page_for_fork( replica, idx_ptrack[i]['path'], [idx_ptrack[i]['old_size'], idx_ptrack[i]['new_size']]) # compare pages and check ptrack sanity if not self.check_ptrack_sanity(idx_ptrack[i]): success = False self.assertTrue( success, 'Ptrack has failed to register changes in data files' ) # Clean after yourself self.del_test_dir(module_name, fname) # @unittest.skip("skip") # @unittest.expectedFailure def test_ptrack_vacuum_bits_visibility(self): fname = self.id().split('.')[3] node = self.make_simple_node( base_dir=os.path.join(module_name, fname, 'node'), set_replication=True, initdb_params=['--data-checksums'], pg_options={ 'ptrack_enable': 'on', 'wal_level': 'replica', 'max_wal_senders': '2'}) backup_dir = os.path.join(self.tmp_path, module_name, fname, 'backup') self.init_pb(backup_dir) self.add_instance(backup_dir, 'node', node) node.slow_start() self.create_tblspace_in_node(node, 'somedata') # Create table and indexes res = node.safe_psql( "postgres", "create extension bloom; create sequence t_seq; " "create table t_heap tablespace somedata " "as select i as id, md5(i::text) as text, " "md5(repeat(i::text,10))::tsvector as tsvector " "from generate_series(0,2560) i") for i in idx_ptrack: if idx_ptrack[i]['type'] != 'heap' and idx_ptrack[i]['type'] != 'seq': node.safe_psql( "postgres", "create index {0} on {1} using {2}({3}) " "tablespace somedata".format( i, idx_ptrack[i]['relation'], idx_ptrack[i]['type'], idx_ptrack[i]['column'])) node.safe_psql('postgres', 'checkpoint') self.backup_node( backup_dir, 'node', node, options=['-j10', '--stream']) for i in idx_ptrack: # get size of heap and indexes. size calculated in pages idx_ptrack[i]['old_size'] = self.get_fork_size(node, i) # get path to heap and index files idx_ptrack[i]['path'] = self.get_fork_path(node, i) # calculate md5sums of pages idx_ptrack[i]['old_pages'] = self.get_md5_per_page_for_fork( idx_ptrack[i]['path'], idx_ptrack[i]['old_size']) node.safe_psql('postgres', 'vacuum t_heap') node.safe_psql('postgres', 'checkpoint') # CHECK PTRACK SANITY success = True for i in idx_ptrack: # get new size of heap and indexes. size calculated in pages idx_ptrack[i]['new_size'] = self.get_fork_size(node, i) # update path to heap and index files in case they`ve changed idx_ptrack[i]['path'] = self.get_fork_path(node, i) # calculate new md5sums for pages idx_ptrack[i]['new_pages'] = self.get_md5_per_page_for_fork( idx_ptrack[i]['path'], idx_ptrack[i]['new_size']) # get ptrack for every idx idx_ptrack[i]['ptrack'] = self.get_ptrack_bits_per_page_for_fork( node, idx_ptrack[i]['path'], [idx_ptrack[i]['old_size'], idx_ptrack[i]['new_size']]) # compare pages and check ptrack sanity if not self.check_ptrack_sanity(idx_ptrack[i]): success = False self.assertTrue( success, 'Ptrack has failed to register changes in data files' ) # Clean after yourself self.del_test_dir(module_name, fname) # @unittest.skip("skip") # @unittest.expectedFailure def test_ptrack_vacuum_full(self): fname = self.id().split('.')[3] node = self.make_simple_node( base_dir=os.path.join(module_name, fname, 'node'), set_replication=True, initdb_params=['--data-checksums'], pg_options={ 'ptrack_enable': 'on', 'wal_level': 'replica', 'max_wal_senders': '2'}) backup_dir = os.path.join(self.tmp_path, module_name, fname, 'backup') self.init_pb(backup_dir) self.add_instance(backup_dir, 'node', node) node.slow_start() self.create_tblspace_in_node(node, 'somedata') # Create table and indexes res = node.safe_psql( "postgres", "create extension bloom; create sequence t_seq; " "create table t_heap tablespace somedata " "as select i as id, md5(i::text) as text, " "md5(repeat(i::text,10))::tsvector as tsvector " "from generate_series(0,2560) i") for i in idx_ptrack: if idx_ptrack[i]['type'] != 'heap' and idx_ptrack[i]['type'] != 'seq': node.safe_psql( "postgres", "create index {0} on {1} " "using {2}({3}) tablespace somedata".format( i, idx_ptrack[i]['relation'], idx_ptrack[i]['type'], idx_ptrack[i]['column'])) node.safe_psql('postgres', 'vacuum t_heap') node.safe_psql('postgres', 'checkpoint') self.backup_node( backup_dir, 'node', node, options=['-j10', '--stream']) for i in idx_ptrack: # get size of heap and indexes. size calculated in pages idx_ptrack[i]['old_size'] = self.get_fork_size(node, i) # get path to heap and index files idx_ptrack[i]['path'] = self.get_fork_path(node, i) # calculate md5sums of pages idx_ptrack[i]['old_pages'] = self.get_md5_per_page_for_fork( idx_ptrack[i]['path'], idx_ptrack[i]['old_size']) node.safe_psql('postgres', 'delete from t_heap where id%2 = 1') node.safe_psql('postgres', 'vacuum full t_heap') node.safe_psql('postgres', 'checkpoint') # CHECK PTRACK SANITY success = True for i in idx_ptrack: # get new size of heap and indexes. size calculated in pages idx_ptrack[i]['new_size'] = self.get_fork_size(node, i) # update path to heap and index files in case they`ve changed idx_ptrack[i]['path'] = self.get_fork_path(node, i) # calculate new md5sums for pages idx_ptrack[i]['new_pages'] = self.get_md5_per_page_for_fork( idx_ptrack[i]['path'], idx_ptrack[i]['new_size']) # get ptrack for every idx idx_ptrack[i]['ptrack'] = self.get_ptrack_bits_per_page_for_fork( node, idx_ptrack[i]['path'], [idx_ptrack[i]['old_size'], idx_ptrack[i]['new_size']]) # compare pages and check ptrack sanity, the most important part if not self.check_ptrack_sanity(idx_ptrack[i]): success = False self.assertTrue( success, 'Ptrack has failed to register changes in data files' ) # Clean after yourself self.del_test_dir(module_name, fname) # @unittest.skip("skip") # @unittest.expectedFailure def test_ptrack_vacuum_full_replica(self): fname = self.id().split('.')[3] master = self.make_simple_node( base_dir=os.path.join(module_name, fname, 'master'), set_replication=True, initdb_params=['--data-checksums'], pg_options={ 'ptrack_enable': 'on', 'wal_level': 'replica', 'max_wal_senders': '2', 'autovacuum': 'off', 'archive_timeout': '30s'} ) backup_dir = os.path.join(self.tmp_path, module_name, fname, 'backup') self.init_pb(backup_dir) self.add_instance(backup_dir, 'master', master) master.slow_start() self.backup_node(backup_dir, 'master', master, options=['--stream']) replica = self.make_simple_node( base_dir=os.path.join(module_name, fname, 'replica')) replica.cleanup() self.restore_node(backup_dir, 'master', replica) self.add_instance(backup_dir, 'replica', replica) self.set_replica(master, replica, 'replica', synchronous=True) self.set_archiving(backup_dir, 'replica', replica, replica=True) replica.slow_start(replica=True) # Create table and indexes master.safe_psql( "postgres", "create extension bloom; create sequence t_seq; " "create table t_heap as select i as id, " "md5(i::text) as text, md5(repeat(i::text,10))::tsvector as " "tsvector from generate_series(0,256000) i") for i in idx_ptrack: if idx_ptrack[i]['type'] != 'heap' and idx_ptrack[i]['type'] != 'seq': master.safe_psql( "postgres", "create index {0} on {1} using {2}({3})".format( i, idx_ptrack[i]['relation'], idx_ptrack[i]['type'], idx_ptrack[i]['column'])) master.safe_psql('postgres', 'vacuum t_heap') master.safe_psql('postgres', 'checkpoint') # Sync master and replica self.wait_until_replica_catch_with_master(master, replica) replica.safe_psql('postgres', 'checkpoint') # Take FULL backup to clean every ptrack self.backup_node( backup_dir, 'replica', replica, options=[ '-j10', '--master-host=localhost', '--master-db=postgres', '--master-port={0}'.format(master.port), '--stream' ] ) # TODO: check that all ptrack are nullified for i in idx_ptrack: # get size of heap and indexes. size calculated in pages idx_ptrack[i]['old_size'] = self.get_fork_size(replica, i) # get path to heap and index files idx_ptrack[i]['path'] = self.get_fork_path(replica, i) # calculate md5sums of pages idx_ptrack[i]['old_pages'] = self.get_md5_per_page_for_fork( idx_ptrack[i]['path'], idx_ptrack[i]['old_size']) master.safe_psql('postgres', 'delete from t_heap where id%2 = 1') master.safe_psql('postgres', 'vacuum full t_heap') master.safe_psql('postgres', 'checkpoint') # Sync master and replica self.wait_until_replica_catch_with_master(master, replica) replica.safe_psql('postgres', 'checkpoint') # CHECK PTRACK SANITY success = True for i in idx_ptrack: # get new size of heap and indexes. size calculated in pages idx_ptrack[i]['new_size'] = self.get_fork_size(replica, i) # update path to heap and index files in case they`ve changed idx_ptrack[i]['path'] = self.get_fork_path(replica, i) # calculate new md5sums for pages idx_ptrack[i]['new_pages'] = self.get_md5_per_page_for_fork( idx_ptrack[i]['path'], idx_ptrack[i]['new_size']) # get ptrack for every idx idx_ptrack[i]['ptrack'] = self.get_ptrack_bits_per_page_for_fork( replica, idx_ptrack[i]['path'], [idx_ptrack[i]['old_size'], idx_ptrack[i]['new_size']]) # compare pages and check ptrack sanity, the most important part if not self.check_ptrack_sanity(idx_ptrack[i]): success = False self.assertTrue( success, 'Ptrack has failed to register changes in data files' ) # Clean after yourself self.del_test_dir(module_name, fname) # @unittest.skip("skip") # @unittest.expectedFailure def test_ptrack_vacuum_truncate(self): fname = self.id().split('.')[3] node = self.make_simple_node( base_dir=os.path.join(module_name, fname, 'node'), set_replication=True, initdb_params=['--data-checksums'], pg_options={ 'ptrack_enable': 'on', 'wal_level': 'replica', 'max_wal_senders': '2'}) backup_dir = os.path.join(self.tmp_path, module_name, fname, 'backup') self.init_pb(backup_dir) self.add_instance(backup_dir, 'node', node) node.slow_start() self.create_tblspace_in_node(node, 'somedata') # Create table and indexes res = node.safe_psql( "postgres", "create extension bloom; create sequence t_seq; " "create table t_heap tablespace somedata " "as select i as id, md5(i::text) as text, " "md5(repeat(i::text,10))::tsvector as tsvector " "from generate_series(0,2560) i") for i in idx_ptrack: if idx_ptrack[i]['type'] != 'heap' and idx_ptrack[i]['type'] != 'seq': node.safe_psql( "postgres", "create index {0} on {1} using {2}({3}) " "tablespace somedata".format( i, idx_ptrack[i]['relation'], idx_ptrack[i]['type'], idx_ptrack[i]['column'])) node.safe_psql('postgres', 'vacuum t_heap') node.safe_psql('postgres', 'checkpoint') self.backup_node( backup_dir, 'node', node, options=['-j10', '--stream']) for i in idx_ptrack: # get size of heap and indexes. size calculated in pages idx_ptrack[i]['old_size'] = self.get_fork_size(node, i) # get path to heap and index files idx_ptrack[i]['path'] = self.get_fork_path(node, i) # calculate md5sums of pages idx_ptrack[i]['old_pages'] = self.get_md5_per_page_for_fork( idx_ptrack[i]['path'], idx_ptrack[i]['old_size']) node.safe_psql('postgres', 'delete from t_heap where id > 128;') node.safe_psql('postgres', 'vacuum t_heap') node.safe_psql('postgres', 'checkpoint') # CHECK PTRACK SANITY success = True for i in idx_ptrack: # get new size of heap and indexes. size calculated in pages idx_ptrack[i]['new_size'] = self.get_fork_size(node, i) # update path to heap and index files in case they`ve changed idx_ptrack[i]['path'] = self.get_fork_path(node, i) # calculate new md5sums for pages idx_ptrack[i]['new_pages'] = self.get_md5_per_page_for_fork( idx_ptrack[i]['path'], idx_ptrack[i]['new_size']) # get ptrack for every idx idx_ptrack[i]['ptrack'] = self.get_ptrack_bits_per_page_for_fork( node, idx_ptrack[i]['path'], [idx_ptrack[i]['old_size'], idx_ptrack[i]['new_size']]) # compare pages and check ptrack sanity if not self.check_ptrack_sanity(idx_ptrack[i]): success = False self.assertTrue( success, 'Ptrack has failed to register changes in data files' ) # Clean after yourself self.del_test_dir(module_name, fname) # @unittest.skip("skip") # @unittest.expectedFailure def test_ptrack_vacuum_truncate_replica(self): fname = self.id().split('.')[3] master = self.make_simple_node( base_dir=os.path.join(module_name, fname, 'master'), set_replication=True, initdb_params=['--data-checksums'], pg_options={ 'ptrack_enable': 'on', 'wal_level': 'replica', 'max_wal_senders': '2', 'checkpoint_timeout': '30'}) backup_dir = os.path.join(self.tmp_path, module_name, fname, 'backup') self.init_pb(backup_dir) self.add_instance(backup_dir, 'master', master) master.slow_start() self.backup_node(backup_dir, 'master', master, options=['--stream']) replica = self.make_simple_node( base_dir=os.path.join(module_name, fname, 'replica')) replica.cleanup() self.restore_node(backup_dir, 'master', replica) self.add_instance(backup_dir, 'replica', replica) self.set_replica(master, replica, 'replica', synchronous=True) self.set_archiving(backup_dir, 'replica', replica, replica=True) replica.slow_start(replica=True) # Create table and indexes master.safe_psql( "postgres", "create extension bloom; create sequence t_seq; " "create table t_heap as select i as id, " "md5(i::text) as text, md5(repeat(i::text,10))::tsvector " "as tsvector from generate_series(0,2560) i") for i in idx_ptrack: if idx_ptrack[i]['type'] != 'heap' and idx_ptrack[i]['type'] != 'seq': master.safe_psql( "postgres", "create index {0} on {1} " "using {2}({3})".format( i, idx_ptrack[i]['relation'], idx_ptrack[i]['type'], idx_ptrack[i]['column'])) master.safe_psql('postgres', 'vacuum t_heap') master.safe_psql('postgres', 'checkpoint') # Take PTRACK backup to clean every ptrack self.backup_node( backup_dir, 'replica', replica, options=[ '-j10', '--master-host=localhost', '--master-db=postgres', '--master-port={0}'.format(master.port), '--stream' ] ) for i in idx_ptrack: # get size of heap and indexes. size calculated in pages idx_ptrack[i]['old_size'] = self.get_fork_size(replica, i) # get path to heap and index files idx_ptrack[i]['path'] = self.get_fork_path(replica, i) # calculate md5sums of pages idx_ptrack[i]['old_pages'] = self.get_md5_per_page_for_fork( idx_ptrack[i]['path'], idx_ptrack[i]['old_size']) master.safe_psql('postgres', 'delete from t_heap where id > 128;') master.safe_psql('postgres', 'vacuum t_heap') master.safe_psql('postgres', 'checkpoint') # CHECK PTRACK SANITY success = True for i in idx_ptrack: # get new size of heap and indexes. size calculated in pages idx_ptrack[i]['new_size'] = self.get_fork_size(replica, i) # update path to heap and index files in case they`ve changed idx_ptrack[i]['path'] = self.get_fork_path(replica, i) # calculate new md5sums for pages idx_ptrack[i]['new_pages'] = self.get_md5_per_page_for_fork( idx_ptrack[i]['path'], idx_ptrack[i]['new_size']) # get ptrack for every idx idx_ptrack[i]['ptrack'] = self.get_ptrack_bits_per_page_for_fork( replica, idx_ptrack[i]['path'], [idx_ptrack[i]['old_size'], idx_ptrack[i]['new_size']]) # compare pages and check ptrack sanity if not self.check_ptrack_sanity(idx_ptrack[i]): success = False self.assertTrue( success, 'Ptrack has failed to register changes in data files' ) # Clean after yourself self.del_test_dir(module_name, fname) # @unittest.skip("skip") # @unittest.expectedFailure def test_ptrack_recovery(self): fname = self.id().split('.')[3] node = self.make_simple_node( base_dir=os.path.join(module_name, fname, 'node'), set_replication=True, initdb_params=['--data-checksums'], pg_options={ 'ptrack_enable': 'on', 'wal_level': 'replica', 'max_wal_senders': '2'}) backup_dir = os.path.join(self.tmp_path, module_name, fname, 'backup') self.init_pb(backup_dir) self.add_instance(backup_dir, 'node', node) node.slow_start() self.create_tblspace_in_node(node, 'somedata') # Create table node.safe_psql( "postgres", "create extension bloom; create sequence t_seq; " "create table t_heap tablespace somedata " "as select i as id, md5(i::text) as text, " "md5(repeat(i::text,10))::tsvector as tsvector " "from generate_series(0,2560) i") # Create indexes for i in idx_ptrack: if idx_ptrack[i]['type'] != 'heap' and idx_ptrack[i]['type'] != 'seq': node.safe_psql( "postgres", "create index {0} on {1} using {2}({3}) " "tablespace somedata".format( i, idx_ptrack[i]['relation'], idx_ptrack[i]['type'], idx_ptrack[i]['column'])) # get size of heap and indexes. size calculated in pages idx_ptrack[i]['size'] = int(self.get_fork_size(node, i)) # get path to heap and index files idx_ptrack[i]['path'] = self.get_fork_path(node, i) if self.verbose: print('Killing postmaster. Losing Ptrack changes') node.stop(['-m', 'immediate', '-D', node.data_dir]) if not node.status(): node.slow_start() else: print("Die! Die! Why won't you die?... Why won't you die?") exit(1) for i in idx_ptrack: # get ptrack for every idx idx_ptrack[i]['ptrack'] = self.get_ptrack_bits_per_page_for_fork( node, idx_ptrack[i]['path'], [idx_ptrack[i]['size']]) # check that ptrack has correct bits after recovery self.check_ptrack_recovery(idx_ptrack[i]) # Clean after yourself self.del_test_dir(module_name, fname)