| Server IP : 172.67.216.182 / Your IP : 162.158.88.74 Web Server : Apache System : Linux krdc-ubuntu-s-2vcpu-4gb-amd-blr1-01.localdomain 5.15.0-142-generic #152-Ubuntu SMP Mon May 19 10:54:31 UTC 2025 x86_64 User : www ( 1000) PHP Version : 7.4.33 Disable Function : passthru,exec,system,putenv,chroot,chgrp,chown,shell_exec,popen,proc_open,pcntl_exec,ini_alter,ini_restore,dl,openlog,syslog,readlink,symlink,popepassthru,pcntl_alarm,pcntl_fork,pcntl_waitpid,pcntl_wait,pcntl_wifexited,pcntl_wifstopped,pcntl_wifsignaled,pcntl_wifcontinued,pcntl_wexitstatus,pcntl_wtermsig,pcntl_wstopsig,pcntl_signal,pcntl_signal_dispatch,pcntl_get_last_error,pcntl_strerror,pcntl_sigprocmask,pcntl_sigwaitinfo,pcntl_sigtimedwait,pcntl_exec,pcntl_getpriority,pcntl_setpriority,imap_open,apache_setenv MySQL : OFF | cURL : ON | WGET : ON | Perl : ON | Python : OFF | Sudo : ON | Pkexec : ON Directory : /www/server/mysql/src/mysql-test/suite/rpl/t/ |
Upload File : |
# WL#6834 - Group Replication: Extract PKE for certification purposes # # This worklog checks for the write set values being generated when group # replication is in use. The test checks for the values being generted when # table contains only Primary key, Primary Key and Unique Key and # Primary Key + Unique Key + Foreign Key constraints. --source include/have_binlog_format_row.inc --source include/have_debug.inc --source include/master-slave.inc --let $assert_text= The value for transaction_write_set_extraction must be XXHASH64 --let $assert_cond= "[SELECT @@SESSION.transaction_write_set_extraction]" = "XXHASH64" --source include/assert.inc # Table with single valued Primary key field with insert and update --connection master CREATE TABLE t1 (a INT PRIMARY KEY); SET @debug_saved= @@GLOBAL.DEBUG; SET @@GLOBAL.DEBUG= '+d,PKE_assert_single_primary_key_generated_insert'; INSERT INTO t1 VALUES(1); SET @@GLOBAL.DEBUG= @debug_saved; SET @@GLOBAL.DEBUG= '+d,PKE_assert_single_primary_key_generated_update'; UPDATE t1 SET a=3 WHERE a=1; SET @@GLOBAL.DEBUG= @debug_saved; --source include/rpl_sync.inc DROP TABLE t1; --source include/rpl_sync.inc # tests both writeset algorithm (with and without collation) --connection master CREATE TABLE t1 (a BINARY(1) PRIMARY KEY); SET @@GLOBAL.DEBUG= @debug_saved; SET @@GLOBAL.DEBUG= '+d,PKE_assert_single_primary_key_generated_insert_collation'; INSERT INTO t1 VALUES(1); SET @@GLOBAL.DEBUG= @debug_saved; SET @@GLOBAL.DEBUG= '+d,PKE_assert_single_primary_key_generated_update_collation'; UPDATE t1 SET a=3 WHERE a=1; SET @@GLOBAL.DEBUG= @debug_saved; --source include/rpl_sync.inc DROP TABLE t1; --source include/rpl_sync.inc # Table with multi values pimary key field with insert and update --connection master CREATE TABLE t1(a INT, b INT, PRIMARY KEY(a, b)); SET @@GLOBAL.DEBUG= @debug_saved; SET @@GLOBAL.DEBUG= '+d,PKE_assert_multi_primary_key_generated_insert'; INSERT INTO t1 VALUE(1, 2); SET @@GLOBAL.DEBUG= @debug_saved; SET @@GLOBAL.DEBUG= '+d,PKE_assert_multi_primary_key_generated_update'; UPDATE t1 SET a=3 WHERE a=1; SET @@GLOBAL.DEBUG= @debug_saved; --source include/rpl_sync.inc DROP TABLE t1; --source include/rpl_sync.inc # tests both writeset algorithm (with and without collation) --connection master CREATE TABLE t1(a BINARY(1), b BINARY(1), PRIMARY KEY(a, b)); SET @@GLOBAL.DEBUG= @debug_saved; SET @@GLOBAL.DEBUG= '+d,PKE_assert_multi_primary_key_generated_insert_collation'; INSERT INTO t1 VALUE(1, 2); SET @@GLOBAL.DEBUG= @debug_saved; SET @@GLOBAL.DEBUG= '+d,PKE_assert_multi_primary_key_generated_update_collation'; UPDATE t1 SET a=3 WHERE a=1; SET @@GLOBAL.DEBUG= @debug_saved; --source include/rpl_sync.inc DROP TABLE t1; --source include/rpl_sync.inc # Table with single primary key and multiple unique key with insert and # updates. --connection master CREATE TABLE t1 (c1 INT PRIMARY KEY, c2 INT NOT NULL UNIQUE, c3 INT NOT NULL UNIQUE); SET @@GLOBAL.DEBUG= @debug_saved; SET @@GLOBAL.DEBUG= '+d,PKE_assert_single_primary_unique_key_generated_insert'; INSERT INTO t1 VALUES (1, 2, 3); SET @@GLOBAL.DEBUG= @debug_saved; SET @@GLOBAL.DEBUG= '+d,PKE_assert_single_primary_unique_key_generated_update'; UPDATE t1 SET c1=5 WHERE c1=1; --source include/rpl_sync.inc DROP TABLE t1; --source include/rpl_sync.inc # tests both writeset algorithm (with and without collation) --connection master CREATE TABLE t1 (c1 BINARY(1) PRIMARY KEY, c2 BINARY(1) NOT NULL UNIQUE, c3 BINARY(1) NOT NULL UNIQUE); SET @@GLOBAL.DEBUG= @debug_saved; SET @@GLOBAL.DEBUG= '+d,PKE_assert_single_primary_unique_key_generated_insert_collation'; INSERT INTO t1 VALUES (1, 2, 3); SET @@GLOBAL.DEBUG= @debug_saved; SET @@GLOBAL.DEBUG= '+d,PKE_assert_single_primary_unique_key_generated_update_collation'; UPDATE t1 SET c1=5 WHERE c1=1; --source include/rpl_sync.inc DROP TABLE t1; --source include/rpl_sync.inc # Table with multi valued primary key and multiple unique key with insert and # updates. --connection master CREATE TABLE t1 (a INT, d INT, b INT NOT NULL UNIQUE, c INT NOT NULL UNIQUE, PRIMARY KEY(a, d)); SET @@GLOBAL.DEBUG= @debug_saved; SET @@GLOBAL.DEBUG= '+d,PKE_assert_multi_primary_unique_key_generated_insert'; INSERT INTO t1 VALUES(1, 2, 3, 4); SET @@GLOBAL.DEBUG= @debug_saved; SET @@GLOBAL.DEBUG= '+d,PKE_assert_multi_primary_unique_key_generated_update'; UPDATE t1 SET a=5 WHERE a=1; SET @@GLOBAL.DEBUG= @debug_saved; --source include/rpl_sync.inc DROP TABLE t1; --source include/rpl_sync.inc # tests both writeset algorithm (with and without collation) --connection master CREATE TABLE t1 (a BINARY(1), d BINARY(1), b BINARY(1) NOT NULL UNIQUE, c BINARY(1) NOT NULL UNIQUE, PRIMARY KEY(a, d)); SET @@GLOBAL.DEBUG= @debug_saved; SET @@GLOBAL.DEBUG= '+d,PKE_assert_multi_primary_unique_key_generated_insert_collation'; INSERT INTO t1 VALUES(1, 2, 3, 4); SET @@GLOBAL.DEBUG= @debug_saved; SET @@GLOBAL.DEBUG= '+d,PKE_assert_multi_primary_unique_key_generated_update_collation'; UPDATE t1 SET a=5 WHERE a=1; SET @@GLOBAL.DEBUG= @debug_saved; --source include/rpl_sync.inc DROP TABLE t1; --source include/rpl_sync.inc # Table with Primary Key + Unique Key and Foreign Key --connection master CREATE TABLE t1 (a INT PRIMARY KEY); CREATE TABLE t2 (b INT PRIMARY KEY); CREATE TABLE t3 (c1 INT, c2 INT NOT NULL UNIQUE, PRIMARY KEY(c1, c2), FOREIGN KEY(c1) REFERENCES t1(a), FOREIGN KEY(c2) REFERENCES t2(b)); INSERT INTO t1 VALUES (1); INSERT INTO t2 VALUES (5); SET @@GLOBAL.DEBUG= @debug_saved; SET @@GLOBAL.DEBUG= '+d,PKE_assert_multi_foreign_key_generated_insert'; INSERT INTO t3 values(1,5); SET @@GLOBAL.DEBUG= @debug_saved; INSERT INTO t1 VALUES (3); --source include/rpl_sync.inc SET @@GLOBAL.DEBUG= '+d,PKE_assert_multi_foreign_key_generated_update'; UPDATE t3 SET c1=3 WHERE c1=1; --source include/rpl_sync.inc SET @@GLOBAL.DEBUG= @debug_saved; DROP TABLE t3; DROP TABLE t2; DROP TABLE t1; --source include/rpl_sync.inc # tests both writeset algorithm (with and without collation) --connection master CREATE TABLE t1 (a BINARY(1) PRIMARY KEY); CREATE TABLE t2 (b BINARY(1) PRIMARY KEY); CREATE TABLE t3 (c1 BINARY(1), c2 BINARY(1) NOT NULL UNIQUE, PRIMARY KEY(c1, c2), FOREIGN KEY(c1) REFERENCES t1(a), FOREIGN KEY(c2) REFERENCES t2(b)); INSERT INTO t1 VALUES (1); INSERT INTO t2 VALUES (5); SET @@GLOBAL.DEBUG= @debug_saved; SET @@GLOBAL.DEBUG= '+d,PKE_assert_multi_foreign_key_generated_insert_collation'; INSERT INTO t3 values(1,5); SET @@GLOBAL.DEBUG= @debug_saved; INSERT INTO t1 VALUES (3); --source include/rpl_sync.inc SET @@GLOBAL.DEBUG= '+d,PKE_assert_multi_foreign_key_generated_update_collation'; UPDATE t3 SET c1=3 WHERE c1=1; --source include/rpl_sync.inc SET @@GLOBAL.DEBUG= @debug_saved; DROP TABLE t3; DROP TABLE t2; DROP TABLE t1; --source include/rpl_sync.inc # Table with multi column primary key and a foreign key to the multi column primary key --connection master CREATE TABLE t1(a BINARY(1), b BINARY(1), c BINARY(1), PRIMARY KEY (a,b,c)); CREATE TABLE t2(d BINARY(1), e BINARY(1), f BINARY(1), PRIMARY KEY (d,e,f), CONSTRAINT foreign_key_t2_t1 FOREIGN KEY (d,e,f) REFERENCES t1(a,b,c)); INSERT INTO t1 VALUES (1,2,3); INSERT INTO t1 VALUES (4,2,3); SET @@GLOBAL.DEBUG= @debug_saved; SET @@GLOBAL.DEBUG= '+d,PKE_assert_multi_column_foreign_key_on_multiple_column_primary_key_insert'; INSERT INTO t2 VALUES (1,2,3); SET @@GLOBAL.DEBUG= @debug_saved; SET @@GLOBAL.DEBUG= '+d,PKE_assert_multi_column_foreign_key_on_multiple_column_primary_key_update'; UPDATE t2 SET d=4 WHERE d=1; SET @@GLOBAL.DEBUG= @debug_saved; DROP TABLE t2; DROP TABLE t1; --source include/rpl_sync.inc # Table with multi column unique key and a foreign key to the multi column unique key --connection master CREATE TABLE t1 (a BINARY(1) PRIMARY KEY, b BINARY(1) NOT NULL, c BINARY(1) NOT NULL, UNIQUE KEY key_b_c(b,c)); CREATE TABLE t2 (d BINARY(1) PRIMARY KEY, e BINARY(1) NOT NULL, f BINARY(1) NOT NULL, UNIQUE KEY key_e_f(e,f), FOREIGN KEY(e,f) REFERENCES t1(b,c)); SET @@GLOBAL.DEBUG= @debug_saved; SET @@GLOBAL.DEBUG= '+d,PKE_assert_multiple_column_unique_key_insert'; INSERT INTO t1 VALUES (1,2,3); SET @@GLOBAL.DEBUG= @debug_saved; INSERT INTO t1 VALUES (4,5,6); SET @@GLOBAL.DEBUG= @debug_saved; SET @@GLOBAL.DEBUG= '+d,PKE_assert_multi_column_foreign_key_on_multiple_column_unique_key_insert'; INSERT INTO t2 VALUES (1,2,3); SET @@GLOBAL.DEBUG= @debug_saved; SET @@GLOBAL.DEBUG= '+d,PKE_assert_multi_column_foreign_key_on_multiple_column_unique_key_update'; UPDATE t2 SET d=4,e=5,f=6 WHERE d=1; SET @@GLOBAL.DEBUG= @debug_saved; DROP TABLE t2; DROP TABLE t1; --source include/rpl_sync.inc --source include/rpl_end.inc