extra/binlog_tests/logical_timestamping.inc

7 --let $binlog_file= binlog.000001
9 --let $logical_timestamps= 0 1
12 # A next transaction increments either counter
14 --let $binlog_position= query_get_value(SHOW MASTER STATUS, Position, 1)
17 --let $logical_timestamps= 1 2
29 --let $rpl_connection_name=one
34 --let $rpl_connection_name=two
41 --let $rpl_connection_name=one
45 --let $rpl_connection_name=two
47 --let $binlog_position= query_get_value(SHOW MASTER STATUS, Position, 1)
53 --let $logical_timestamps= 3 4
57 --let $rpl_connection_name=one
60 --let $binlog_position= query_get_value(SHOW MASTER STATUS, Position, 1)
62 --let $logical_timestamps= 3 5
65 # Two independent and concurrent (autoincrement)  transaction will either
69 --let $binlog_position= query_get_value(SHOW MASTER STATUS, Position, 1)
71 --let $rpl_connection_name=one
75 --let $rpl_connection_name=two
79 --let $rpl_connection_name=one
82 --let $rpl_connection_name=two
86 --let $logical_timestamps= 5 6;[56] 7
96 --let $rpl_connection_name=one
101 --let $rpl_connection_name=two
106 --let $rpl_connection_name=one
111 --let $rpl_connection_name=two
117 --let $binlog_position=
118 --let $logical_timestamps= 0 1;1 2
123 --let $rpl_connection_name=one
130 --let $binlog_file= binlog.000002
131 --let $logical_timestamps= 0 1
140 --let $rpl_connection_name=one
145 --let $rpl_connection_name=two
150 --let $rpl_connection_name=one
155 --let $rpl_connection_name=three
160 --let $rpl_connection_name=two
166 --let $binlog_file= binlog.000001
167 --let $logical_timestamps= 0 1;1 2
172 --let $rpl_connection_name=one
175 --let $rpl_connection_name=three
182 --let $logical_timestamps= 0 1;0 2
207 --let $logical_timestamps= 0 1;1 2;2 3;3 4;4 5;5 6
209 --let $logical_timestamps_mix= 0 1;1 2