Make tests work with --view-protocol

mysql-test/main/opt_trace.result

@@ -12960,7 +12960,8 @@ select * from t10 where a<3 and b!=5 and c<10;
 a	b	c
 1	1	1
 2	2	2
-select json_detailed(json_extract(trace, '$**.attaching_conditions_to_tables')) as out1 from information_schema.optimizer_trace;
+select json_detailed(json_extract(trace, '$**.attaching_conditions_to_tables')) as out1 
+from information_schema.optimizer_trace;
 out1
 [
     {
@@ -12979,7 +12980,6 @@ drop table t10;
 #
 # MDEV-21092: EXISTS to IN is not reflected in the optimizer trace
 #
-set @@optimizer_switch = 'exists_to_in=on,in_to_exists=on,semijoin=on,materialization=on,partial_match_rowid_merge=on,partial_match_table_scan=on,subquery_cache=on';
 set optimizer_trace='enabled=on';
 create table t1 (cn_c int, cn_n char(10), cn_a int );
 create table t2 (ci_p int, ci_c int );
@@ -12988,8 +12988,12 @@ SELECT cn_n FROM t1 WHERE (EXISTS (select 1 from t2 where ci_p > 100000 and cn_c
 OR (cn_n LIKE 'L%') )
 AND cn_a > 1000000;
 cn_n
-select json_detailed(json_extract(trace, '$.steps[*].join_optimization[0].steps[0].transformation')) from information_schema.optimizer_trace;
+select 
-json_detailed(json_extract(trace, '$.steps[*].join_optimization[0].steps[0].transformation'))
+json_detailed(
+json_extract(trace, '$.steps[*].join_optimization[0].steps[0].transformation')
+) as out1 
+from information_schema.optimizer_trace;
+out1
 [
     {
         "select_id": 2,
@@ -13011,8 +13015,9 @@ explain partitions select * from t2,t3 where t2.a in (2,3,4) and t3.a in (4,5);
 id	select_type	table	partitions	type	possible_keys	key	key_len	ref	rows	Extra
 1	SIMPLE	t3	p4,p5	ALL	NULL	NULL	NULL	NULL	2	Using where
 1	SIMPLE	t2	p2,p3,p4	ALL	NULL	NULL	NULL	NULL	3	Using where; Using join buffer (flat, BNL join)
-select json_detailed(json_extract(trace, '$**.prune_partitions')) from information_schema.optimizer_trace;
+select json_detailed(json_extract(trace, '$**.prune_partitions')) as out1
-json_detailed(json_extract(trace, '$**.prune_partitions'))
+from information_schema.optimizer_trace;
+out1
 [
     {
         "table": "t2",
@@ -13035,8 +13040,9 @@ insert into t1 values (5),(15),(22);
 explain select * from t1 where a = 28;
 id	select_type	table	type	possible_keys	key	key_len	ref	rows	Extra
 1	SIMPLE	NULL	NULL	NULL	NULL	NULL	NULL	NULL	Impossible WHERE noticed after reading const tables
-select json_detailed(json_extract(trace, '$**.prune_partitions')) from information_schema.optimizer_trace;
+select json_detailed(json_extract(trace, '$**.prune_partitions')) as out1 
-json_detailed(json_extract(trace, '$**.prune_partitions'))
+from information_schema.optimizer_trace;
+out1
 [
     {
         "table": "t1",

mysql-test/main/opt_trace.test

@@ -940,13 +940,15 @@ insert into t10 select seq, seq, seq from seq_1_to_10000;
 explain format=json select * from t10 where a<3 and b!=5 and c<10;
 set optimizer_trace='enabled=on';
 select * from t10 where a<3 and b!=5 and c<10;
-select json_detailed(json_extract(trace, '$**.attaching_conditions_to_tables')) as out1 from information_schema.optimizer_trace;
+select json_detailed(json_extract(trace, '$**.attaching_conditions_to_tables')) as out1 
+from information_schema.optimizer_trace;
 drop table t10;
 
 --echo #
 --echo # MDEV-21092: EXISTS to IN is not reflected in the optimizer trace
 --echo #
-set @@optimizer_switch = 'exists_to_in=on,in_to_exists=on,semijoin=on,materialization=on,partial_match_rowid_merge=on,partial_match_table_scan=on,subquery_cache=on';
+# EXISTS-to-IN conversion is traced on PREPARE so won't be visible with a VIEW:
+--disable_view_protocol
 set optimizer_trace='enabled=on';
 
 create table t1 (cn_c int, cn_n char(10), cn_a int );
@@ -957,8 +959,13 @@ SELECT cn_n FROM t1 WHERE (EXISTS (select 1 from t2 where ci_p > 100000 and cn_c
   OR (cn_n LIKE 'L%') )
   AND cn_a > 1000000;
 
-select json_detailed(json_extract(trace, '$.steps[*].join_optimization[0].steps[0].transformation')) from information_schema.optimizer_trace;
+select 
+  json_detailed(
+    json_extract(trace, '$.steps[*].join_optimization[0].steps[0].transformation')
+  ) as out1 
+from information_schema.optimizer_trace;
 
+--enable_view_protocol
 drop table t1, t2, t3;
 
 --echo #
@@ -972,7 +979,8 @@ INSERT INTO t3 SELECT seq, seq from seq_1_to_10;
 
 set optimizer_trace='enabled=on';
 explain partitions select * from t2,t3 where t2.a in (2,3,4) and t3.a in (4,5);
-select json_detailed(json_extract(trace, '$**.prune_partitions')) from information_schema.optimizer_trace;
+select json_detailed(json_extract(trace, '$**.prune_partitions')) as out1
+from information_schema.optimizer_trace;
 drop table t2,t3;
 
 create table t1 (
@@ -985,7 +993,8 @@ create table t1 (
 insert into t1 values (5),(15),(22);
 
 explain select * from t1 where a = 28;
-select json_detailed(json_extract(trace, '$**.prune_partitions')) from information_schema.optimizer_trace;
+select json_detailed(json_extract(trace, '$**.prune_partitions')) as out1 
+from information_schema.optimizer_trace;
 drop table t1;
 
 set  @@optimizer_switch= @save_optimizer_switch;

mysql-test/main/opt_trace_selectivity.result

@@ -29,10 +29,16 @@ set optimizer_trace="enabled=on";
 select count(*) from t1 where a=2 and b=5 and c=10;
 count(*)
 14
-select JSON_DETAILED(JSON_EXTRACT(trace, '$**.considered_execution_plans')) from INFORMATION_SCHEMA.OPTIMIZER_TRACE;
+set @trace=(select trace from INFORMATION_SCHEMA.OPTIMIZER_TRACE);
-JSON_DETAILED(JSON_EXTRACT(trace, '$**.considered_execution_plans'))
+select 
+JSON_DETAILED(
+JSON_EXTRACT(
+JSON_EXTRACT(@trace, '$**.considered_execution_plans'),
+'$[0]'
+    )
+) as JS;
+JS
 [
-    [
     {
         "plan_prefix": "",
         "get_costs_for_tables": 
@@ -100,10 +106,9 @@ JSON_DETAILED(JSON_EXTRACT(trace, '$**.considered_execution_plans'))
         "rows_for_plan": 7,
         "cost_for_plan": 0.045367017
     }
-    ]
 ]
-select JSON_DETAILED(JSON_EXTRACT(trace, '$**.selectivity_for_indexes')) from INFORMATION_SCHEMA.OPTIMIZER_TRACE;
+select JSON_DETAILED(JSON_EXTRACT(@trace, '$**.selectivity_for_indexes')) as JS;
-JSON_DETAILED(JSON_EXTRACT(trace, '$**.selectivity_for_indexes'))
+JS
 [
     [
         {
@@ -122,10 +127,16 @@ JSON_DETAILED(JSON_EXTRACT(trace, '$**.selectivity_for_indexes'))
 select count(*) from t1 where a=2 and b=5 and c=5;
 count(*)
 3
-select JSON_DETAILED(JSON_EXTRACT(trace, '$**.considered_execution_plans')) from INFORMATION_SCHEMA.OPTIMIZER_TRACE;
+set @trace=(select trace from INFORMATION_SCHEMA.OPTIMIZER_TRACE);
-JSON_DETAILED(JSON_EXTRACT(trace, '$**.considered_execution_plans'))
+select 
+JSON_DETAILED(
+JSON_EXTRACT(
+JSON_EXTRACT(@trace, '$**.considered_execution_plans'),
+'$[0]'
+    )
+) as JS;
+JS
 [
-    [
     {
         "plan_prefix": "",
         "get_costs_for_tables": 
@@ -193,10 +204,9 @@ JSON_DETAILED(JSON_EXTRACT(trace, '$**.considered_execution_plans'))
         "filtered": 10,
         "rows_out": 0.6
     }
-    ]
 ]
-select JSON_DETAILED(JSON_EXTRACT(trace, '$**.selectivity_for_indexes')) from INFORMATION_SCHEMA.OPTIMIZER_TRACE;
+select JSON_DETAILED(JSON_EXTRACT(@trace, '$**.selectivity_for_indexes')) as JS;
-JSON_DETAILED(JSON_EXTRACT(trace, '$**.selectivity_for_indexes'))
+JS
 [
     [
         {
@@ -213,8 +223,9 @@ JSON_DETAILED(JSON_EXTRACT(trace, '$**.selectivity_for_indexes'))
 select count(*) from t1 where (a=2 and b= 5);
 count(*)
 20
-select JSON_DETAILED(JSON_EXTRACT(trace, '$**.selectivity_for_indexes')) from INFORMATION_SCHEMA.OPTIMIZER_TRACE;
+select JSON_DETAILED(JSON_EXTRACT(trace, '$**.selectivity_for_indexes')) as JS
-JSON_DETAILED(JSON_EXTRACT(trace, '$**.selectivity_for_indexes'))
+from INFORMATION_SCHEMA.OPTIMIZER_TRACE;
+JS
 [
     [
         {
@@ -231,8 +242,9 @@ JSON_DETAILED(JSON_EXTRACT(trace, '$**.selectivity_for_indexes'))
 select count(*) from t1 where (a=2 and b between 0 and 100);
 count(*)
 200
-select JSON_DETAILED(JSON_EXTRACT(trace, '$**.selectivity_for_indexes')) from INFORMATION_SCHEMA.OPTIMIZER_TRACE;
+select JSON_DETAILED(JSON_EXTRACT(trace, '$**.selectivity_for_indexes')) as JS
-JSON_DETAILED(JSON_EXTRACT(trace, '$**.selectivity_for_indexes'))
+from INFORMATION_SCHEMA.OPTIMIZER_TRACE;
+JS
 [
     [
         {
@@ -248,8 +260,9 @@ JSON_DETAILED(JSON_EXTRACT(trace, '$**.selectivity_for_indexes'))
 select count(*) from t1 where (a in (2,3) and b between 0 and 100);
 count(*)
 400
-select JSON_DETAILED(JSON_EXTRACT(trace, '$**.selectivity_for_indexes')) from INFORMATION_SCHEMA.OPTIMIZER_TRACE;
+select JSON_DETAILED(JSON_EXTRACT(trace, '$**.selectivity_for_indexes')) as JS
-JSON_DETAILED(JSON_EXTRACT(trace, '$**.selectivity_for_indexes'))
+from INFORMATION_SCHEMA.OPTIMIZER_TRACE;
+JS
 [
     [
         {
@@ -265,8 +278,9 @@ JSON_DETAILED(JSON_EXTRACT(trace, '$**.selectivity_for_indexes'))
 select count(*) from t1 where (a>2 and b between 0 and 100);
 count(*)
 10702
-select JSON_DETAILED(JSON_EXTRACT(trace, '$**.selectivity_for_indexes')) from INFORMATION_SCHEMA.OPTIMIZER_TRACE;
+select JSON_DETAILED(JSON_EXTRACT(trace, '$**.selectivity_for_indexes')) as JS
-JSON_DETAILED(JSON_EXTRACT(trace, '$**.selectivity_for_indexes'))
+from INFORMATION_SCHEMA.OPTIMIZER_TRACE;
+JS
 [
     [
         {
@@ -282,8 +296,9 @@ JSON_DETAILED(JSON_EXTRACT(trace, '$**.selectivity_for_indexes'))
 select count(*) from t1 where (a>=2 and b between 0 and 100);
 count(*)
 10902
-select JSON_DETAILED(JSON_EXTRACT(trace, '$**.selectivity_for_indexes')) from INFORMATION_SCHEMA.OPTIMIZER_TRACE;
+select JSON_DETAILED(JSON_EXTRACT(trace, '$**.selectivity_for_indexes')) as JS
-JSON_DETAILED(JSON_EXTRACT(trace, '$**.selectivity_for_indexes'))
+from INFORMATION_SCHEMA.OPTIMIZER_TRACE;
+JS
 [
     [
         {
@@ -299,8 +314,9 @@ JSON_DETAILED(JSON_EXTRACT(trace, '$**.selectivity_for_indexes'))
 select count(*) from t1 where (a<=2 and b between 0 and 100);
 count(*)
 298
-select JSON_DETAILED(JSON_EXTRACT(trace, '$**.selectivity_for_indexes')) from INFORMATION_SCHEMA.OPTIMIZER_TRACE;
+select JSON_DETAILED(JSON_EXTRACT(trace, '$**.selectivity_for_indexes')) as JS
-JSON_DETAILED(JSON_EXTRACT(trace, '$**.selectivity_for_indexes'))
+from INFORMATION_SCHEMA.OPTIMIZER_TRACE;
+JS
 [
     [
         {
@@ -316,8 +332,9 @@ JSON_DETAILED(JSON_EXTRACT(trace, '$**.selectivity_for_indexes'))
 select count(*) from t1 where (a<2 and b between 0 and 100);
 count(*)
 98
-select JSON_DETAILED(JSON_EXTRACT(trace, '$**.selectivity_for_indexes')) from INFORMATION_SCHEMA.OPTIMIZER_TRACE;
+select JSON_DETAILED(JSON_EXTRACT(trace, '$**.selectivity_for_indexes')) as JS
-JSON_DETAILED(JSON_EXTRACT(trace, '$**.selectivity_for_indexes'))
+from INFORMATION_SCHEMA.OPTIMIZER_TRACE;
+JS
 [
     [
         {
@@ -333,8 +350,9 @@ JSON_DETAILED(JSON_EXTRACT(trace, '$**.selectivity_for_indexes'))
 select count(*) from t1 where (a between 2 and 3 and b between 0 and 100);
 count(*)
 400
-select JSON_DETAILED(JSON_EXTRACT(trace, '$**.selectivity_for_indexes')) from INFORMATION_SCHEMA.OPTIMIZER_TRACE;
+select JSON_DETAILED(JSON_EXTRACT(trace, '$**.selectivity_for_indexes')) as JS
-JSON_DETAILED(JSON_EXTRACT(trace, '$**.selectivity_for_indexes'))
+from INFORMATION_SCHEMA.OPTIMIZER_TRACE;
+JS
 [
     [
         {

mysql-test/main/opt_trace_selectivity.test

@@ -20,35 +20,67 @@ select count(*) from t1 where c=5 and b=5;
 set optimizer_trace="enabled=on";
 select count(*) from t1 where a=2 and b=5 and c=10;
 
-select JSON_DETAILED(JSON_EXTRACT(trace, '$**.considered_execution_plans')) from INFORMATION_SCHEMA.OPTIMIZER_TRACE;
+set @trace=(select trace from INFORMATION_SCHEMA.OPTIMIZER_TRACE);
 
-select JSON_DETAILED(JSON_EXTRACT(trace, '$**.selectivity_for_indexes')) from INFORMATION_SCHEMA.OPTIMIZER_TRACE;
+# The second JSON_EXTRACT is for --view-protocol which wraps every select:
+select 
+  JSON_DETAILED(
+    JSON_EXTRACT(
+      JSON_EXTRACT(@trace, '$**.considered_execution_plans'),
+      '$[0]'
+    )
+  ) as JS;
+
+select JSON_DETAILED(JSON_EXTRACT(@trace, '$**.selectivity_for_indexes')) as JS;
 
 select count(*) from t1 where a=2 and b=5 and c=5;
-select JSON_DETAILED(JSON_EXTRACT(trace, '$**.considered_execution_plans')) from INFORMATION_SCHEMA.OPTIMIZER_TRACE;
+set @trace=(select trace from INFORMATION_SCHEMA.OPTIMIZER_TRACE);
-select JSON_DETAILED(JSON_EXTRACT(trace, '$**.selectivity_for_indexes')) from INFORMATION_SCHEMA.OPTIMIZER_TRACE;
+
+# The second JSON_EXTRACT is for --view-protocol which wraps every select:
+select 
+  JSON_DETAILED(
+    JSON_EXTRACT(
+      JSON_EXTRACT(@trace, '$**.considered_execution_plans'),
+      '$[0]'
+    )
+  ) as JS;
+select JSON_DETAILED(JSON_EXTRACT(@trace, '$**.selectivity_for_indexes')) as JS;
 
 --echo # Ensure that we only use selectivity from non used index for simple cases
 
 
 select count(*) from t1 where (a=2 and b= 5);
-select JSON_DETAILED(JSON_EXTRACT(trace, '$**.selectivity_for_indexes')) from INFORMATION_SCHEMA.OPTIMIZER_TRACE;
+select JSON_DETAILED(JSON_EXTRACT(trace, '$**.selectivity_for_indexes')) as JS
+from INFORMATION_SCHEMA.OPTIMIZER_TRACE;
 
 --echo # All of the following should have selectivity=1 for index 'b'
 select count(*) from t1 where (a=2 and b between 0 and 100);
-select JSON_DETAILED(JSON_EXTRACT(trace, '$**.selectivity_for_indexes')) from INFORMATION_SCHEMA.OPTIMIZER_TRACE;
+select JSON_DETAILED(JSON_EXTRACT(trace, '$**.selectivity_for_indexes')) as JS
+from INFORMATION_SCHEMA.OPTIMIZER_TRACE;
+
 select count(*) from t1 where (a in (2,3) and b between 0 and 100);
-select JSON_DETAILED(JSON_EXTRACT(trace, '$**.selectivity_for_indexes')) from INFORMATION_SCHEMA.OPTIMIZER_TRACE;
+select JSON_DETAILED(JSON_EXTRACT(trace, '$**.selectivity_for_indexes')) as JS
+from INFORMATION_SCHEMA.OPTIMIZER_TRACE;
+
 select count(*) from t1 where (a>2 and b between 0 and 100);
-select JSON_DETAILED(JSON_EXTRACT(trace, '$**.selectivity_for_indexes')) from INFORMATION_SCHEMA.OPTIMIZER_TRACE;
+select JSON_DETAILED(JSON_EXTRACT(trace, '$**.selectivity_for_indexes')) as JS
+from INFORMATION_SCHEMA.OPTIMIZER_TRACE;
+
 select count(*) from t1 where (a>=2 and b between 0 and 100);
-select JSON_DETAILED(JSON_EXTRACT(trace, '$**.selectivity_for_indexes')) from INFORMATION_SCHEMA.OPTIMIZER_TRACE;
+select JSON_DETAILED(JSON_EXTRACT(trace, '$**.selectivity_for_indexes')) as JS
+from INFORMATION_SCHEMA.OPTIMIZER_TRACE;
+
 select count(*) from t1 where (a<=2 and b between 0 and 100);
-select JSON_DETAILED(JSON_EXTRACT(trace, '$**.selectivity_for_indexes')) from INFORMATION_SCHEMA.OPTIMIZER_TRACE;
+select JSON_DETAILED(JSON_EXTRACT(trace, '$**.selectivity_for_indexes')) as JS
+from INFORMATION_SCHEMA.OPTIMIZER_TRACE;
+
 select count(*) from t1 where (a<2 and b between 0 and 100);
-select JSON_DETAILED(JSON_EXTRACT(trace, '$**.selectivity_for_indexes')) from INFORMATION_SCHEMA.OPTIMIZER_TRACE;
+select JSON_DETAILED(JSON_EXTRACT(trace, '$**.selectivity_for_indexes')) as JS
+from INFORMATION_SCHEMA.OPTIMIZER_TRACE;
+
 select count(*) from t1 where (a between 2 and 3 and b between 0 and 100);
-select JSON_DETAILED(JSON_EXTRACT(trace, '$**.selectivity_for_indexes')) from INFORMATION_SCHEMA.OPTIMIZER_TRACE;
+select JSON_DETAILED(JSON_EXTRACT(trace, '$**.selectivity_for_indexes')) as JS
+from INFORMATION_SCHEMA.OPTIMIZER_TRACE;
 
 drop table t1;
 set optimizer_trace='enabled=off';

mysql-test/main/order_by_sortkey.result

@@ -157,16 +157,24 @@ f0	f1	f2
 9701	0	0
 9801	0	0
 9901	0	0
-SHOW SESSION STATUS LIKE 'Sort%';
+create table t2
-Variable_name	Value
+select * from information_schema.SESSION_STATUS
-Sort_merge_passes	0
+where
-Sort_priority_queue_sorts	1
+variable_name like 'handler_read_rnd%' or
-Sort_range	0
+variable_name like 'Sort%';
-Sort_rows	100
+select * from t2 where variable_name like 'Sort%';
-Sort_scan	1
+VARIABLE_NAME	VARIABLE_VALUE
-SHOW STATUS LIKE 'Handler_read_rnd%';
+SORT_MERGE_PASSES	0
-Variable_name	Value
+SORT_PRIORITY_QUEUE_SORTS	1
-Handler_read_rnd	100
+SORT_RANGE	0
-Handler_read_rnd_deleted	0
+SORT_ROWS	100
-Handler_read_rnd_next	87701
+SORT_SCAN	1
-DROP TABLE t1, tmp;
+select * from t2 where variable_name='HANDLER_READ_RND';
+VARIABLE_NAME	VARIABLE_VALUE
+HANDLER_READ_RND	100
+select
+if(variable_value in (87701, 87802), 'OK', 'FAIL') as RES
+from t2 where variable_name='HANDLER_READ_RND_NEXT';
+RES
+OK
+DROP TABLE t1, tmp, t2;

mysql-test/main/order_by_sortkey.test

@@ -61,9 +61,21 @@ SHOW SESSION STATUS LIKE 'Sort%';
 explain SELECT * FROM t1 ORDER BY f2 LIMIT 100;
 SELECT * FROM t1 ORDER BY f2 LIMIT 100;
 
-# Check that Sort_priority_queue_sorts is used
+create table t2
-SHOW SESSION STATUS LIKE 'Sort%';
+select * from information_schema.SESSION_STATUS
-# Check that we did scan the whole table and did LIMIT lookups
+where
-SHOW STATUS LIKE 'Handler_read_rnd%';
+  variable_name like 'handler_read_rnd%' or
+  variable_name like 'Sort%';
 
-DROP TABLE t1, tmp;
+# Check that Sort_priority_queue_sorts is used
+select * from t2 where variable_name like 'Sort%';
+
+# Check that we did scan the whole table and did LIMIT lookups
+select * from t2 where variable_name='HANDLER_READ_RND';
+
+select
+  if(variable_value in (87701, 87802), 'OK', 'FAIL') as RES
+from t2 where variable_name='HANDLER_READ_RND_NEXT';
+
+
+DROP TABLE t1, tmp, t2;

mysql-test/main/partition_range.test

@@ -981,6 +981,8 @@ ANALYZE TABLE t1_part,t2;
 EXPLAIN SELECT a, MAX(b) FROM t1_part WHERE a IN (10,100) GROUP BY a;
 EXPLAIN SELECT a, MAX(b) FROM t2 WHERE a IN (10,100) GROUP BY a;
 
+# view protocol will cause changed table counters
+--disable_view_protocol
 FLUSH status;
 SELECT a, MAX(b) FROM t1_part WHERE a IN (10, 100) GROUP BY a;
 SHOW status LIKE 'handler_read%';
@@ -989,6 +991,7 @@ FLUSH status;
 SELECT a, MAX(b) FROM t2 WHERE a IN (10, 100) GROUP BY a;
 SHOW status LIKE 'handler_read%';
 
+--enable_view_protocol
 insert into t2 select 100,seq from seq_1_to_100;
 EXPLAIN SELECT a, MAX(b) FROM t2 WHERE a IN (10,100) GROUP BY a;