[fix](Nerieds) fix tpch and support trace plan's change event ( #13957 ) ...
This pr fix some bugs for run tpc-h
1. fix the avg(decimal) crash the backend. The fix code in `Avg.getFinalType()` and every child class of `ComputeSinature`
2. fix the ReorderJoin dead loop. The fix code in `ReorderJoin.findInnerJoin()`
3. fix the TimestampArithmetic can not bind the functions in the child. The fix code in `BindFunction.FunctionBinder.visitTimestampArithmetic()`
New feature: support trace the plan's change event, you can `set enable_nereids_trace=true` to open trace log and see some log like this:
```
2022-11-03 21:07:38,391 INFO (mysql-nio-pool-0|208) [Job.printTraceLog():128] ========== RewriteBottomUpJob ANALYZE_FILTER_SUBQUERY ==========
before:
LogicalProject ( projects=[S_ACCTBAL#17, S_NAME#13, N_NAME#4, P_PARTKEY#19, P_MFGR#21, S_ADDRESS#14, S_PHONE#16, S_COMMENT#18] )
+--LogicalFilter ( predicates=((((((((P_PARTKEY#19 = PS_PARTKEY#7) AND (S_SUPPKEY#12 = PS_SUPPKEY#8)) AND (P_SIZE#24 = 15)) AND (P_TYPE#23 like '%BRASS')) AND (S_NATIONKEY#15 = N_NATIONKEY#3)) AND (N_REGIONKEY#5 = R_REGIONKEY#0)) AND (R_NAME#1 = 'EUROPE')) AND (PS_SUPPLYCOST#10 = (SCALARSUBQUERY) (QueryPlan: LogicalAggregate ( phase=LOCAL, outputExpr=[min(PS_SUPPLYCOST#31) AS `min(PS_SUPPLYCOST)`#33], groupByExpr=[] )), (CorrelatedSlots: [P_PARTKEY#19, S_SUPPKEY#12, S_NATIONKEY#15, N_NATIONKEY#3, N_REGIONKEY#5, R_REGIONKEY#0, R_NAME#1]))) )
+--LogicalJoin ( type=CROSS_JOIN, hashJoinCondition=[], otherJoinCondition=[] )
|--LogicalJoin ( type=CROSS_JOIN, hashJoinCondition=[], otherJoinCondition=[] )
| |--LogicalJoin ( type=CROSS_JOIN, hashJoinCondition=[], otherJoinCondition=[] )
| | |--LogicalJoin ( type=CROSS_JOIN, hashJoinCondition=[], otherJoinCondition=[] )
| | | |--LogicalOlapScan ( qualified=default_cluster:regression_test_tpch_sf1_p1_tpch_sf1.part, output=[P_PARTKEY#19, P_NAME#20, P_MFGR#21, P_BRAND#22, P_TYPE#23, P_SIZE#24, P_CONTAINER#25, P_RETAILPRICE#26, P_COMMENT#27], candidateIndexIds=[], selectedIndexId=11076, preAgg=ON )
| | | +--LogicalOlapScan ( qualified=default_cluster:regression_test_tpch_sf1_p1_tpch_sf1.supplier, output=[S_SUPPKEY#12, S_NAME#13, S_ADDRESS#14, S_NATIONKEY#15, S_PHONE#16, S_ACCTBAL#17, S_COMMENT#18], candidateIndexIds=[], selectedIndexId=11124, preAgg=ON )
| | +--LogicalOlapScan ( qualified=default_cluster:regression_test_tpch_sf1_p1_tpch_sf1.partsupp, output=[PS_PARTKEY#7, PS_SUPPKEY#8, PS_AVAILQTY#9, PS_SUPPLYCOST#10, PS_COMMENT#11], candidateIndexIds=[], selectedIndexId=11092, preAgg=ON )
| +--LogicalOlapScan ( qualified=default_cluster:regression_test_tpch_sf1_p1_tpch_sf1.nation, output=[N_NATIONKEY#3, N_NAME#4, N_REGIONKEY#5, N_COMMENT#6], candidateIndexIds=[], selectedIndexId=11044, preAgg=ON )
+--LogicalOlapScan ( qualified=default_cluster:regression_test_tpch_sf1_p1_tpch_sf1.region, output=[R_REGIONKEY#0, R_NAME#1, R_COMMENT#2], candidateIndexIds=[], selectedIndexId=11108, preAgg=ON )
after:
LogicalProject ( projects=[S_ACCTBAL#17, S_NAME#13, N_NAME#4, P_PARTKEY#19, P_MFGR#21, S_ADDRESS#14, S_PHONE#16, S_COMMENT#18] )
+--LogicalFilter ( predicates=((((((((P_PARTKEY#19 = PS_PARTKEY#7) AND (S_SUPPKEY#12 = PS_SUPPKEY#8)) AND (P_SIZE#24 = 15)) AND (P_TYPE#23 like '%BRASS')) AND (S_NATIONKEY#15 = N_NATIONKEY#3)) AND (N_REGIONKEY#5 = R_REGIONKEY#0)) AND (R_NAME#1 = 'EUROPE')) AND (PS_SUPPLYCOST#10 = min(PS_SUPPLYCOST)#33)) )
+--LogicalProject ( projects=[P_PARTKEY#19, P_NAME#20, P_MFGR#21, P_BRAND#22, P_TYPE#23, P_SIZE#24, P_CONTAINER#25, P_RETAILPRICE#26, P_COMMENT#27, S_SUPPKEY#12, S_NAME#13, S_ADDRESS#14, S_NATIONKEY#15, S_PHONE#16, S_ACCTBAL#17, S_COMMENT#18, PS_PARTKEY#7, PS_SUPPKEY#8, PS_AVAILQTY#9, PS_SUPPLYCOST#10, PS_COMMENT#11, N_NATIONKEY#3, N_NAME#4, N_REGIONKEY#5, N_COMMENT#6, R_REGIONKEY#0, R_NAME#1, R_COMMENT#2, min(PS_SUPPLYCOST)#33] )
+--LogicalApply ( correlationSlot=[P_PARTKEY#19, S_SUPPKEY#12, S_NATIONKEY#15, N_NATIONKEY#3, N_REGIONKEY#5, R_REGIONKEY#0, R_NAME#1], correlationFilter=Optional.empty )
|--LogicalJoin ( type=CROSS_JOIN, hashJoinCondition=[], otherJoinCondition=[] )
| |--LogicalJoin ( type=CROSS_JOIN, hashJoinCondition=[], otherJoinCondition=[] )
| | |--LogicalJoin ( type=CROSS_JOIN, hashJoinCondition=[], otherJoinCondition=[] )
| | | |--LogicalJoin ( type=CROSS_JOIN, hashJoinCondition=[], otherJoinCondition=[] )
| | | | |--LogicalOlapScan ( qualified=default_cluster:regression_test_tpch_sf1_p1_tpch_sf1.part, output=[P_PARTKEY#19, P_NAME#20, P_MFGR#21, P_BRAND#22, P_TYPE#23, P_SIZE#24, P_CONTAINER#25, P_RETAILPRICE#26, P_COMMENT#27], candidateIndexIds=[], selectedIndexId=11076, preAgg=ON )
| | | | +--LogicalOlapScan ( qualified=default_cluster:regression_test_tpch_sf1_p1_tpch_sf1.supplier, output=[S_SUPPKEY#12, S_NAME#13, S_ADDRESS#14, S_NATIONKEY#15, S_PHONE#16, S_ACCTBAL#17, S_COMMENT#18], candidateIndexIds=[], selectedIndexId=11124, preAgg=ON )
| | | +--LogicalOlapScan ( qualified=default_cluster:regression_test_tpch_sf1_p1_tpch_sf1.partsupp, output=[PS_PARTKEY#7, PS_SUPPKEY#8, PS_AVAILQTY#9, PS_SUPPLYCOST#10, PS_COMMENT#11], candidateIndexIds=[], selectedIndexId=11092, preAgg=ON )
| | +--LogicalOlapScan ( qualified=default_cluster:regression_test_tpch_sf1_p1_tpch_sf1.nation, output=[N_NATIONKEY#3, N_NAME#4, N_REGIONKEY#5, N_COMMENT#6], candidateIndexIds=[], selectedIndexId=11044, preAgg=ON )
| +--LogicalOlapScan ( qualified=default_cluster:regression_test_tpch_sf1_p1_tpch_sf1.region, output=[R_REGIONKEY#0, R_NAME#1, R_COMMENT#2], candidateIndexIds=[], selectedIndexId=11108, preAgg=ON )
+--LogicalAggregate ( phase=LOCAL, outputExpr=[min(PS_SUPPLYCOST#31) AS `min(PS_SUPPLYCOST)`#33], groupByExpr=[] )
+--LogicalFilter ( predicates=(((((P_PARTKEY#19 = PS_PARTKEY#28) AND (S_SUPPKEY#12 = PS_SUPPKEY#29)) AND (S_NATIONKEY#15 = N_NATIONKEY#3)) AND (N_REGIONKEY#5 = R_REGIONKEY#0)) AND (CAST(R_NAME AS STRING) = CAST(EUROPE AS STRING))) )
+--LogicalOlapScan ( qualified=default_cluster:regression_test_tpch_sf1_p1_tpch_sf1.partsupp, output=[PS_PARTKEY#28, PS_SUPPKEY#29, PS_AVAILQTY#30, PS_SUPPLYCOST#31, PS_COMMENT#32], candidateIndexIds=[], selectedIndexId=11092, preAgg=ON )
```
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