1. generalized debug point facilities from docker suites for
fault-injection/stubbing cases
2. add segcompaction fault-injection cases for demonstration
3. add -238 TOO_MANY_SEGMENTS fault-injection case for good
Doris is not responsible for managing snapshots, but it needs to clear all
snapshots before doing backup/restore regression testing, so a property is
added to indicate that existing snapshots need to be cleared when creating a
repo.
In addition, a regression test case for backup/restore has been added.
This PR was originally #16940 , but it has not been updated for a long time due to the original author @Cai-Yao . At present, we will merge some of the code into the master first.
thanks @Cai-Yao @yiguolei
* work around, ingest binlog after backup/restore which local_tablet.partition_id is not correct, use by
req.partition_id
Signed-off-by: Jack Drogon <jack.xsuperman@gmail.com>
In some cases ( or bugs), doris may returned query to jdbc, but jdbc can not recognized what doris sent back,
so hanged. To fix this, add a timeout of 30 minutes to jdbc connection.
MTMV regression tests may loop forever due to some potential bugs. Therefore, we add a timeout to avoid endless loop. The value of the timeout is hard coded 30 minutes now.
This pr refactor the column pruning by the visitor, the good sides
1. easy to provide ability of column pruning for new plan by implement the interface `OutputPrunable` if the plan contains output field or do nothing if not contains output field, don't need to add new rule like `PruneXxxChildColumns`, few scenarios need to override the visit function to write special logic, like prune the LogicalSetOperation and Aggregate
2. support shrink output field in some plans, this can skip some useless operations so improvement
example:
```sql
select id
from (
select id, sum(age)
from student
group by id
)a
```
we should prune the useless `sum (age)` in the aggregate.
before refactor:
```
LogicalProject ( distinct=false, projects=[id#0], excepts=[], canEliminate=true )
+--LogicalSubQueryAlias ( qualifier=[a] )
+--LogicalAggregate ( groupByExpr=[id#0], outputExpr=[id#0, sum(age#2) AS `sum(age)`#4], hasRepeat=false )
+--LogicalProject ( distinct=false, projects=[id#0, age#2], excepts=[], canEliminate=true )
+--LogicalOlapScan ( qualified=default_cluster:test.student, indexName=<index_not_selected>, selectedIndexId=10007, preAgg=ON )
```
after refactor:
```
LogicalProject ( distinct=false, projects=[id#0], excepts=[], canEliminate=true )
+--LogicalSubQueryAlias ( qualifier=[a] )
+--LogicalAggregate ( groupByExpr=[id#0], outputExpr=[id#0], hasRepeat=false )
+--LogicalProject ( distinct=false, projects=[id#0], excepts=[], canEliminate=true )
+--LogicalOlapScan ( qualified=default_cluster:test.student, indexName=<index_not_selected>, selectedIndexId=10007, preAgg=ON )
```
