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new 55fde4575d6 [test](mv) Insert into more data when first insert into to
make sure using sync mv (#43010)
55fde4575d6 is described below
commit 55fde4575d69a46015053116c11a3b47586158fe
Author: seawinde <149132972+seawi...@users.noreply.github.com>
AuthorDate: Fri Nov 1 14:09:18 2024 +0800
[test](mv) Insert into more data when first insert into to make sure using
sync mv (#43010)
Root Cause Analysis:
Currently, the statistics reported by BE (Backend) nodes have higher
priority than those from ANALYZE statements. During the first INSERT
INTO operation, the system waits for row count reports from all tablets
before updating the table statistics.
Subsequent INSERT INTO operations cannot obtain the status of all
tablets, so the system continues to use the statistical information from
the first INSERT INTO operation. This leads to a lower estimated cost
for the original table's query plan, resulting in the selection of the
original table's query plan instead of the materialized view.
Conclusion:
The test case should be modified to include a larger dataset in the
first INSERT INTO operation, which will increase the likelihood of
utilizing the materialized view. This is because the cost estimation
will better reflect the actual data distribution and size, leading to
more accurate plan selection.
---
regression-test/data/mv_p0/ssb/q_1_1/q_1_1.out | 387 +--------------------
.../suites/mv_p0/ssb/q_1_1/q_1_1.groovy | 7 +-
2 files changed, 10 insertions(+), 384 deletions(-)
diff --git a/regression-test/data/mv_p0/ssb/q_1_1/q_1_1.out
b/regression-test/data/mv_p0/ssb/q_1_1/q_1_1.out
index d0962795f0b..1da845620e8 100644
--- a/regression-test/data/mv_p0/ssb/q_1_1/q_1_1.out
+++ b/regression-test/data/mv_p0/ssb/q_1_1/q_1_1.out
@@ -1,394 +1,15 @@
-- This file is automatically generated. You should know what you did if you
want to edit this
-- !select_star --
19930101 1 1 1 1 1 1 1 1
1 1 100 1 1 1 2023-06-09 shipmode
name address city nation AMERICA phone mktsegment name address
city nation AMERICA phone name MFGR#1 category brand color
type 4 container
+19930101 1 1 1 1 1 1 1 1
1 1 100 1 1 1 2023-06-09 shipmode
name address city nation AMERICA phone mktsegment name address
city nation AMERICA phone name MFGR#1 category brand color
type 4 container
+19930101 1 1 1 1 1 1 1 1
1 1 100 1 1 1 2023-06-09 shipmode
name address city nation AMERICA phone mktsegment name address
city nation AMERICA phone name MFGR#1 category brand color
type 4 container
+19930101 1 1 1 1 1 1 1 1
1 1 100 1 1 1 2023-06-09 shipmode
name address city nation AMERICA phone mktsegment name address
city nation AMERICA phone name MFGR#1 category brand color
type 4 container
+19930101 1 1 1 1 1 1 1 1
1 1 100 1 1 1 2023-06-09 shipmode
name address city nation AMERICA phone mktsegment name address
city nation AMERICA phone name MFGR#1 category brand color
type 4 container
19930101 2 2 2 2 2 2 2 2
2 2 2 2 2 2 2023-06-09 shipmode
name address city nation region phone mktsegment name address
city nation region phone name mfgr category brand color
type 4 container
-- !select_mv --
4
--- !abc --
-root:Group[@4]
- logical expressions:
- id:349#4 cost=null estRows=1 children=[@3 ] (plan=LogicalResultSink[350] (
outputExprs=[revenue#38] ))
- physical expressions:
- id:354#4 cost=0 [0/0/0/] estRows=-1 children=[@3 ]
(plan=PhysicalResultSink[355] ( outputExprs=[revenue#38] ))
- enforcers:
- chosen expression id: 354
- chosen properties: GATHER
- stats
- rows=1.0
- tupleSize=4.0
- width=1
- revenue#38 -> ndv=0.0204, min=2.000000(null), max=6.000000(null),
count=0.0204, numNulls=0.0000, avgSizeByte=4.000000
- lowest Plan(cost, properties, plan, childrenRequires)
-
- 4.046506802721089 ANY
- id:354#4 cost=0 [0/0/0/] estRows=-1 children=[@3 ]
(plan=PhysicalResultSink[355] ( outputExprs=[revenue#38] ))
- [GATHER]
-
- 4.046506802721089 GATHER
- id:354#4 cost=0 [0/0/0/] estRows=-1 children=[@3 ]
(plan=PhysicalResultSink[355] ( outputExprs=[revenue#38] ))
- [GATHER]
- struct info map
-StructInfoMap{ groupExpressionMap = {}, infoMap = {}}
-
-
-Group[@0]
- logical expressions:
- id:337#0 cost=null estRows=2 children=[ ] (plan=LogicalOlapScan (
qualified=internal.regression_test_mv_p0_ssb_q_1_1.lineorder_flat,
indexName=<index_not_selected>, selectedIndexId=346536, preAgg=ON ))
- physical expressions:
- id:383#0 cost=2 [2/0/0/] estRows=-1 children=[ ]
(plan=PhysicalOlapScan[lineorder_flat]@0 ( stats=null ))
- enforcers:
- stats
- rows=2.0
- tupleSize=170.0
- width=1
- LO_ORDERDATE#0 -> ndv=1.0000, min=19930101.000000(19930101),
max=19930101.000000(19930101), count=2.0000, numNulls=0.0000,
avgSizeByte=4.000000
- LO_ORDERKEY#1 -> ndv=2.0000, min=1.000000(1), max=2.000000(2),
count=2.0000, numNulls=0.0000, avgSizeByte=4.000000
- LO_LINENUMBER#2 -> ndv=2.0000, min=1.000000(1), max=2.000000(2),
count=2.0000, numNulls=0.0000, avgSizeByte=1.000000
- LO_CUSTKEY#3 -> ndv=2.0000, min=1.000000(1), max=2.000000(2),
count=2.0000, numNulls=0.0000, avgSizeByte=4.000000
- LO_PARTKEY#4 -> ndv=2.0000, min=1.000000(1), max=2.000000(2),
count=2.0000, numNulls=0.0000, avgSizeByte=4.000000
- LO_SUPPKEY#5 -> ndv=2.0000, min=1.000000(1), max=2.000000(2),
count=2.0000, numNulls=0.0000, avgSizeByte=4.000000
- LO_ORDERPRIORITY#6 -> ndv=2.0000, min=13792273858822144.000000(1),
max=14073748835532800.000000(2), count=2.0000, numNulls=0.0000,
avgSizeByte=1.000000
- LO_SHIPPRIORITY#7 -> ndv=2.0000, min=1.000000(1), max=2.000000(2),
count=2.0000, numNulls=0.0000, avgSizeByte=1.000000
- LO_QUANTITY#8 -> ndv=2.0000, min=1.000000(1), max=2.000000(2),
count=2.0000, numNulls=0.0000, avgSizeByte=1.000000
- LO_EXTENDEDPRICE#9 -> ndv=2.0000, min=1.000000(1), max=2.000000(2),
count=2.0000, numNulls=0.0000, avgSizeByte=4.000000
- LO_ORDTOTALPRICE#10 -> ndv=2.0000, min=1.000000(1), max=2.000000(2),
count=2.0000, numNulls=0.0000, avgSizeByte=4.000000
- LO_DISCOUNT#11 -> ndv=2.0000, min=2.000000(2), max=100.000000(100),
count=2.0000, numNulls=0.0000, avgSizeByte=1.000000
- LO_REVENUE#12 -> ndv=2.0000, min=1.000000(1), max=2.000000(2),
count=2.0000, numNulls=0.0000, avgSizeByte=4.000000
- LO_SUPPLYCOST#13 -> ndv=2.0000, min=1.000000(1), max=2.000000(2),
count=2.0000, numNulls=0.0000, avgSizeByte=4.000000
- LO_TAX#14 -> ndv=2.0000, min=1.000000(1), max=2.000000(2), count=2.0000,
numNulls=0.0000, avgSizeByte=1.000000
- LO_COMMITDATE#15 -> ndv=1.0000, min=20230609000000.000000(2023-06-09),
max=20230609000000.000000(2023-06-09), count=2.0000, numNulls=0.0000,
avgSizeByte=4.000000
- LO_SHIPMODE#16 -> ndv=1.0000, min=32484424388800356.000000(shipmode),
max=32484424388800356.000000(shipmode), count=2.0000, numNulls=0.0000,
avgSizeByte=8.000000
- C_NAME#17 -> ndv=1.0000, min=31069369912000512.000000(name),
max=31069369912000512.000000(name), count=2.0000, numNulls=0.0000,
avgSizeByte=4.000000
- C_ADDRESS#18 -> ndv=1.0000, min=27413455319692148.000000(address),
max=27413455319692148.000000(address), count=2.0000, numNulls=0.0000,
avgSizeByte=7.000000
- C_CITY#19 -> ndv=1.0000, min=27981971661520896.000000(city),
max=27981971661520896.000000(city), count=2.0000, numNulls=0.0000,
avgSizeByte=4.000000
- C_NATION#20 -> ndv=1.0000, min=31069400051183104.000000(nation),
max=31069400051183104.000000(nation), count=2.0000, numNulls=0.0000,
avgSizeByte=6.000000
- C_REGION#21 -> ndv=2.0000, min=18380833614807872.000000(AMERICA),
max=32199642169961984.000000(region), count=2.0000, numNulls=0.0000,
avgSizeByte=6.500000
- C_PHONE#22 -> ndv=1.0000, min=31640025194364928.000000(phone),
max=31640025194364928.000000(phone), count=2.0000, numNulls=0.0000,
avgSizeByte=5.000000
- C_MKTSEGMENT#23 -> ndv=1.0000, min=30798920357865324.000000(mktsegment),
max=30798920357865324.000000(mktsegment), count=2.0000, numNulls=0.0000,
avgSizeByte=10.000000
- S_NAME#24 -> ndv=1.0000, min=31069369912000512.000000(name),
max=31069369912000512.000000(name), count=2.0000, numNulls=0.0000,
avgSizeByte=4.000000
- S_ADDRESS#25 -> ndv=1.0000, min=27413455319692148.000000(address),
max=27413455319692148.000000(address), count=2.0000, numNulls=0.0000,
avgSizeByte=7.000000
- S_CITY#26 -> ndv=1.0000, min=27981971661520896.000000(city),
max=27981971661520896.000000(city), count=2.0000, numNulls=0.0000,
avgSizeByte=4.000000
- S_NATION#27 -> ndv=1.0000, min=31069400051183104.000000(nation),
max=31069400051183104.000000(nation), count=2.0000, numNulls=0.0000,
avgSizeByte=6.000000
- S_REGION#28 -> ndv=2.0000, min=18380833614807872.000000(AMERICA),
max=32199642169961984.000000(region), count=2.0000, numNulls=0.0000,
avgSizeByte=6.500000
- S_PHONE#29 -> ndv=1.0000, min=31640025194364928.000000(phone),
max=31640025194364928.000000(phone), count=2.0000, numNulls=0.0000,
avgSizeByte=5.000000
- P_NAME#30 -> ndv=1.0000, min=31069369912000512.000000(name),
max=31069369912000512.000000(name), count=2.0000, numNulls=0.0000,
avgSizeByte=4.000000
- P_MFGR#31 -> ndv=2.0000, min=21750845341380864.000000(MFGR#1),
max=30793366941728768.000000(mfgr), count=2.0000, numNulls=0.0000,
avgSizeByte=5.000000
- P_CATEGORY#32 -> ndv=1.0000, min=27973175239733104.000000(category),
max=27973175239733104.000000(category), count=2.0000, numNulls=0.0000,
avgSizeByte=8.000000
- P_BRAND#33 -> ndv=1.0000, min=27710310507085824.000000(brand),
max=27710310507085824.000000(brand), count=2.0000, numNulls=0.0000,
avgSizeByte=5.000000
- P_COLOR#34 -> ndv=1.0000, min=27988534211248128.000000(color),
max=27988534211248128.000000(color), count=2.0000, numNulls=0.0000,
avgSizeByte=5.000000
- P_TYPE#35 -> ndv=1.0000, min=32784620936232960.000000(type),
max=32784620936232960.000000(type), count=2.0000, numNulls=0.0000,
avgSizeByte=4.000000
- P_SIZE#36 -> ndv=1.0000, min=4.000000(4), max=4.000000(4), count=2.0000,
numNulls=0.0000, avgSizeByte=1.000000
- P_CONTAINER#37 -> ndv=1.0000, min=27988542883981680.000000(container),
max=27988542883981680.000000(container), count=2.0000, numNulls=0.0000,
avgSizeByte=9.000000
- lowest Plan(cost, properties, plan, childrenRequires)
-
- 2.0 ANY
- id:383#0 cost=2 [2/0/0/] estRows=-1 children=[ ]
(plan=PhysicalOlapScan[lineorder_flat]@0 ( stats=null ))
- []
-
- 2.0 DistributionSpecHash ( orderedShuffledColumns=[1],
shuffleType=NATURAL, tableId=346535, selectedIndexId=346536,
partitionIds=[346534], equivalenceExprIds=[[1]], exprIdToEquivalenceSet={1=0} )
Order: ([])
- id:383#0 cost=2 [2/0/0/] estRows=-1 children=[ ]
(plan=PhysicalOlapScan[lineorder_flat]@0 ( stats=null ))
- []
- struct info map
-StructInfoMap{ groupExpressionMap = {{0}=id:337#0 cost=null estRows=2
children=[ ] (plan=LogicalOlapScan (
qualified=internal.regression_test_mv_p0_ssb_q_1_1.lineorder_flat,
indexName=<index_not_selected>, selectedIndexId=346536, preAgg=ON )):[]},
infoMap = {}}
-
-
-Group[@1]
- logical expressions:
- id:340#1 cost=null estRows=0.02 children=[@0 ] (plan=LogicalFilter[341] (
predicates=(((((LO_QUANTITY#8 < 25) AND (LO_ORDERDATE#0 >= 19930101)) AND
(LO_DISCOUNT#11 >= 1)) AND (LO_ORDERDATE#0 <= 19931231)) AND (LO_DISCOUNT#11 <=
3)) ))
- physical expressions:
- id:380#1 cost=0 [0/0/0/] estRows=-1 children=[@0 ]
(plan=PhysicalFilter[381]@1 ( stats=null, predicates=(((((LO_QUANTITY#8 < 25)
AND (LO_ORDERDATE#0 >= 19930101)) AND (LO_DISCOUNT#11 >= 1)) AND
(LO_ORDERDATE#0 <= 19931231)) AND (LO_DISCOUNT#11 <= 3)) ))
- enforcers:
- stats
- rows=0.02040816326530612
- tupleSize=170.0
- width=1
- LO_ORDERDATE#0 -> ndv=0.0204, min=19930101.000000(19930101),
max=19930101.000000(19930101), count=0.0204, numNulls=0.0000,
avgSizeByte=4.000000
- LO_ORDERKEY#1 -> ndv=0.0204, min=1.000000(1), max=2.000000(2),
count=0.0204, numNulls=0.0000, avgSizeByte=4.000000
- LO_LINENUMBER#2 -> ndv=0.0204, min=1.000000(1), max=2.000000(2),
count=0.0204, numNulls=0.0000, avgSizeByte=1.000000
- LO_CUSTKEY#3 -> ndv=0.0204, min=1.000000(1), max=2.000000(2),
count=0.0204, numNulls=0.0000, avgSizeByte=4.000000
- LO_PARTKEY#4 -> ndv=0.0204, min=1.000000(1), max=2.000000(2),
count=0.0204, numNulls=0.0000, avgSizeByte=4.000000
- LO_SUPPKEY#5 -> ndv=0.0204, min=1.000000(1), max=2.000000(2),
count=0.0204, numNulls=0.0000, avgSizeByte=4.000000
- LO_ORDERPRIORITY#6 -> ndv=0.0204, min=13792273858822144.000000(1),
max=14073748835532800.000000(2), count=0.0204, numNulls=0.0000,
avgSizeByte=1.000000
- LO_SHIPPRIORITY#7 -> ndv=0.0204, min=1.000000(1), max=2.000000(2),
count=0.0204, numNulls=0.0000, avgSizeByte=1.000000
- LO_QUANTITY#8 -> ndv=0.0204, min=1.000000(1), max=2.000000(2),
count=0.0204, numNulls=0.0000, avgSizeByte=1.000000
- LO_EXTENDEDPRICE#9 -> ndv=0.0204, min=1.000000(1), max=2.000000(2),
count=0.0204, numNulls=0.0000, avgSizeByte=4.000000
- LO_ORDTOTALPRICE#10 -> ndv=0.0204, min=1.000000(1), max=2.000000(2),
count=0.0204, numNulls=0.0000, avgSizeByte=4.000000
- LO_DISCOUNT#11 -> ndv=0.0204, min=2.000000(2), max=3.000000(3),
count=0.0204, numNulls=0.0000, avgSizeByte=1.000000
- LO_REVENUE#12 -> ndv=0.0204, min=1.000000(1), max=2.000000(2),
count=0.0204, numNulls=0.0000, avgSizeByte=4.000000
- LO_SUPPLYCOST#13 -> ndv=0.0204, min=1.000000(1), max=2.000000(2),
count=0.0204, numNulls=0.0000, avgSizeByte=4.000000
- LO_TAX#14 -> ndv=0.0204, min=1.000000(1), max=2.000000(2), count=0.0204,
numNulls=0.0000, avgSizeByte=1.000000
- LO_COMMITDATE#15 -> ndv=0.0204, min=20230609000000.000000(2023-06-09),
max=20230609000000.000000(2023-06-09), count=0.0204, numNulls=0.0000,
avgSizeByte=4.000000
- LO_SHIPMODE#16 -> ndv=0.0204, min=32484424388800356.000000(shipmode),
max=32484424388800356.000000(shipmode), count=0.0204, numNulls=0.0000,
avgSizeByte=8.000000
- C_NAME#17 -> ndv=0.0204, min=31069369912000512.000000(name),
max=31069369912000512.000000(name), count=0.0204, numNulls=0.0000,
avgSizeByte=4.000000
- C_ADDRESS#18 -> ndv=0.0204, min=27413455319692148.000000(address),
max=27413455319692148.000000(address), count=0.0204, numNulls=0.0000,
avgSizeByte=7.000000
- C_CITY#19 -> ndv=0.0204, min=27981971661520896.000000(city),
max=27981971661520896.000000(city), count=0.0204, numNulls=0.0000,
avgSizeByte=4.000000
- C_NATION#20 -> ndv=0.0204, min=31069400051183104.000000(nation),
max=31069400051183104.000000(nation), count=0.0204, numNulls=0.0000,
avgSizeByte=6.000000
- C_REGION#21 -> ndv=0.0204, min=18380833614807872.000000(AMERICA),
max=32199642169961984.000000(region), count=0.0204, numNulls=0.0000,
avgSizeByte=6.500000
- C_PHONE#22 -> ndv=0.0204, min=31640025194364928.000000(phone),
max=31640025194364928.000000(phone), count=0.0204, numNulls=0.0000,
avgSizeByte=5.000000
- C_MKTSEGMENT#23 -> ndv=0.0204, min=30798920357865324.000000(mktsegment),
max=30798920357865324.000000(mktsegment), count=0.0204, numNulls=0.0000,
avgSizeByte=10.000000
- S_NAME#24 -> ndv=0.0204, min=31069369912000512.000000(name),
max=31069369912000512.000000(name), count=0.0204, numNulls=0.0000,
avgSizeByte=4.000000
- S_ADDRESS#25 -> ndv=0.0204, min=27413455319692148.000000(address),
max=27413455319692148.000000(address), count=0.0204, numNulls=0.0000,
avgSizeByte=7.000000
- S_CITY#26 -> ndv=0.0204, min=27981971661520896.000000(city),
max=27981971661520896.000000(city), count=0.0204, numNulls=0.0000,
avgSizeByte=4.000000
- S_NATION#27 -> ndv=0.0204, min=31069400051183104.000000(nation),
max=31069400051183104.000000(nation), count=0.0204, numNulls=0.0000,
avgSizeByte=6.000000
- S_REGION#28 -> ndv=0.0204, min=18380833614807872.000000(AMERICA),
max=32199642169961984.000000(region), count=0.0204, numNulls=0.0000,
avgSizeByte=6.500000
- S_PHONE#29 -> ndv=0.0204, min=31640025194364928.000000(phone),
max=31640025194364928.000000(phone), count=0.0204, numNulls=0.0000,
avgSizeByte=5.000000
- P_NAME#30 -> ndv=0.0204, min=31069369912000512.000000(name),
max=31069369912000512.000000(name), count=0.0204, numNulls=0.0000,
avgSizeByte=4.000000
- P_MFGR#31 -> ndv=0.0204, min=21750845341380864.000000(MFGR#1),
max=30793366941728768.000000(mfgr), count=0.0204, numNulls=0.0000,
avgSizeByte=5.000000
- P_CATEGORY#32 -> ndv=0.0204, min=27973175239733104.000000(category),
max=27973175239733104.000000(category), count=0.0204, numNulls=0.0000,
avgSizeByte=8.000000
- P_BRAND#33 -> ndv=0.0204, min=27710310507085824.000000(brand),
max=27710310507085824.000000(brand), count=0.0204, numNulls=0.0000,
avgSizeByte=5.000000
- P_COLOR#34 -> ndv=0.0204, min=27988534211248128.000000(color),
max=27988534211248128.000000(color), count=0.0204, numNulls=0.0000,
avgSizeByte=5.000000
- P_TYPE#35 -> ndv=0.0204, min=32784620936232960.000000(type),
max=32784620936232960.000000(type), count=0.0204, numNulls=0.0000,
avgSizeByte=4.000000
- P_SIZE#36 -> ndv=0.0204, min=4.000000(4), max=4.000000(4), count=0.0204,
numNulls=0.0000, avgSizeByte=1.000000
- P_CONTAINER#37 -> ndv=0.0204, min=27988542883981680.000000(container),
max=27988542883981680.000000(container), count=0.0204, numNulls=0.0000,
avgSizeByte=9.000000
- lowest Plan(cost, properties, plan, childrenRequires)
-
- 2.00058 ANY
- id:380#1 cost=0 [0/0/0/] estRows=-1 children=[@0 ]
(plan=PhysicalFilter[381]@1 ( stats=null, predicates=(((((LO_QUANTITY#8 < 25)
AND (LO_ORDERDATE#0 >= 19930101)) AND (LO_DISCOUNT#11 >= 1)) AND
(LO_ORDERDATE#0 <= 19931231)) AND (LO_DISCOUNT#11 <= 3)) ))
- [DistributionSpecHash ( orderedShuffledColumns=[1], shuffleType=NATURAL,
tableId=346535, selectedIndexId=346536, partitionIds=[346534],
equivalenceExprIds=[[1]], exprIdToEquivalenceSet={1=0} ) Order: ([])]
-
- 2.00058 DistributionSpecHash ( orderedShuffledColumns=[1],
shuffleType=NATURAL, tableId=346535, selectedIndexId=346536,
partitionIds=[346534], equivalenceExprIds=[[1]], exprIdToEquivalenceSet={1=0} )
Order: ([])
- id:380#1 cost=0 [0/0/0/] estRows=-1 children=[@0 ]
(plan=PhysicalFilter[381]@1 ( stats=null, predicates=(((((LO_QUANTITY#8 < 25)
AND (LO_ORDERDATE#0 >= 19930101)) AND (LO_DISCOUNT#11 >= 1)) AND
(LO_ORDERDATE#0 <= 19931231)) AND (LO_DISCOUNT#11 <= 3)) ))
- [DistributionSpecHash ( orderedShuffledColumns=[1], shuffleType=NATURAL,
tableId=346535, selectedIndexId=346536, partitionIds=[346534],
equivalenceExprIds=[[1]], exprIdToEquivalenceSet={1=0} ) Order: ([])]
- struct info map
-StructInfoMap{ groupExpressionMap = {{0}=id:340#1 cost=null estRows=0.02
children=[@0 ] (plan=LogicalFilter[341] ( predicates=(((((LO_QUANTITY#8 < 25)
AND (LO_ORDERDATE#0 >= 19930101)) AND (LO_DISCOUNT#11 >= 1)) AND
(LO_ORDERDATE#0 <= 19931231)) AND (LO_DISCOUNT#11 <= 3)) )):[{0}]}, infoMap =
{}}
-
-
-Group[@2]
- logical expressions:
- id:343#2 cost=null estRows=0.02 children=[@1 ] (plan=LogicalProject[344] (
distinct=false, projects=[LO_EXTENDEDPRICE#9, LO_DISCOUNT#11], excepts=[] ))
- physical expressions:
- id:375#2 cost=1 [1/0/0/] estRows=-1 children=[@1 ]
(plan=PhysicalProject[376]@2 ( stats=null, projects=[LO_EXTENDEDPRICE#9,
LO_DISCOUNT#11] ))
- enforcers:
- stats
- rows=0.02040816326530612
- tupleSize=5.0
- width=1
- LO_EXTENDEDPRICE#9 -> ndv=0.0204, min=1.000000(1), max=2.000000(2),
count=0.0204, numNulls=0.0000, avgSizeByte=4.000000
- LO_DISCOUNT#11 -> ndv=0.0204, min=2.000000(2), max=3.000000(3),
count=0.0204, numNulls=0.0000, avgSizeByte=1.000000
- lowest Plan(cost, properties, plan, childrenRequires)
-
- 3.00058 ANY
- id:375#2 cost=1 [1/0/0/] estRows=-1 children=[@1 ]
(plan=PhysicalProject[376]@2 ( stats=null, projects=[LO_EXTENDEDPRICE#9,
LO_DISCOUNT#11] ))
- [DistributionSpecHash ( orderedShuffledColumns=[1], shuffleType=NATURAL,
tableId=346535, selectedIndexId=346536, partitionIds=[346534],
equivalenceExprIds=[[1]], exprIdToEquivalenceSet={1=0} ) Order: ([])]
-
- 3.00058 DistributionSpecHash ( orderedShuffledColumns=[1],
shuffleType=NATURAL, tableId=346535, selectedIndexId=346536,
partitionIds=[346534], equivalenceExprIds=[[1]], exprIdToEquivalenceSet={1=0} )
Order: ([])
- id:375#2 cost=1 [1/0/0/] estRows=-1 children=[@1 ]
(plan=PhysicalProject[376]@2 ( stats=null, projects=[LO_EXTENDEDPRICE#9,
LO_DISCOUNT#11] ))
- [DistributionSpecHash ( orderedShuffledColumns=[1], shuffleType=NATURAL,
tableId=346535, selectedIndexId=346536, partitionIds=[346534],
equivalenceExprIds=[[1]], exprIdToEquivalenceSet={1=0} ) Order: ([])]
- struct info map
-StructInfoMap{ groupExpressionMap = {{0}=id:343#2 cost=null estRows=0.02
children=[@1 ] (plan=LogicalProject[344] ( distinct=false,
projects=[LO_EXTENDEDPRICE#9, LO_DISCOUNT#11], excepts=[] )):[{0}]}, infoMap =
{}}
-
-
-Group[@3]
- logical expressions:
- id:346#3 cost=null estRows=1 children=[@2 ] (plan=LogicalAggregate[347] (
groupByExpr=[], outputExpr=[sum((LO_EXTENDEDPRICE#9 * LO_DISCOUNT#11)) AS
`revenue`#38], hasRepeat=false ))
- id:541#3 cost=null estRows=1 children=[@8 ] (plan=LogicalProject[542] (
distinct=false, projects=[sum(mva_SUM__(`LO_EXTENDEDPRICE` * `LO_DISCOUNT`))#82
AS `revenue`#38], excepts=[] ))
- physical expressions:
- id:370#3 cost=2 [1/1/0/] estRows=1 children=[@5 ]
(plan=PhysicalHashAggregate[371]@3 ( aggPhase=GLOBAL, aggMode=BUFFER_TO_RESULT,
maybeUseStreaming=false, groupByExpr=[],
outputExpr=[sum(partial_sum((LO_EXTENDEDPRICE * LO_DISCOUNT))#81) AS
`revenue`#38], partitionExpr=Optional[[]], requireProperties=[GATHER],
topnOpt=false, stats=null ))
- id:546#3 cost=1 [1/0/0/] estRows=-1 children=[@8 ]
(plan=PhysicalProject[547]@3 ( stats=null,
projects=[sum(mva_SUM__(`LO_EXTENDEDPRICE` * `LO_DISCOUNT`))#82 AS
`revenue`#38] ))
- enforcers:
- chosen expression id: 546
- chosen properties: GATHER
- stats
- rows=1.0
- tupleSize=4.0
- width=1
- revenue#38 -> ndv=0.0204, min=2.000000(null), max=6.000000(null),
count=0.0204, numNulls=0.0000, avgSizeByte=4.000000
- lowest Plan(cost, properties, plan, childrenRequires)
-
- 4.046506802721089 ANY
- id:546#3 cost=1 [1/0/0/] estRows=-1 children=[@8 ]
(plan=PhysicalProject[547]@3 ( stats=null,
projects=[sum(mva_SUM__(`LO_EXTENDEDPRICE` * `LO_DISCOUNT`))#82 AS
`revenue`#38] ))
- [GATHER]
-
- 4.046506802721089 GATHER
- id:546#3 cost=1 [1/0/0/] estRows=-1 children=[@8 ]
(plan=PhysicalProject[547]@3 ( stats=null,
projects=[sum(mva_SUM__(`LO_EXTENDEDPRICE` * `LO_DISCOUNT`))#82 AS
`revenue`#38] ))
- [GATHER]
- struct info map
-StructInfoMap{ groupExpressionMap = {{0}=id:346#3 cost=null estRows=1
children=[@2 ] (plan=LogicalAggregate[347] ( groupByExpr=[],
outputExpr=[sum((LO_EXTENDEDPRICE#9 * LO_DISCOUNT#11)) AS `revenue`#38],
hasRepeat=false )):[{0}]}, infoMap = {{0}=StructInfo{ originalPlanId =
ObjectId#346, relations = [LogicalOlapScan (
qualified=internal.regression_test_mv_p0_ssb_q_1_1.lineorder_flat,
indexName=<index_not_selected>, selectedIndexId=346536, preAgg=ON )]}}}
-
-
-Group[@4]
- logical expressions:
- id:349#4 cost=null estRows=1 children=[@3 ] (plan=LogicalResultSink[350] (
outputExprs=[revenue#38] ))
- physical expressions:
- id:354#4 cost=0 [0/0/0/] estRows=-1 children=[@3 ]
(plan=PhysicalResultSink[355] ( outputExprs=[revenue#38] ))
- enforcers:
- chosen expression id: 354
- chosen properties: GATHER
- stats
- rows=1.0
- tupleSize=4.0
- width=1
- revenue#38 -> ndv=0.0204, min=2.000000(null), max=6.000000(null),
count=0.0204, numNulls=0.0000, avgSizeByte=4.000000
- lowest Plan(cost, properties, plan, childrenRequires)
-
- 4.046506802721089 ANY
- id:354#4 cost=0 [0/0/0/] estRows=-1 children=[@3 ]
(plan=PhysicalResultSink[355] ( outputExprs=[revenue#38] ))
- [GATHER]
-
- 4.046506802721089 GATHER
- id:354#4 cost=0 [0/0/0/] estRows=-1 children=[@3 ]
(plan=PhysicalResultSink[355] ( outputExprs=[revenue#38] ))
- [GATHER]
- struct info map
-StructInfoMap{ groupExpressionMap = {}, infoMap = {}}
-
-
-Group[@5]
- logical expressions:
- physical expressions:
- id:367#5 cost=0 [0/0/0/] estRows=1 children=[@2 ]
(plan=PhysicalHashAggregate[368]@5 ( aggPhase=LOCAL, aggMode=INPUT_TO_BUFFER,
maybeUseStreaming=false, groupByExpr=[],
outputExpr=[partial_sum((LO_EXTENDEDPRICE#9 * LO_DISCOUNT#11)) AS
`partial_sum((LO_EXTENDEDPRICE * LO_DISCOUNT))`#81],
partitionExpr=Optional[[]], requireProperties=[ANY], topnOpt=false, stats=null
))
- enforcers:
- id:469#5 cost=0 [0/0/0/] estRows=1 children=[@5 ]
(plan=PhysicalDistribute[470]@5 ( stats=null,
distributionSpec=DistributionSpecGather ))
- stats
- rows=1.0
- tupleSize=1.0
- width=1
- partial_sum((LO_EXTENDEDPRICE * LO_DISCOUNT))#81 -> ndv=0.0204,
min=2.000000(null), max=6.000000(null), count=0.0204, numNulls=0.0000,
avgSizeByte=4.000000
- lowest Plan(cost, properties, plan, childrenRequires)
-
- 3.0113827210884354 ANY
- id:367#5 cost=0 [0/0/0/] estRows=1 children=[@2 ]
(plan=PhysicalHashAggregate[368]@5 ( aggPhase=LOCAL, aggMode=INPUT_TO_BUFFER,
maybeUseStreaming=false, groupByExpr=[],
outputExpr=[partial_sum((LO_EXTENDEDPRICE#9 * LO_DISCOUNT#11)) AS
`partial_sum((LO_EXTENDEDPRICE * LO_DISCOUNT))`#81],
partitionExpr=Optional[[]], requireProperties=[ANY], topnOpt=false, stats=null
))
- [DistributionSpecHash ( orderedShuffledColumns=[1], shuffleType=NATURAL,
tableId=346535, selectedIndexId=346536, partitionIds=[346534],
equivalenceExprIds=[[1]], exprIdToEquivalenceSet={1=0} ) Order: ([])]
-
- 3.0113827210884354 DistributionSpecHash ( orderedShuffledColumns=[1],
shuffleType=NATURAL, tableId=346535, selectedIndexId=346536,
partitionIds=[346534], equivalenceExprIds=[[1]], exprIdToEquivalenceSet={1=0} )
Order: ([])
- id:367#5 cost=0 [0/0/0/] estRows=1 children=[@2 ]
(plan=PhysicalHashAggregate[368]@5 ( aggPhase=LOCAL, aggMode=INPUT_TO_BUFFER,
maybeUseStreaming=false, groupByExpr=[],
outputExpr=[partial_sum((LO_EXTENDEDPRICE#9 * LO_DISCOUNT#11)) AS
`partial_sum((LO_EXTENDEDPRICE * LO_DISCOUNT))`#81],
partitionExpr=Optional[[]], requireProperties=[ANY], topnOpt=false, stats=null
))
- [DistributionSpecHash ( orderedShuffledColumns=[1], shuffleType=NATURAL,
tableId=346535, selectedIndexId=346536, partitionIds=[346534],
equivalenceExprIds=[[1]], exprIdToEquivalenceSet={1=0} ) Order: ([])]
-
- 3.0188827210884353 GATHER
- id:469#5 cost=0 [0/0/0/] estRows=1 children=[@5 ]
(plan=PhysicalDistribute[470]@5 ( stats=null,
distributionSpec=DistributionSpecGather ))
- [DistributionSpecHash ( orderedShuffledColumns=[1], shuffleType=NATURAL,
tableId=346535, selectedIndexId=346536, partitionIds=[346534],
equivalenceExprIds=[[1]], exprIdToEquivalenceSet={1=0} ) Order: ([])]
- struct info map
-StructInfoMap{ groupExpressionMap = {}, infoMap = {}}
-
-
-Group[@6]
- logical expressions:
- id:532#6 cost=null estRows=0.02 children=[ ] (plan=LogicalOlapScan (
qualified=regression_test_mv_p0_ssb_q_1_1.lineorder_flat,
indexName=lineorder_q_1_1, selectedIndexId=346636, preAgg=ON ))
- physical expressions:
- id:571#6 cost=0 [0/0/0/] estRows=-1 children=[ ]
(plan=PhysicalOlapScan[lineorder_flat]@6 ( stats=null ))
- enforcers:
- chosen expression id: 571
- chosen properties: DistributionSpecHash ( orderedShuffledColumns=[79],
shuffleType=NATURAL, tableId=346535, selectedIndexId=346636,
partitionIds=[346534], equivalenceExprIds=[[79]], exprIdToEquivalenceSet={79=0}
) Order: ([])
- stats
- rows=0.02040816326530612
- tupleSize=8.0
- width=1
- mva_SUM__(`LO_EXTENDEDPRICE` * `LO_DISCOUNT`)#80 -> ndv=0.0204,
min=2.000000(null), max=6.000000(null), count=0.0204, numNulls=0.0000,
avgSizeByte=4.000000
- mv_LO_ORDERKEY#79 -> ndv=0.0204, min=1.000000(1), max=2.000000(2),
count=0.0204, numNulls=0.0000, avgSizeByte=4.000000
- lowest Plan(cost, properties, plan, childrenRequires)
-
- 0.01020408163265306 ANY
- id:571#6 cost=0 [0/0/0/] estRows=-1 children=[ ]
(plan=PhysicalOlapScan[lineorder_flat]@6 ( stats=null ))
- []
-
- 0.01020408163265306 DistributionSpecHash ( orderedShuffledColumns=[79],
shuffleType=NATURAL, tableId=346535, selectedIndexId=346636,
partitionIds=[346534], equivalenceExprIds=[[79]], exprIdToEquivalenceSet={79=0}
) Order: ([])
- id:571#6 cost=0 [0/0/0/] estRows=-1 children=[ ]
(plan=PhysicalOlapScan[lineorder_flat]@6 ( stats=null ))
- []
- struct info map
-StructInfoMap{ groupExpressionMap = {{0}=id:532#6 cost=null estRows=0.02
children=[ ] (plan=LogicalOlapScan (
qualified=regression_test_mv_p0_ssb_q_1_1.lineorder_flat,
indexName=lineorder_q_1_1, selectedIndexId=346636, preAgg=ON )):[]}, infoMap =
{}}
-
-
-Group[@7]
- logical expressions:
- id:535#7 cost=null estRows=0.02 children=[@6 ] (plan=LogicalProject[536] (
distinct=false, projects=[mva_SUM__(`LO_EXTENDEDPRICE` * `LO_DISCOUNT`)#80],
excepts=[] ))
- physical expressions:
- id:568#7 cost=1 [1/0/0/] estRows=-1 children=[@6 ]
(plan=PhysicalProject[569]@7 ( stats=null,
projects=[mva_SUM__(`LO_EXTENDEDPRICE` * `LO_DISCOUNT`)#80] ))
- enforcers:
- chosen expression id: 568
- chosen properties: DistributionSpecHash ( orderedShuffledColumns=[79],
shuffleType=NATURAL, tableId=346535, selectedIndexId=346636,
partitionIds=[346534], equivalenceExprIds=[[79]], exprIdToEquivalenceSet={79=0}
) Order: ([])
- stats
- rows=0.02040816326530612
- tupleSize=4.0
- width=1
- mva_SUM__(`LO_EXTENDEDPRICE` * `LO_DISCOUNT`)#80 -> ndv=0.0204,
min=2.000000(null), max=6.000000(null), count=0.0204, numNulls=0.0000,
avgSizeByte=4.000000
- lowest Plan(cost, properties, plan, childrenRequires)
-
- 1.010204081632653 ANY
- id:568#7 cost=1 [1/0/0/] estRows=-1 children=[@6 ]
(plan=PhysicalProject[569]@7 ( stats=null,
projects=[mva_SUM__(`LO_EXTENDEDPRICE` * `LO_DISCOUNT`)#80] ))
- [DistributionSpecHash ( orderedShuffledColumns=[79], shuffleType=NATURAL,
tableId=346535, selectedIndexId=346636, partitionIds=[346534],
equivalenceExprIds=[[79]], exprIdToEquivalenceSet={79=0} ) Order: ([])]
-
- 1.010204081632653 DistributionSpecHash ( orderedShuffledColumns=[79],
shuffleType=NATURAL, tableId=346535, selectedIndexId=346636,
partitionIds=[346534], equivalenceExprIds=[[79]], exprIdToEquivalenceSet={79=0}
) Order: ([])
- id:568#7 cost=1 [1/0/0/] estRows=-1 children=[@6 ]
(plan=PhysicalProject[569]@7 ( stats=null,
projects=[mva_SUM__(`LO_EXTENDEDPRICE` * `LO_DISCOUNT`)#80] ))
- [DistributionSpecHash ( orderedShuffledColumns=[79], shuffleType=NATURAL,
tableId=346535, selectedIndexId=346636, partitionIds=[346534],
equivalenceExprIds=[[79]], exprIdToEquivalenceSet={79=0} ) Order: ([])]
- struct info map
-StructInfoMap{ groupExpressionMap = {{0}=id:535#7 cost=null estRows=0.02
children=[@6 ] (plan=LogicalProject[536] ( distinct=false,
projects=[mva_SUM__(`LO_EXTENDEDPRICE` * `LO_DISCOUNT`)#80], excepts=[]
)):[{0}]}, infoMap = {}}
-
-
-Group[@8]
- logical expressions:
- id:538#8 cost=null estRows=1 children=[@7 ] (plan=LogicalAggregate[539] (
groupByExpr=[], outputExpr=[sum(mva_SUM__(`LO_EXTENDEDPRICE` *
`LO_DISCOUNT`)#80) AS `sum(mva_SUM__(`LO_EXTENDEDPRICE` * `LO_DISCOUNT`))`#82],
hasRepeat=false ))
- physical expressions:
- id:562#8 cost=2 [1/1/0/] estRows=1 children=[@9 ]
(plan=PhysicalHashAggregate[563]@8 ( aggPhase=GLOBAL, aggMode=BUFFER_TO_RESULT,
maybeUseStreaming=false, groupByExpr=[],
outputExpr=[sum(partial_sum(mva_SUM__(`LO_EXTENDEDPRICE` * `LO_DISCOUNT`))#85)
AS `sum(mva_SUM__(`LO_EXTENDEDPRICE` * `LO_DISCOUNT`))`#82],
partitionExpr=Optional[[]], requireProperties=[GATHER], topnOpt=false,
stats=null ))
- enforcers:
- chosen expression id: 562
- chosen properties: GATHER
- stats
- rows=1.0
- tupleSize=4.0
- width=1
- sum(mva_SUM__(`LO_EXTENDEDPRICE` * `LO_DISCOUNT`))#82 -> ndv=0.0204,
min=2.000000(null), max=6.000000(null), count=0.0204, numNulls=0.0000,
avgSizeByte=4.000000
- lowest Plan(cost, properties, plan, childrenRequires)
-
- 3.046506802721088 ANY
- id:562#8 cost=2 [1/1/0/] estRows=1 children=[@9 ]
(plan=PhysicalHashAggregate[563]@8 ( aggPhase=GLOBAL, aggMode=BUFFER_TO_RESULT,
maybeUseStreaming=false, groupByExpr=[],
outputExpr=[sum(partial_sum(mva_SUM__(`LO_EXTENDEDPRICE` * `LO_DISCOUNT`))#85)
AS `sum(mva_SUM__(`LO_EXTENDEDPRICE` * `LO_DISCOUNT`))`#82],
partitionExpr=Optional[[]], requireProperties=[GATHER], topnOpt=false,
stats=null ))
- [GATHER]
-
- 3.046506802721088 GATHER
- id:562#8 cost=2 [1/1/0/] estRows=1 children=[@9 ]
(plan=PhysicalHashAggregate[563]@8 ( aggPhase=GLOBAL, aggMode=BUFFER_TO_RESULT,
maybeUseStreaming=false, groupByExpr=[],
outputExpr=[sum(partial_sum(mva_SUM__(`LO_EXTENDEDPRICE` * `LO_DISCOUNT`))#85)
AS `sum(mva_SUM__(`LO_EXTENDEDPRICE` * `LO_DISCOUNT`))`#82],
partitionExpr=Optional[[]], requireProperties=[GATHER], topnOpt=false,
stats=null ))
- [GATHER]
- struct info map
-StructInfoMap{ groupExpressionMap = {{0}=id:538#8 cost=null estRows=1
children=[@7 ] (plan=LogicalAggregate[539] ( groupByExpr=[],
outputExpr=[sum(mva_SUM__(`LO_EXTENDEDPRICE` * `LO_DISCOUNT`)#80) AS
`sum(mva_SUM__(`LO_EXTENDEDPRICE` * `LO_DISCOUNT`))`#82], hasRepeat=false
)):[{0}]}, infoMap = {{0}=StructInfo{ originalPlanId = ObjectId#538, relations
= [LogicalOlapScan ( qualified=regression_test_mv_p0_ssb_q_1_1.lineorder_flat,
indexName=lineorder_q_1_1, selectedIndexId=346636, preAgg=ON )]}}}
-
-
-Group[@9]
- logical expressions:
- physical expressions:
- id:559#9 cost=0 [0/0/0/] estRows=1 children=[@7 ]
(plan=PhysicalHashAggregate[560]@9 ( aggPhase=LOCAL, aggMode=INPUT_TO_BUFFER,
maybeUseStreaming=false, groupByExpr=[],
outputExpr=[partial_sum(mva_SUM__(`LO_EXTENDEDPRICE` * `LO_DISCOUNT`)#80) AS
`partial_sum(mva_SUM__(`LO_EXTENDEDPRICE` * `LO_DISCOUNT`))`#85],
partitionExpr=Optional[[]], requireProperties=[ANY], topnOpt=false, stats=null
))
- enforcers:
- id:595#9 cost=0 [0/0/0/] estRows=1 children=[@9 ]
(plan=PhysicalDistribute[596]@9 ( stats=null,
distributionSpec=DistributionSpecGather ))
- chosen enforcer(id, requiredProperties):
- (0)595, GATHER
- chosen expression id: 559
- chosen properties: DistributionSpecHash ( orderedShuffledColumns=[79],
shuffleType=NATURAL, tableId=346535, selectedIndexId=346636,
partitionIds=[346534], equivalenceExprIds=[[79]], exprIdToEquivalenceSet={79=0}
) Order: ([])
- stats
- rows=1.0
- tupleSize=1.0
- width=1
- partial_sum(mva_SUM__(`LO_EXTENDEDPRICE` * `LO_DISCOUNT`))#85 ->
ndv=0.0204, min=2.000000(null), max=6.000000(null), count=0.0204,
numNulls=0.0000, avgSizeByte=4.000000
- lowest Plan(cost, properties, plan, childrenRequires)
-
- 1.0190068027210881 ANY
- id:559#9 cost=0 [0/0/0/] estRows=1 children=[@7 ]
(plan=PhysicalHashAggregate[560]@9 ( aggPhase=LOCAL, aggMode=INPUT_TO_BUFFER,
maybeUseStreaming=false, groupByExpr=[],
outputExpr=[partial_sum(mva_SUM__(`LO_EXTENDEDPRICE` * `LO_DISCOUNT`)#80) AS
`partial_sum(mva_SUM__(`LO_EXTENDEDPRICE` * `LO_DISCOUNT`))`#85],
partitionExpr=Optional[[]], requireProperties=[ANY], topnOpt=false, stats=null
))
- [DistributionSpecHash ( orderedShuffledColumns=[79], shuffleType=NATURAL,
tableId=346535, selectedIndexId=346636, partitionIds=[346534],
equivalenceExprIds=[[79]], exprIdToEquivalenceSet={79=0} ) Order: ([])]
-
- 1.0190068027210881 DistributionSpecHash ( orderedShuffledColumns=[79],
shuffleType=NATURAL, tableId=346535, selectedIndexId=346636,
partitionIds=[346534], equivalenceExprIds=[[79]], exprIdToEquivalenceSet={79=0}
) Order: ([])
- id:559#9 cost=0 [0/0/0/] estRows=1 children=[@7 ]
(plan=PhysicalHashAggregate[560]@9 ( aggPhase=LOCAL, aggMode=INPUT_TO_BUFFER,
maybeUseStreaming=false, groupByExpr=[],
outputExpr=[partial_sum(mva_SUM__(`LO_EXTENDEDPRICE` * `LO_DISCOUNT`)#80) AS
`partial_sum(mva_SUM__(`LO_EXTENDEDPRICE` * `LO_DISCOUNT`))`#85],
partitionExpr=Optional[[]], requireProperties=[ANY], topnOpt=false, stats=null
))
- [DistributionSpecHash ( orderedShuffledColumns=[79], shuffleType=NATURAL,
tableId=346535, selectedIndexId=346636, partitionIds=[346534],
equivalenceExprIds=[[79]], exprIdToEquivalenceSet={79=0} ) Order: ([])]
-
- 1.0265068027210882 GATHER
- id:595#9 cost=0 [0/0/0/] estRows=1 children=[@9 ]
(plan=PhysicalDistribute[596]@9 ( stats=null,
distributionSpec=DistributionSpecGather ))
- [DistributionSpecHash ( orderedShuffledColumns=[79], shuffleType=NATURAL,
tableId=346535, selectedIndexId=346636, partitionIds=[346534],
equivalenceExprIds=[[79]], exprIdToEquivalenceSet={79=0} ) Order: ([])]
- struct info map
-StructInfoMap{ groupExpressionMap = {}, infoMap = {}}
-
-
-========== OPTIMIZED PLAN ==========
-PhysicalResultSink[657] ( outputExprs=[revenue#38] )
-+--PhysicalProject[654]@3 ( stats=1,
projects=[sum(mva_SUM__(`LO_EXTENDEDPRICE` * `LO_DISCOUNT`))#82 AS
`revenue`#38] )
- +--PhysicalHashAggregate[651]@8 ( aggPhase=GLOBAL,
aggMode=BUFFER_TO_RESULT, maybeUseStreaming=false, groupByExpr=[],
outputExpr=[sum(partial_sum(mva_SUM__(`LO_EXTENDEDPRICE` * `LO_DISCOUNT`))#85)
AS `sum(mva_SUM__(`LO_EXTENDEDPRICE` * `LO_DISCOUNT`))`#82],
partitionExpr=Optional[[]], requireProperties=[GATHER], topnOpt=false, stats=1 )
- +--PhysicalDistribute[648]@9 ( stats=1,
distributionSpec=DistributionSpecGather )
- +--PhysicalHashAggregate[645]@9 ( aggPhase=LOCAL,
aggMode=INPUT_TO_BUFFER, maybeUseStreaming=false, groupByExpr=[],
outputExpr=[partial_sum(mva_SUM__(`LO_EXTENDEDPRICE` * `LO_DISCOUNT`)#80) AS
`partial_sum(mva_SUM__(`LO_EXTENDEDPRICE` * `LO_DISCOUNT`))`#85],
partitionExpr=Optional[[]], requireProperties=[ANY], topnOpt=false, stats=1 )
- +--PhysicalProject[642]@7 ( stats=0.02,
projects=[mva_SUM__(`LO_EXTENDEDPRICE` * `LO_DISCOUNT`)#80] )
- +--PhysicalOlapScan[lineorder_flat]@6 ( stats=0.02 )
-
-========== MATERIALIZATIONS ==========
-materializationContexts:
-
-MaterializationContext[[internal, regression_test_mv_p0_ssb_q_1_1,
lineorder_flat, lineorder_q_1_1]] ( rewriteSuccess=true, failReason=[
-
-] )
-
-- !select --
4
diff --git a/regression-test/suites/mv_p0/ssb/q_1_1/q_1_1.groovy
b/regression-test/suites/mv_p0/ssb/q_1_1/q_1_1.groovy
index 34fb07d4f14..30959801e72 100644
--- a/regression-test/suites/mv_p0/ssb/q_1_1/q_1_1.groovy
+++ b/regression-test/suites/mv_p0/ssb/q_1_1/q_1_1.groovy
@@ -72,8 +72,13 @@ suite ("mv_ssb_q_1_1") {
);
"""
+ // Add more data when insert into firstly to make sure use mv easier
sql """INSERT INTO lineorder_flat (LO_ORDERDATE, LO_ORDERKEY,
LO_LINENUMBER, LO_CUSTKEY, LO_PARTKEY, LO_SUPPKEY, LO_ORDERPRIORITY,
LO_SHIPPRIORITY, LO_QUANTITY, LO_EXTENDEDPRICE, LO_ORDTOTALPRICE, LO_DISCOUNT,
LO_REVENUE, LO_SUPPLYCOST, LO_TAX, LO_COMMITDATE, LO_SHIPMODE, C_NAME,
C_ADDRESS, C_CITY, C_NATION, C_REGION, C_PHONE, C_MKTSEGMENT, S_NAME,
S_ADDRESS, S_CITY, S_NATION, S_REGION, S_PHONE, P_NAME, P_MFGR, P_CATEGORY,
P_BRAND, P_COLOR,P_TYPE,P_SIZE,P_CONTAINER)
- VALUES (19930101 , 1 , 1 , 1 , 1 , 1 , '1' , 1 , 1 , 1 , 1 , 100 ,
1 , 1 , 1 , '2023-06-09' , 'shipmode' , 'name' , 'address' , 'city' , 'nation'
, 'AMERICA' , 'phone' , 'mktsegment' , 'name' , 'address' , 'city' , 'nation' ,
'AMERICA' ,'phone', 'name', 'MFGR#1', 'category', 'brand', 'color', 'type', 4
,'container');"""
+ VALUES (19930101 , 1 , 1 , 1 , 1 , 1 , '1' , 1 , 1 , 1 , 1 , 100 ,
1 , 1 , 1 , '2023-06-09' , 'shipmode' , 'name' , 'address' , 'city' , 'nation'
, 'AMERICA' , 'phone' , 'mktsegment' , 'name' , 'address' , 'city' , 'nation' ,
'AMERICA' ,'phone', 'name', 'MFGR#1', 'category', 'brand', 'color', 'type', 4
,'container'),
+ (19930101 , 1 , 1 , 1 , 1 , 1 , '1' , 1 , 1 , 1 , 1 , 100 , 1 , 1
, 1 , '2023-06-09' , 'shipmode' , 'name' , 'address' , 'city' , 'nation' ,
'AMERICA' , 'phone' , 'mktsegment' , 'name' , 'address' , 'city' , 'nation' ,
'AMERICA' ,'phone', 'name', 'MFGR#1', 'category', 'brand', 'color', 'type', 4
,'container'),
+ (19930101 , 1 , 1 , 1 , 1 , 1 , '1' , 1 , 1 , 1 , 1 , 100 , 1 , 1
, 1 , '2023-06-09' , 'shipmode' , 'name' , 'address' , 'city' , 'nation' ,
'AMERICA' , 'phone' , 'mktsegment' , 'name' , 'address' , 'city' , 'nation' ,
'AMERICA' ,'phone', 'name', 'MFGR#1', 'category', 'brand', 'color', 'type', 4
,'container'),
+ (19930101 , 1 , 1 , 1 , 1 , 1 , '1' , 1 , 1 , 1 , 1 , 100 , 1 , 1
, 1 , '2023-06-09' , 'shipmode' , 'name' , 'address' , 'city' , 'nation' ,
'AMERICA' , 'phone' , 'mktsegment' , 'name' , 'address' , 'city' , 'nation' ,
'AMERICA' ,'phone', 'name', 'MFGR#1', 'category', 'brand', 'color', 'type', 4
,'container'),
+ (19930101 , 1 , 1 , 1 , 1 , 1 , '1' , 1 , 1 , 1 , 1 , 100 , 1 , 1
, 1 , '2023-06-09' , 'shipmode' , 'name' , 'address' , 'city' , 'nation' ,
'AMERICA' , 'phone' , 'mktsegment' , 'name' , 'address' , 'city' , 'nation' ,
'AMERICA' ,'phone', 'name', 'MFGR#1', 'category', 'brand', 'color', 'type', 4
,'container');"""
createMV ("""create materialized view lineorder_q_1_1 as
SELECT LO_ORDERKEY, SUM(LO_EXTENDEDPRICE * LO_DISCOUNT) AS
revenue
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