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This gives us some additional coverage for using admission control in a simple but realistic configuration. What are the implications of this change for test stability and flakiness? On one hand were are adding some more unpredictability to tests, because they may be queued for an arbitrary amount of time. On the other, we can prevent queries from contending over memory. Currently we rely on luck to prevent concurrent queries from forcing each other out-of-memory. I think the unpredictability from the queueing is preferable, because we can generally work around these by fixing tests that are sensitive to being queued, whereas contention over memory requires us to use crude workarounds like forcing tests to execute serially. Added observability for the configured queue wait time for each pool. I noticed that I did not have a direct way to observe the effective value when I set configs. This is IMPALA-8905. I had to tweak tests in a few ways: * Tests with large strings needed higher memory limits. * Hardcoded instances of default-pool had to handle root.default as well. * test_query_mem_limit needed to run without a mem_limit. I created a special pool root.no-limits with no memory limits to allow that. Testing: Ran the dockerised build 5-6 times to flush out flaky tests. Change-Id: I7517673f9e348780fcf7cd6ce1f12c9c5a55373a Reviewed-on: http://gerrit.cloudera.org:8080/13942 Reviewed-by: Impala Public Jenkins <impala-public-jenkins@cloudera.com> Tested-by: Impala Public Jenkins <impala-public-jenkins@cloudera.com>
1831 lines
61 KiB
Plaintext
1831 lines
61 KiB
Plaintext
====
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---- QUERY
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# test computing stats on a partitioned text table with all types
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create table alltypes like functional.alltypes;
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insert into alltypes partition(year, month)
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select * from functional.alltypes;
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====
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---- QUERY
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compute stats alltypes
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---- RESULTS
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'Updated 24 partition(s) and 11 column(s).'
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---- TYPES
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STRING
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====
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---- QUERY
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show table stats alltypes
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---- LABELS
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YEAR, MONTH, #ROWS, #FILES, SIZE, BYTES CACHED, CACHE REPLICATION, FORMAT, INCREMENTAL STATS, LOCATION
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---- RESULTS
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'2009','1',310,1,'24.56KB','NOT CACHED','NOT CACHED','TEXT','false',regex:.*
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'2009','2',280,1,'22.27KB','NOT CACHED','NOT CACHED','TEXT','false',regex:.*
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'2009','3',310,1,'24.67KB','NOT CACHED','NOT CACHED','TEXT','false',regex:.*
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'2009','4',300,1,'24.06KB','NOT CACHED','NOT CACHED','TEXT','false',regex:.*
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'2009','5',310,1,'24.97KB','NOT CACHED','NOT CACHED','TEXT','false',regex:.*
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'2009','6',300,1,'24.16KB','NOT CACHED','NOT CACHED','TEXT','false',regex:.*
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'2009','7',310,1,'24.97KB','NOT CACHED','NOT CACHED','TEXT','false',regex:.*
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'2009','8',310,1,'24.97KB','NOT CACHED','NOT CACHED','TEXT','false',regex:.*
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'2009','9',300,1,'24.16KB','NOT CACHED','NOT CACHED','TEXT','false',regex:.*
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'2009','10',310,1,'24.97KB','NOT CACHED','NOT CACHED','TEXT','false',regex:.*
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'2009','11',300,1,'24.16KB','NOT CACHED','NOT CACHED','TEXT','false',regex:.*
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'2009','12',310,1,'24.97KB','NOT CACHED','NOT CACHED','TEXT','false',regex:.*
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'2010','1',310,1,'24.97KB','NOT CACHED','NOT CACHED','TEXT','false',regex:.*
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'2010','2',280,1,'22.54KB','NOT CACHED','NOT CACHED','TEXT','false',regex:.*
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'2010','3',310,1,'24.97KB','NOT CACHED','NOT CACHED','TEXT','false',regex:.*
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'2010','4',300,1,'24.16KB','NOT CACHED','NOT CACHED','TEXT','false',regex:.*
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'2010','5',310,1,'24.97KB','NOT CACHED','NOT CACHED','TEXT','false',regex:.*
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'2010','6',300,1,'24.16KB','NOT CACHED','NOT CACHED','TEXT','false',regex:.*
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'2010','7',310,1,'24.97KB','NOT CACHED','NOT CACHED','TEXT','false',regex:.*
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'2010','8',310,1,'24.97KB','NOT CACHED','NOT CACHED','TEXT','false',regex:.*
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'2010','9',300,1,'24.16KB','NOT CACHED','NOT CACHED','TEXT','false',regex:.*
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'2010','10',310,1,'24.97KB','NOT CACHED','NOT CACHED','TEXT','false',regex:.*
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'2010','11',300,1,'24.16KB','NOT CACHED','NOT CACHED','TEXT','false',regex:.*
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'2010','12',310,1,'24.97KB','NOT CACHED','NOT CACHED','TEXT','false',regex:.*
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'Total','',7300,24,'586.84KB','0B','','','',''
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---- TYPES
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STRING, STRING, BIGINT, BIGINT, STRING, STRING, STRING, STRING, STRING, STRING
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====
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---- QUERY
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show column stats alltypes
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---- LABELS
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COLUMN, TYPE, #DISTINCT VALUES, #NULLS, MAX SIZE, AVG SIZE
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---- RESULTS
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'id','INT',7300,0,4,4
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'bool_col','BOOLEAN',2,0,1,1
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'tinyint_col','TINYINT',10,0,1,1
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'smallint_col','SMALLINT',10,0,2,2
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'int_col','INT',10,0,4,4
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'bigint_col','BIGINT',10,0,8,8
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'float_col','FLOAT',10,0,4,4
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'double_col','DOUBLE',10,0,8,8
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'date_string_col','STRING',736,0,8,8
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'string_col','STRING',10,0,1,1
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'timestamp_col','TIMESTAMP',7300,0,16,16
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'year','INT',2,0,4,4
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'month','INT',12,0,4,4
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---- TYPES
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STRING, STRING, BIGINT, BIGINT, BIGINT, DOUBLE
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====
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---- QUERY
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# Adding a column shouldn't cause the stats to be dropped.
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alter table alltypes add columns (new_col int)
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---- RESULTS
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'New column(s) have been added to the table.'
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====
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---- QUERY
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show column stats alltypes
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---- LABELS
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COLUMN, TYPE, #DISTINCT VALUES, #NULLS, MAX SIZE, AVG SIZE
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---- RESULTS
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'id','INT',7300,0,4,4
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'bool_col','BOOLEAN',2,0,1,1
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'tinyint_col','TINYINT',10,0,1,1
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'smallint_col','SMALLINT',10,0,2,2
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'int_col','INT',10,0,4,4
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'bigint_col','BIGINT',10,0,8,8
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'float_col','FLOAT',10,0,4,4
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'double_col','DOUBLE',10,0,8,8
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'date_string_col','STRING',736,0,8,8
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'string_col','STRING',10,0,1,1
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'timestamp_col','TIMESTAMP',7300,0,16,16
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'new_col','INT',-1,-1,4,4
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'year','INT',2,0,4,4
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'month','INT',12,0,4,4
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---- TYPES
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STRING, STRING, BIGINT, BIGINT, BIGINT, DOUBLE
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====
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---- QUERY
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# Changing a column shouldn't cause the stats of other columns to be dropped.
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# Check that the column's own stats aren't dropped if the type matches once
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# HIVE-15075 is resolved.
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alter table alltypes change new_col new_col2 int
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---- RESULTS
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'Column has been altered.'
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====
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---- QUERY
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show column stats alltypes
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---- LABELS
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COLUMN, TYPE, #DISTINCT VALUES, #NULLS, MAX SIZE, AVG SIZE
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---- RESULTS
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'id','INT',7300,0,4,4
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'bool_col','BOOLEAN',2,0,1,1
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'tinyint_col','TINYINT',10,0,1,1
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'smallint_col','SMALLINT',10,0,2,2
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'int_col','INT',10,0,4,4
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'bigint_col','BIGINT',10,0,8,8
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'float_col','FLOAT',10,0,4,4
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'double_col','DOUBLE',10,0,8,8
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'date_string_col','STRING',736,0,8,8
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'string_col','STRING',10,0,1,1
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'timestamp_col','TIMESTAMP',7300,0,16,16
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'new_col2','INT',-1,-1,4,4
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'year','INT',2,0,4,4
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'month','INT',12,0,4,4
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---- TYPES
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STRING, STRING, BIGINT, BIGINT, BIGINT, DOUBLE
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====
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---- QUERY
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# Removing a column shouldn't cause the stats to be dropped.
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alter table alltypes drop column new_col2
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---- RESULTS
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'Column has been dropped.'
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====
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---- QUERY
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show column stats alltypes
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---- LABELS
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COLUMN, TYPE, #DISTINCT VALUES, #NULLS, MAX SIZE, AVG SIZE
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---- RESULTS
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'id','INT',7300,0,4,4
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'bool_col','BOOLEAN',2,0,1,1
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'tinyint_col','TINYINT',10,0,1,1
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'smallint_col','SMALLINT',10,0,2,2
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'int_col','INT',10,0,4,4
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'bigint_col','BIGINT',10,0,8,8
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'float_col','FLOAT',10,0,4,4
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'double_col','DOUBLE',10,0,8,8
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'date_string_col','STRING',736,0,8,8
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'string_col','STRING',10,0,1,1
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'timestamp_col','TIMESTAMP',7300,0,16,16
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'year','INT',2,0,4,4
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'month','INT',12,0,4,4
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---- TYPES
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STRING, STRING, BIGINT, BIGINT, BIGINT, DOUBLE
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====
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---- QUERY
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# drop stats from this table
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drop stats alltypes
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====
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---- QUERY
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show table stats alltypes
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---- LABELS
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YEAR, MONTH, #ROWS, #FILES, SIZE, BYTES CACHED, CACHE REPLICATION, FORMAT, INCREMENTAL STATS, LOCATION
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---- RESULTS
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'2009','1',-1,1,'24.56KB','NOT CACHED','NOT CACHED','TEXT','false',regex:.*
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'2009','10',-1,1,'24.97KB','NOT CACHED','NOT CACHED','TEXT','false',regex:.*
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'2009','11',-1,1,'24.16KB','NOT CACHED','NOT CACHED','TEXT','false',regex:.*
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'2009','12',-1,1,'24.97KB','NOT CACHED','NOT CACHED','TEXT','false',regex:.*
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'2009','2',-1,1,'22.27KB','NOT CACHED','NOT CACHED','TEXT','false',regex:.*
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'2009','3',-1,1,'24.67KB','NOT CACHED','NOT CACHED','TEXT','false',regex:.*
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'2009','4',-1,1,'24.06KB','NOT CACHED','NOT CACHED','TEXT','false',regex:.*
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'2009','5',-1,1,'24.97KB','NOT CACHED','NOT CACHED','TEXT','false',regex:.*
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'2009','6',-1,1,'24.16KB','NOT CACHED','NOT CACHED','TEXT','false',regex:.*
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'2009','7',-1,1,'24.97KB','NOT CACHED','NOT CACHED','TEXT','false',regex:.*
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'2009','8',-1,1,'24.97KB','NOT CACHED','NOT CACHED','TEXT','false',regex:.*
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'2009','9',-1,1,'24.16KB','NOT CACHED','NOT CACHED','TEXT','false',regex:.*
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'2010','1',-1,1,'24.97KB','NOT CACHED','NOT CACHED','TEXT','false',regex:.*
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'2010','10',-1,1,'24.97KB','NOT CACHED','NOT CACHED','TEXT','false',regex:.*
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'2010','11',-1,1,'24.16KB','NOT CACHED','NOT CACHED','TEXT','false',regex:.*
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'2010','12',-1,1,'24.97KB','NOT CACHED','NOT CACHED','TEXT','false',regex:.*
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'2010','2',-1,1,'22.54KB','NOT CACHED','NOT CACHED','TEXT','false',regex:.*
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'2010','3',-1,1,'24.97KB','NOT CACHED','NOT CACHED','TEXT','false',regex:.*
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'2010','4',-1,1,'24.16KB','NOT CACHED','NOT CACHED','TEXT','false',regex:.*
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'2010','5',-1,1,'24.97KB','NOT CACHED','NOT CACHED','TEXT','false',regex:.*
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'2010','6',-1,1,'24.16KB','NOT CACHED','NOT CACHED','TEXT','false',regex:.*
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'2010','7',-1,1,'24.97KB','NOT CACHED','NOT CACHED','TEXT','false',regex:.*
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'2010','8',-1,1,'24.97KB','NOT CACHED','NOT CACHED','TEXT','false',regex:.*
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'2010','9',-1,1,'24.16KB','NOT CACHED','NOT CACHED','TEXT','false',regex:.*
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'Total','',-1,24,'586.84KB','0B','','','',''
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---- TYPES
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STRING, STRING, BIGINT, BIGINT, STRING, STRING, STRING, STRING, STRING, STRING
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====
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---- QUERY
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# Note - the NDV for partition columns is read from the table metadata.
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show column stats alltypes
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---- LABELS
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COLUMN, TYPE, #DISTINCT VALUES, #NULLS, MAX SIZE, AVG SIZE
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---- RESULTS
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'id','INT',-1,-1,4,4
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'bool_col','BOOLEAN',-1,-1,1,1
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'tinyint_col','TINYINT',-1,-1,1,1
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'smallint_col','SMALLINT',-1,-1,2,2
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'int_col','INT',-1,-1,4,4
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'bigint_col','BIGINT',-1,-1,8,8
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'float_col','FLOAT',-1,-1,4,4
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'double_col','DOUBLE',-1,-1,8,8
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'date_string_col','STRING',-1,-1,-1,-1
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'string_col','STRING',-1,-1,-1,-1
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'timestamp_col','TIMESTAMP',-1,-1,16,16
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'year','INT',2,0,4,4
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'month','INT',12,0,4,4
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---- TYPES
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STRING, STRING, BIGINT, BIGINT, BIGINT, DOUBLE
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====
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---- QUERY
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# Restricts stats to a subset of columns.
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create table alltypes_for_coltest like functional.alltypes;
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insert into alltypes_for_coltest partition(year, month)
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select * from functional.alltypes;
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====
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---- QUERY
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compute stats alltypes_for_coltest(tinyint_col, float_col)
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---- RESULTS
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'Updated 24 partition(s) and 2 column(s).'
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---- TYPES
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STRING
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====
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---- QUERY
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show table stats alltypes_for_coltest
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---- LABELS
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YEAR, MONTH, #ROWS, #FILES, SIZE, BYTES CACHED, CACHE REPLICATION, FORMAT, INCREMENTAL STATS, LOCATION
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---- RESULTS
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'2009','1',310,1,'24.56KB','NOT CACHED','NOT CACHED','TEXT','false',regex:.*
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'2009','2',280,1,'22.27KB','NOT CACHED','NOT CACHED','TEXT','false',regex:.*
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'2009','3',310,1,'24.67KB','NOT CACHED','NOT CACHED','TEXT','false',regex:.*
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'2009','4',300,1,'24.06KB','NOT CACHED','NOT CACHED','TEXT','false',regex:.*
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'2009','5',310,1,'24.97KB','NOT CACHED','NOT CACHED','TEXT','false',regex:.*
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'2009','6',300,1,'24.16KB','NOT CACHED','NOT CACHED','TEXT','false',regex:.*
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'2009','7',310,1,'24.97KB','NOT CACHED','NOT CACHED','TEXT','false',regex:.*
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'2009','8',310,1,'24.97KB','NOT CACHED','NOT CACHED','TEXT','false',regex:.*
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'2009','9',300,1,'24.16KB','NOT CACHED','NOT CACHED','TEXT','false',regex:.*
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'2009','10',310,1,'24.97KB','NOT CACHED','NOT CACHED','TEXT','false',regex:.*
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'2009','11',300,1,'24.16KB','NOT CACHED','NOT CACHED','TEXT','false',regex:.*
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'2009','12',310,1,'24.97KB','NOT CACHED','NOT CACHED','TEXT','false',regex:.*
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'2010','1',310,1,'24.97KB','NOT CACHED','NOT CACHED','TEXT','false',regex:.*
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'2010','2',280,1,'22.54KB','NOT CACHED','NOT CACHED','TEXT','false',regex:.*
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'2010','3',310,1,'24.97KB','NOT CACHED','NOT CACHED','TEXT','false',regex:.*
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'2010','4',300,1,'24.16KB','NOT CACHED','NOT CACHED','TEXT','false',regex:.*
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'2010','5',310,1,'24.97KB','NOT CACHED','NOT CACHED','TEXT','false',regex:.*
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'2010','6',300,1,'24.16KB','NOT CACHED','NOT CACHED','TEXT','false',regex:.*
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'2010','7',310,1,'24.97KB','NOT CACHED','NOT CACHED','TEXT','false',regex:.*
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'2010','8',310,1,'24.97KB','NOT CACHED','NOT CACHED','TEXT','false',regex:.*
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'2010','9',300,1,'24.16KB','NOT CACHED','NOT CACHED','TEXT','false',regex:.*
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'2010','10',310,1,'24.97KB','NOT CACHED','NOT CACHED','TEXT','false',regex:.*
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'2010','11',300,1,'24.16KB','NOT CACHED','NOT CACHED','TEXT','false',regex:.*
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'2010','12',310,1,'24.97KB','NOT CACHED','NOT CACHED','TEXT','false',regex:.*
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'Total','',7300,24,'586.84KB','0B','','','',''
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---- TYPES
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STRING, STRING, BIGINT, BIGINT, STRING, STRING, STRING, STRING, STRING, STRING
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====
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---- QUERY
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show column stats alltypes_for_coltest
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---- LABELS
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COLUMN, TYPE, #DISTINCT VALUES, #NULLS, MAX SIZE, AVG SIZE
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---- RESULTS
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'id','INT',-1,-1,4,4
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'bool_col','BOOLEAN',-1,-1,1,1
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'tinyint_col','TINYINT',10,0,1,1
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'smallint_col','SMALLINT',-1,-1,2,2
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'int_col','INT',-1,-1,4,4
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'bigint_col','BIGINT',-1,-1,8,8
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'float_col','FLOAT',10,0,4,4
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'double_col','DOUBLE',-1,-1,8,8
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'date_string_col','STRING',-1,-1,-1,-1
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'string_col','STRING',-1,-1,-1,-1
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'timestamp_col','TIMESTAMP',-1,-1,16,16
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'year','INT',2,0,4,4
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'month','INT',12,0,4,4
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---- TYPES
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STRING, STRING, BIGINT, BIGINT, BIGINT, DOUBLE
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====
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---- QUERY
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# Computes only table statistics; no column statistics.
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create table alltypes_no_col_stats like functional.alltypes;
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insert into alltypes_no_col_stats partition(year, month)
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select * from functional.alltypes;
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====
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---- QUERY
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compute stats alltypes_no_col_stats()
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---- RESULTS
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'Updated 24 partition(s) and 0 column(s).'
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---- TYPES
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STRING
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====
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---- QUERY
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show table stats alltypes_no_col_stats
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---- LABELS
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YEAR, MONTH, #ROWS, #FILES, SIZE, BYTES CACHED, CACHE REPLICATION, FORMAT, INCREMENTAL STATS, LOCATION
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---- RESULTS
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'2009','1',310,1,'24.56KB','NOT CACHED','NOT CACHED','TEXT','false',regex:.*
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'2009','2',280,1,'22.27KB','NOT CACHED','NOT CACHED','TEXT','false',regex:.*
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'2009','3',310,1,'24.67KB','NOT CACHED','NOT CACHED','TEXT','false',regex:.*
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'2009','4',300,1,'24.06KB','NOT CACHED','NOT CACHED','TEXT','false',regex:.*
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'2009','5',310,1,'24.97KB','NOT CACHED','NOT CACHED','TEXT','false',regex:.*
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'2009','6',300,1,'24.16KB','NOT CACHED','NOT CACHED','TEXT','false',regex:.*
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'2009','7',310,1,'24.97KB','NOT CACHED','NOT CACHED','TEXT','false',regex:.*
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'2009','8',310,1,'24.97KB','NOT CACHED','NOT CACHED','TEXT','false',regex:.*
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'2009','9',300,1,'24.16KB','NOT CACHED','NOT CACHED','TEXT','false',regex:.*
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'2009','10',310,1,'24.97KB','NOT CACHED','NOT CACHED','TEXT','false',regex:.*
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'2009','11',300,1,'24.16KB','NOT CACHED','NOT CACHED','TEXT','false',regex:.*
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'2009','12',310,1,'24.97KB','NOT CACHED','NOT CACHED','TEXT','false',regex:.*
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'2010','1',310,1,'24.97KB','NOT CACHED','NOT CACHED','TEXT','false',regex:.*
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'2010','2',280,1,'22.54KB','NOT CACHED','NOT CACHED','TEXT','false',regex:.*
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'2010','3',310,1,'24.97KB','NOT CACHED','NOT CACHED','TEXT','false',regex:.*
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'2010','4',300,1,'24.16KB','NOT CACHED','NOT CACHED','TEXT','false',regex:.*
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'2010','5',310,1,'24.97KB','NOT CACHED','NOT CACHED','TEXT','false',regex:.*
|
|
'2010','6',300,1,'24.16KB','NOT CACHED','NOT CACHED','TEXT','false',regex:.*
|
|
'2010','7',310,1,'24.97KB','NOT CACHED','NOT CACHED','TEXT','false',regex:.*
|
|
'2010','8',310,1,'24.97KB','NOT CACHED','NOT CACHED','TEXT','false',regex:.*
|
|
'2010','9',300,1,'24.16KB','NOT CACHED','NOT CACHED','TEXT','false',regex:.*
|
|
'2010','10',310,1,'24.97KB','NOT CACHED','NOT CACHED','TEXT','false',regex:.*
|
|
'2010','11',300,1,'24.16KB','NOT CACHED','NOT CACHED','TEXT','false',regex:.*
|
|
'2010','12',310,1,'24.97KB','NOT CACHED','NOT CACHED','TEXT','false',regex:.*
|
|
'Total','',7300,24,'586.84KB','0B','','','',''
|
|
---- TYPES
|
|
STRING, STRING, BIGINT, BIGINT, STRING, STRING, STRING, STRING, STRING, STRING
|
|
====
|
|
---- QUERY
|
|
show column stats alltypes_no_col_stats
|
|
---- LABELS
|
|
COLUMN, TYPE, #DISTINCT VALUES, #NULLS, MAX SIZE, AVG SIZE
|
|
---- RESULTS
|
|
'id','INT',-1,-1,4,4
|
|
'bool_col','BOOLEAN',-1,-1,1,1
|
|
'tinyint_col','TINYINT',-1,-1,1,1
|
|
'smallint_col','SMALLINT',-1,-1,2,2
|
|
'int_col','INT',-1,-1,4,4
|
|
'bigint_col','BIGINT',-1,-1,8,8
|
|
'float_col','FLOAT',-1,-1,4,4
|
|
'double_col','DOUBLE',-1,-1,8,8
|
|
'date_string_col','STRING',-1,-1,-1,-1
|
|
'string_col','STRING',-1,-1,-1,-1
|
|
'timestamp_col','TIMESTAMP',-1,-1,16,16
|
|
'year','INT',2,0,4,4
|
|
'month','INT',12,0,4,4
|
|
---- TYPES
|
|
STRING, STRING, BIGINT, BIGINT, BIGINT, DOUBLE
|
|
====
|
|
---- QUERY
|
|
# Add partitions with NULL values and check for stats.
|
|
alter table alltypes add partition (year=NULL, month=NULL)
|
|
---- RESULTS
|
|
'New partition has been added to the table.'
|
|
====
|
|
---- QUERY
|
|
show column stats alltypes
|
|
---- LABELS
|
|
COLUMN, TYPE, #DISTINCT VALUES, #NULLS, MAX SIZE, AVG SIZE
|
|
---- RESULTS
|
|
'id','INT',-1,-1,4,4
|
|
'bool_col','BOOLEAN',-1,-1,1,1
|
|
'tinyint_col','TINYINT',-1,-1,1,1
|
|
'smallint_col','SMALLINT',-1,-1,2,2
|
|
'int_col','INT',-1,-1,4,4
|
|
'bigint_col','BIGINT',-1,-1,8,8
|
|
'float_col','FLOAT',-1,-1,4,4
|
|
'double_col','DOUBLE',-1,-1,8,8
|
|
'date_string_col','STRING',-1,-1,-1,-1
|
|
'string_col','STRING',-1,-1,-1,-1
|
|
'timestamp_col','TIMESTAMP',-1,-1,16,16
|
|
'year','INT',3,1,4,4
|
|
'month','INT',13,1,4,4
|
|
---- TYPES
|
|
STRING, STRING, BIGINT, BIGINT, BIGINT, DOUBLE
|
|
====
|
|
---- QUERY
|
|
alter table alltypes add partition (year=2011, month=NULL)
|
|
---- RESULTS
|
|
'New partition has been added to the table.'
|
|
====
|
|
---- QUERY
|
|
show column stats alltypes
|
|
---- LABELS
|
|
COLUMN, TYPE, #DISTINCT VALUES, #NULLS, MAX SIZE, AVG SIZE
|
|
---- RESULTS
|
|
'id','INT',-1,-1,4,4
|
|
'bool_col','BOOLEAN',-1,-1,1,1
|
|
'tinyint_col','TINYINT',-1,-1,1,1
|
|
'smallint_col','SMALLINT',-1,-1,2,2
|
|
'int_col','INT',-1,-1,4,4
|
|
'bigint_col','BIGINT',-1,-1,8,8
|
|
'float_col','FLOAT',-1,-1,4,4
|
|
'double_col','DOUBLE',-1,-1,8,8
|
|
'date_string_col','STRING',-1,-1,-1,-1
|
|
'string_col','STRING',-1,-1,-1,-1
|
|
'timestamp_col','TIMESTAMP',-1,-1,16,16
|
|
'year','INT',4,1,4,4
|
|
'month','INT',13,2,4,4
|
|
---- TYPES
|
|
STRING, STRING, BIGINT, BIGINT, BIGINT, DOUBLE
|
|
====
|
|
---- QUERY
|
|
# Drop the partitions with NULL values and check for stats.
|
|
alter table alltypes drop partition (year=NULL, month=NULL)
|
|
---- RESULTS
|
|
'Dropped 1 partition(s).'
|
|
====
|
|
---- QUERY
|
|
show column stats alltypes
|
|
---- LABELS
|
|
COLUMN, TYPE, #DISTINCT VALUES, #NULLS, MAX SIZE, AVG SIZE
|
|
---- RESULTS
|
|
'id','INT',-1,-1,4,4
|
|
'bool_col','BOOLEAN',-1,-1,1,1
|
|
'tinyint_col','TINYINT',-1,-1,1,1
|
|
'smallint_col','SMALLINT',-1,-1,2,2
|
|
'int_col','INT',-1,-1,4,4
|
|
'bigint_col','BIGINT',-1,-1,8,8
|
|
'float_col','FLOAT',-1,-1,4,4
|
|
'double_col','DOUBLE',-1,-1,8,8
|
|
'date_string_col','STRING',-1,-1,-1,-1
|
|
'string_col','STRING',-1,-1,-1,-1
|
|
'timestamp_col','TIMESTAMP',-1,-1,16,16
|
|
'year','INT',3,0,4,4
|
|
'month','INT',13,1,4,4
|
|
---- TYPES
|
|
STRING, STRING, BIGINT, BIGINT, BIGINT, DOUBLE
|
|
====
|
|
---- QUERY
|
|
alter table alltypes drop partition (year=2011, month=NULL)
|
|
---- RESULTS
|
|
'Dropped 1 partition(s).'
|
|
====
|
|
---- QUERY
|
|
show column stats alltypes
|
|
---- LABELS
|
|
COLUMN, TYPE, #DISTINCT VALUES, #NULLS, MAX SIZE, AVG SIZE
|
|
---- RESULTS
|
|
'id','INT',-1,-1,4,4
|
|
'bool_col','BOOLEAN',-1,-1,1,1
|
|
'tinyint_col','TINYINT',-1,-1,1,1
|
|
'smallint_col','SMALLINT',-1,-1,2,2
|
|
'int_col','INT',-1,-1,4,4
|
|
'bigint_col','BIGINT',-1,-1,8,8
|
|
'float_col','FLOAT',-1,-1,4,4
|
|
'double_col','DOUBLE',-1,-1,8,8
|
|
'date_string_col','STRING',-1,-1,-1,-1
|
|
'string_col','STRING',-1,-1,-1,-1
|
|
'timestamp_col','TIMESTAMP',-1,-1,16,16
|
|
'year','INT',2,0,4,4
|
|
'month','INT',12,0,4,4
|
|
---- TYPES
|
|
STRING, STRING, BIGINT, BIGINT, BIGINT, DOUBLE
|
|
====
|
|
---- QUERY
|
|
# drop stats from this table a second time, should not throw an error.
|
|
drop stats alltypes
|
|
====
|
|
---- QUERY
|
|
# test computing stats on an unpartitioned text table with all types
|
|
create table alltypesnopart like functional.alltypesnopart;
|
|
insert into alltypesnopart
|
|
select id, bool_col, tinyint_col, smallint_col, int_col, bigint_col, float_col,
|
|
double_col, date_string_col, string_col, timestamp_col
|
|
from functional.alltypessmall;
|
|
====
|
|
---- QUERY
|
|
compute stats alltypesnopart
|
|
---- RESULTS
|
|
'Updated 1 partition(s) and 11 column(s).'
|
|
---- TYPES
|
|
STRING
|
|
====
|
|
---- QUERY
|
|
show table stats alltypesnopart
|
|
---- LABELS
|
|
#ROWS, #FILES, SIZE, BYTES CACHED, CACHE REPLICATION, FORMAT, INCREMENTAL STATS, LOCATION
|
|
---- RESULTS
|
|
100,3,'7.73KB','NOT CACHED','NOT CACHED','TEXT','false',regex:.*
|
|
---- TYPES
|
|
BIGINT, BIGINT, STRING, STRING, STRING, STRING, STRING, STRING
|
|
====
|
|
---- QUERY
|
|
show column stats alltypesnopart
|
|
---- LABELS
|
|
COLUMN, TYPE, #DISTINCT VALUES, #NULLS, MAX SIZE, AVG SIZE
|
|
---- RESULTS
|
|
'id','INT',99,0,4,4
|
|
'bool_col','BOOLEAN',2,0,1,1
|
|
'tinyint_col','TINYINT',10,0,1,1
|
|
'smallint_col','SMALLINT',10,0,2,2
|
|
'int_col','INT',10,0,4,4
|
|
'bigint_col','BIGINT',10,0,8,8
|
|
'float_col','FLOAT',10,0,4,4
|
|
'double_col','DOUBLE',10,0,8,8
|
|
'date_string_col','STRING',12,0,8,8
|
|
'string_col','STRING',10,0,1,1
|
|
'timestamp_col','TIMESTAMP',100,0,16,16
|
|
---- TYPES
|
|
STRING, STRING, BIGINT, BIGINT, BIGINT, DOUBLE
|
|
====
|
|
---- QUERY
|
|
# IMPALA-4767: Test that ALTER TABLE commands preserve table stats.
|
|
alter table alltypesnopart set tblproperties('test'='test');
|
|
alter table alltypesnopart set column stats string_col ('numDVs'='10');
|
|
alter table alltypesnopart add columns (new_col int);
|
|
show table stats alltypesnopart;
|
|
---- LABELS
|
|
#ROWS, #FILES, SIZE, BYTES CACHED, CACHE REPLICATION, FORMAT, INCREMENTAL STATS, LOCATION
|
|
---- RESULTS
|
|
100,3,'7.73KB','NOT CACHED','NOT CACHED','TEXT','false',regex:.*
|
|
---- TYPES
|
|
BIGINT, BIGINT, STRING, STRING, STRING, STRING, STRING, STRING
|
|
====
|
|
---- QUERY
|
|
# test computing stats on a partitioned parquet table with all types
|
|
create table alltypes_parquet
|
|
like functional_parquet.alltypes;
|
|
insert into alltypes_parquet partition(year, month)
|
|
select * from functional.alltypes;
|
|
====
|
|
---- QUERY
|
|
compute stats alltypes_parquet
|
|
---- RESULTS
|
|
'Updated 24 partition(s) and 11 column(s).'
|
|
---- TYPES
|
|
STRING
|
|
====
|
|
---- QUERY
|
|
show table stats alltypes_parquet
|
|
---- LABELS
|
|
YEAR, MONTH, #ROWS, #FILES, SIZE, BYTES CACHED, CACHE REPLICATION, FORMAT, INCREMENTAL STATS, LOCATION
|
|
---- RESULTS
|
|
'2009','1',310,1,regex:.+KB,'NOT CACHED','NOT CACHED','PARQUET','false',regex:.*
|
|
'2009','2',280,1,regex:.+KB,'NOT CACHED','NOT CACHED','PARQUET','false',regex:.*
|
|
'2009','3',310,1,regex:.+KB,'NOT CACHED','NOT CACHED','PARQUET','false',regex:.*
|
|
'2009','4',300,1,regex:.+KB,'NOT CACHED','NOT CACHED','PARQUET','false',regex:.*
|
|
'2009','5',310,1,regex:.+KB,'NOT CACHED','NOT CACHED','PARQUET','false',regex:.*
|
|
'2009','6',300,1,regex:.+KB,'NOT CACHED','NOT CACHED','PARQUET','false',regex:.*
|
|
'2009','7',310,1,regex:.+KB,'NOT CACHED','NOT CACHED','PARQUET','false',regex:.*
|
|
'2009','8',310,1,regex:.+KB,'NOT CACHED','NOT CACHED','PARQUET','false',regex:.*
|
|
'2009','9',300,1,regex:.+KB,'NOT CACHED','NOT CACHED','PARQUET','false',regex:.*
|
|
'2009','10',310,1,regex:.+KB,'NOT CACHED','NOT CACHED','PARQUET','false',regex:.*
|
|
'2009','11',300,1,regex:.+KB,'NOT CACHED','NOT CACHED','PARQUET','false',regex:.*
|
|
'2009','12',310,1,regex:.+KB,'NOT CACHED','NOT CACHED','PARQUET','false',regex:.*
|
|
'2010','1',310,1,regex:.+KB,'NOT CACHED','NOT CACHED','PARQUET','false',regex:.*
|
|
'2010','2',280,1,regex:.+KB,'NOT CACHED','NOT CACHED','PARQUET','false',regex:.*
|
|
'2010','3',310,1,regex:.+KB,'NOT CACHED','NOT CACHED','PARQUET','false',regex:.*
|
|
'2010','4',300,1,regex:.+KB,'NOT CACHED','NOT CACHED','PARQUET','false',regex:.*
|
|
'2010','5',310,1,regex:.+KB,'NOT CACHED','NOT CACHED','PARQUET','false',regex:.*
|
|
'2010','6',300,1,regex:.+KB,'NOT CACHED','NOT CACHED','PARQUET','false',regex:.*
|
|
'2010','7',310,1,regex:.+KB,'NOT CACHED','NOT CACHED','PARQUET','false',regex:.*
|
|
'2010','8',310,1,regex:.+KB,'NOT CACHED','NOT CACHED','PARQUET','false',regex:.*
|
|
'2010','9',300,1,regex:.+KB,'NOT CACHED','NOT CACHED','PARQUET','false',regex:.*
|
|
'2010','10',310,1,regex:.+KB,'NOT CACHED','NOT CACHED','PARQUET','false',regex:.*
|
|
'2010','11',300,1,regex:.+KB,'NOT CACHED','NOT CACHED','PARQUET','false',regex:.*
|
|
'2010','12',310,1,regex:.+KB,'NOT CACHED','NOT CACHED','PARQUET','false',regex:.*
|
|
'Total','',7300,24,regex:.+KB,'0B','','','',''
|
|
---- TYPES
|
|
STRING, STRING, BIGINT, BIGINT, STRING, STRING, STRING, STRING, STRING, STRING
|
|
====
|
|
---- QUERY
|
|
show column stats alltypes_parquet
|
|
---- LABELS
|
|
COLUMN, TYPE, #DISTINCT VALUES, #NULLS, MAX SIZE, AVG SIZE
|
|
---- RESULTS
|
|
'id','INT',7300,0,4,4
|
|
'bool_col','BOOLEAN',2,0,1,1
|
|
'tinyint_col','TINYINT',10,0,1,1
|
|
'smallint_col','SMALLINT',10,0,2,2
|
|
'int_col','INT',10,0,4,4
|
|
'bigint_col','BIGINT',10,0,8,8
|
|
'float_col','FLOAT',10,0,4,4
|
|
'double_col','DOUBLE',10,0,8,8
|
|
'date_string_col','STRING',736,0,8,8
|
|
'string_col','STRING',10,0,1,1
|
|
'timestamp_col','TIMESTAMP',7300,0,16,16
|
|
'year','INT',2,0,4,4
|
|
'month','INT',12,0,4,4
|
|
---- TYPES
|
|
STRING, STRING, BIGINT, BIGINT, BIGINT, DOUBLE
|
|
====
|
|
---- QUERY
|
|
# IMPALA-4767: Test that ALTER TABLE commands preserve table stats.
|
|
alter table alltypes_parquet set tblproperties('test'='test');
|
|
alter table alltypes_parquet set column stats string_col ('numDVs'='10');
|
|
alter table alltypes_parquet add columns (new_col int);
|
|
show table stats alltypes_parquet;
|
|
---- LABELS
|
|
YEAR, MONTH, #ROWS, #FILES, SIZE, BYTES CACHED, CACHE REPLICATION, FORMAT, INCREMENTAL STATS, LOCATION
|
|
---- RESULTS
|
|
'2009','1',310,1,regex:.+KB,'NOT CACHED','NOT CACHED','PARQUET','false',regex:.*
|
|
'2009','2',280,1,regex:.+KB,'NOT CACHED','NOT CACHED','PARQUET','false',regex:.*
|
|
'2009','3',310,1,regex:.+KB,'NOT CACHED','NOT CACHED','PARQUET','false',regex:.*
|
|
'2009','4',300,1,regex:.+KB,'NOT CACHED','NOT CACHED','PARQUET','false',regex:.*
|
|
'2009','5',310,1,regex:.+KB,'NOT CACHED','NOT CACHED','PARQUET','false',regex:.*
|
|
'2009','6',300,1,regex:.+KB,'NOT CACHED','NOT CACHED','PARQUET','false',regex:.*
|
|
'2009','7',310,1,regex:.+KB,'NOT CACHED','NOT CACHED','PARQUET','false',regex:.*
|
|
'2009','8',310,1,regex:.+KB,'NOT CACHED','NOT CACHED','PARQUET','false',regex:.*
|
|
'2009','9',300,1,regex:.+KB,'NOT CACHED','NOT CACHED','PARQUET','false',regex:.*
|
|
'2009','10',310,1,regex:.+KB,'NOT CACHED','NOT CACHED','PARQUET','false',regex:.*
|
|
'2009','11',300,1,regex:.+KB,'NOT CACHED','NOT CACHED','PARQUET','false',regex:.*
|
|
'2009','12',310,1,regex:.+KB,'NOT CACHED','NOT CACHED','PARQUET','false',regex:.*
|
|
'2010','1',310,1,regex:.+KB,'NOT CACHED','NOT CACHED','PARQUET','false',regex:.*
|
|
'2010','2',280,1,regex:.+KB,'NOT CACHED','NOT CACHED','PARQUET','false',regex:.*
|
|
'2010','3',310,1,regex:.+KB,'NOT CACHED','NOT CACHED','PARQUET','false',regex:.*
|
|
'2010','4',300,1,regex:.+KB,'NOT CACHED','NOT CACHED','PARQUET','false',regex:.*
|
|
'2010','5',310,1,regex:.+KB,'NOT CACHED','NOT CACHED','PARQUET','false',regex:.*
|
|
'2010','6',300,1,regex:.+KB,'NOT CACHED','NOT CACHED','PARQUET','false',regex:.*
|
|
'2010','7',310,1,regex:.+KB,'NOT CACHED','NOT CACHED','PARQUET','false',regex:.*
|
|
'2010','8',310,1,regex:.+KB,'NOT CACHED','NOT CACHED','PARQUET','false',regex:.*
|
|
'2010','9',300,1,regex:.+KB,'NOT CACHED','NOT CACHED','PARQUET','false',regex:.*
|
|
'2010','10',310,1,regex:.+KB,'NOT CACHED','NOT CACHED','PARQUET','false',regex:.*
|
|
'2010','11',300,1,regex:.+KB,'NOT CACHED','NOT CACHED','PARQUET','false',regex:.*
|
|
'2010','12',310,1,regex:.+KB,'NOT CACHED','NOT CACHED','PARQUET','false',regex:.*
|
|
'Total','',7300,24,regex:.+KB,'0B','','','',''
|
|
---- TYPES
|
|
STRING, STRING, BIGINT, BIGINT, STRING, STRING, STRING, STRING, STRING, STRING
|
|
====
|
|
---- QUERY
|
|
# test computing stats on an empty table
|
|
create table alltypes_empty like functional_rc_snap.alltypes
|
|
====
|
|
---- QUERY
|
|
compute stats alltypes_empty
|
|
---- RESULTS
|
|
'Updated 0 partition(s) and 11 column(s).'
|
|
---- TYPES
|
|
STRING
|
|
====
|
|
---- QUERY
|
|
show table stats alltypes_empty
|
|
---- LABELS
|
|
YEAR, MONTH, #ROWS, #FILES, SIZE, BYTES CACHED, CACHE REPLICATION, FORMAT, INCREMENTAL STATS, LOCATION
|
|
---- RESULTS
|
|
'Total','',0,0,'0B','0B','','','',''
|
|
---- TYPES
|
|
STRING, STRING, BIGINT, BIGINT, STRING, STRING, STRING, STRING, STRING, STRING
|
|
====
|
|
---- QUERY
|
|
show column stats alltypes_empty
|
|
---- LABELS
|
|
COLUMN, TYPE, #DISTINCT VALUES, #NULLS, MAX SIZE, AVG SIZE
|
|
---- RESULTS
|
|
'id','INT',0,0,4,4
|
|
'bool_col','BOOLEAN',2,0,1,1
|
|
'tinyint_col','TINYINT',0,0,1,1
|
|
'smallint_col','SMALLINT',0,0,2,2
|
|
'int_col','INT',0,0,4,4
|
|
'bigint_col','BIGINT',0,0,8,8
|
|
'float_col','FLOAT',0,0,4,4
|
|
'double_col','DOUBLE',0,0,8,8
|
|
'date_string_col','STRING',0,0,0,0
|
|
'string_col','STRING',0,0,0,0
|
|
'timestamp_col','TIMESTAMP',0,0,16,16
|
|
'year','INT',0,0,4,4
|
|
'month','INT',0,0,4,4
|
|
---- TYPES
|
|
STRING, STRING, BIGINT, BIGINT, BIGINT, DOUBLE
|
|
====
|
|
---- QUERY
|
|
# IMPALA-883: Compute table stats for an empty partition.
|
|
create table empty_partitioned (i int) partitioned by (j int);
|
|
alter table empty_partitioned add partition (j=1);
|
|
====
|
|
---- QUERY
|
|
compute stats empty_partitioned
|
|
---- RESULTS
|
|
'Updated 1 partition(s) and 1 column(s).'
|
|
---- TYPES
|
|
STRING
|
|
====
|
|
---- QUERY
|
|
show table stats empty_partitioned
|
|
---- RESULTS
|
|
'1',0,0,'0B','NOT CACHED','NOT CACHED','TEXT','false',regex:.*
|
|
'Total',0,0,'0B','0B','','','',''
|
|
---- TYPES
|
|
STRING, BIGINT, BIGINT, STRING, STRING, STRING, STRING, STRING, STRING
|
|
====
|
|
---- QUERY
|
|
# Insert non empty partition to the table with empty partition.
|
|
insert into table empty_partitioned partition (j=2) select 1;
|
|
====
|
|
---- QUERY
|
|
drop stats empty_partitioned
|
|
---- RESULTS
|
|
'Stats have been dropped.'
|
|
====
|
|
---- QUERY
|
|
# Verify partition stats work with empty and non-empty partition.
|
|
compute stats empty_partitioned
|
|
---- RESULTS
|
|
'Updated 2 partition(s) and 1 column(s).'
|
|
---- TYPES
|
|
STRING
|
|
====
|
|
---- QUERY
|
|
show table stats empty_partitioned
|
|
---- RESULTS
|
|
'1',0,0,'0B','NOT CACHED','NOT CACHED','TEXT','false',regex:.*
|
|
'2',1,1,'2B','NOT CACHED','NOT CACHED','TEXT','false',regex:.*
|
|
'Total',1,1,'2B','0B','','','',''
|
|
---- TYPES
|
|
STRING, BIGINT, BIGINT, STRING, STRING, STRING, STRING, STRING, STRING
|
|
====
|
|
---- QUERY
|
|
# Verify partition stats work with empty and non-empty partition.
|
|
drop stats empty_partitioned;
|
|
compute stats empty_partitioned;
|
|
---- RESULTS
|
|
'Updated 2 partition(s) and 1 column(s).'
|
|
---- TYPES
|
|
STRING
|
|
====
|
|
---- QUERY
|
|
show table stats empty_partitioned
|
|
---- RESULTS
|
|
'1',0,0,'0B','NOT CACHED','NOT CACHED','TEXT','false',regex:.*
|
|
'2',1,1,'2B','NOT CACHED','NOT CACHED','TEXT','false',regex:.*
|
|
'Total',1,1,'2B','0B','','','',''
|
|
---- TYPES
|
|
STRING, BIGINT, BIGINT, STRING, STRING, STRING, STRING, STRING, STRING
|
|
====
|
|
---- QUERY
|
|
# IMPALA-1614 Verify that COMPUTE STATS works on a table whose name starts with numbers.
|
|
create table `123_table` (i int, 1p int) partitioned by (2j int);
|
|
alter table `123_table` add partition (2j=1);
|
|
====
|
|
---- QUERY
|
|
compute stats `123_table`
|
|
---- RESULTS
|
|
'Updated 1 partition(s) and 2 column(s).'
|
|
---- TYPES
|
|
STRING
|
|
====
|
|
---- QUERY
|
|
show table stats `123_table`
|
|
---- RESULTS
|
|
'1',0,0,'0B','NOT CACHED','NOT CACHED','TEXT','false',regex:.*
|
|
'Total',0,0,'0B','0B','','','',''
|
|
---- TYPES
|
|
STRING, BIGINT, BIGINT, STRING, STRING, STRING, STRING, STRING, STRING
|
|
====
|
|
---- QUERY
|
|
# IMPALA-1629: Verify that the column stats for CHAR/VARCHAR columns are populated.
|
|
# The values of date_string_col always have exactly 8 characters. The CHAR/VARCHAR
|
|
# sizes below are chosen such that they are smaller, equal, and greater than the
|
|
# source data values, in particular, to test the CHAR padding behavior.
|
|
create table chars_tbl (
|
|
id int,
|
|
ch1 char(1),
|
|
ch2 char(8),
|
|
ch3 char(20),
|
|
ts timestamp,
|
|
vc1 varchar(1),
|
|
vc2 varchar(8),
|
|
vc3 varchar(20)
|
|
)
|
|
partitioned by (
|
|
year char(5),
|
|
day varchar(13)
|
|
);
|
|
|
|
insert overwrite chars_tbl partition(year, day)
|
|
select
|
|
id,
|
|
cast(date_string_col as char(1)),
|
|
cast(date_string_col as char(8)),
|
|
cast(date_string_col as char(20)),
|
|
timestamp_col,
|
|
cast(date_string_col as varchar(1)),
|
|
cast(date_string_col as varchar(8)),
|
|
cast(date_string_col as varchar(20)),
|
|
cast(year as char(5)),
|
|
cast(day as varchar(13))
|
|
from functional.alltypesagg
|
|
where day is null or day in (3, 7);
|
|
---- RESULTS: VERIFY_IS_EQUAL_SORTED
|
|
year=2010 /day=7/: 1000
|
|
year=2010 /day=3/: 1000
|
|
year=2010 /day=__HIVE_DEFAULT_PARTITION__/: 1000
|
|
====
|
|
---- QUERY
|
|
compute stats chars_tbl
|
|
---- RESULTS
|
|
'Updated 3 partition(s) and 8 column(s).'
|
|
---- TYPES
|
|
STRING
|
|
====
|
|
---- QUERY
|
|
show column stats chars_tbl
|
|
---- LABELS
|
|
COLUMN, TYPE, #DISTINCT VALUES, #NULLS, MAX SIZE, AVG SIZE
|
|
---- RESULTS
|
|
'id','INT',2915,0,4,4
|
|
'ch1','CHAR(1)',1,0,1,1
|
|
'ch2','CHAR(8)',10,0,8,8
|
|
'ch3','CHAR(20)',10,0,20,20
|
|
'ts','TIMESTAMP',2871,0,16,16
|
|
'vc1','VARCHAR(1)',1,0,1,1
|
|
'vc2','VARCHAR(8)',10,0,8,8
|
|
'vc3','VARCHAR(20)',10,0,8,8
|
|
'year','CHAR(5)',1,0,5,5
|
|
'day','VARCHAR(13)',3,1,-1,-1
|
|
---- TYPES
|
|
STRING, STRING, BIGINT, BIGINT, BIGINT, DOUBLE
|
|
====
|
|
---- QUERY
|
|
# Test that compute stats works on wide tables.
|
|
create table widetable_1000_cols
|
|
stored as parquet
|
|
as
|
|
select * from functional_parquet.widetable_1000_cols
|
|
====
|
|
---- QUERY
|
|
compute stats widetable_1000_cols
|
|
====
|
|
---- QUERY
|
|
show column stats widetable_1000_cols
|
|
---- RESULTS
|
|
'bool_col1','BOOLEAN',2,0,1,1
|
|
'tinyint_col1','TINYINT',5,0,1,1
|
|
'smallint_col1','SMALLINT',5,0,2,2
|
|
'int_col1','INT',5,0,4,4
|
|
'bigint_col1','BIGINT',5,0,8,8
|
|
'float_col1','FLOAT',5,0,4,4
|
|
'double_col1','DOUBLE',5,0,8,8
|
|
'string_col1','STRING',5,0,1,1
|
|
'bool_col2','BOOLEAN',2,0,1,1
|
|
'tinyint_col2','TINYINT',5,0,1,1
|
|
'smallint_col2','SMALLINT',5,0,2,2
|
|
'int_col2','INT',5,0,4,4
|
|
'bigint_col2','BIGINT',5,0,8,8
|
|
'float_col2','FLOAT',5,0,4,4
|
|
'double_col2','DOUBLE',5,0,8,8
|
|
'string_col2','STRING',5,0,1,1
|
|
'bool_col3','BOOLEAN',2,0,1,1
|
|
'tinyint_col3','TINYINT',5,0,1,1
|
|
'smallint_col3','SMALLINT',5,0,2,2
|
|
'int_col3','INT',5,0,4,4
|
|
'bigint_col3','BIGINT',5,0,8,8
|
|
'float_col3','FLOAT',5,0,4,4
|
|
'double_col3','DOUBLE',5,0,8,8
|
|
'string_col3','STRING',5,0,1,1
|
|
'bool_col4','BOOLEAN',2,0,1,1
|
|
'tinyint_col4','TINYINT',5,0,1,1
|
|
'smallint_col4','SMALLINT',5,0,2,2
|
|
'int_col4','INT',5,0,4,4
|
|
'bigint_col4','BIGINT',5,0,8,8
|
|
'float_col4','FLOAT',5,0,4,4
|
|
'double_col4','DOUBLE',5,0,8,8
|
|
'string_col4','STRING',5,0,1,1
|
|
'bool_col5','BOOLEAN',2,0,1,1
|
|
'tinyint_col5','TINYINT',5,0,1,1
|
|
'smallint_col5','SMALLINT',5,0,2,2
|
|
'int_col5','INT',5,0,4,4
|
|
'bigint_col5','BIGINT',5,0,8,8
|
|
'float_col5','FLOAT',5,0,4,4
|
|
'double_col5','DOUBLE',5,0,8,8
|
|
'string_col5','STRING',5,0,1,1
|
|
'bool_col6','BOOLEAN',2,0,1,1
|
|
'tinyint_col6','TINYINT',5,0,1,1
|
|
'smallint_col6','SMALLINT',5,0,2,2
|
|
'int_col6','INT',5,0,4,4
|
|
'bigint_col6','BIGINT',5,0,8,8
|
|
'float_col6','FLOAT',5,0,4,4
|
|
'double_col6','DOUBLE',5,0,8,8
|
|
'string_col6','STRING',5,0,1,1
|
|
'bool_col7','BOOLEAN',2,0,1,1
|
|
'tinyint_col7','TINYINT',5,0,1,1
|
|
'smallint_col7','SMALLINT',5,0,2,2
|
|
'int_col7','INT',5,0,4,4
|
|
'bigint_col7','BIGINT',5,0,8,8
|
|
'float_col7','FLOAT',5,0,4,4
|
|
'double_col7','DOUBLE',5,0,8,8
|
|
'string_col7','STRING',5,0,1,1
|
|
'bool_col8','BOOLEAN',2,0,1,1
|
|
'tinyint_col8','TINYINT',5,0,1,1
|
|
'smallint_col8','SMALLINT',5,0,2,2
|
|
'int_col8','INT',5,0,4,4
|
|
'bigint_col8','BIGINT',5,0,8,8
|
|
'float_col8','FLOAT',5,0,4,4
|
|
'double_col8','DOUBLE',5,0,8,8
|
|
'string_col8','STRING',5,0,1,1
|
|
'bool_col9','BOOLEAN',2,0,1,1
|
|
'tinyint_col9','TINYINT',5,0,1,1
|
|
'smallint_col9','SMALLINT',5,0,2,2
|
|
'int_col9','INT',5,0,4,4
|
|
'bigint_col9','BIGINT',5,0,8,8
|
|
'float_col9','FLOAT',5,0,4,4
|
|
'double_col9','DOUBLE',5,0,8,8
|
|
'string_col9','STRING',5,0,1,1
|
|
'bool_col10','BOOLEAN',2,0,1,1
|
|
'tinyint_col10','TINYINT',5,0,1,1
|
|
'smallint_col10','SMALLINT',5,0,2,2
|
|
'int_col10','INT',5,0,4,4
|
|
'bigint_col10','BIGINT',5,0,8,8
|
|
'float_col10','FLOAT',5,0,4,4
|
|
'double_col10','DOUBLE',5,0,8,8
|
|
'string_col10','STRING',5,0,1,1
|
|
'bool_col11','BOOLEAN',2,0,1,1
|
|
'tinyint_col11','TINYINT',5,0,1,1
|
|
'smallint_col11','SMALLINT',5,0,2,2
|
|
'int_col11','INT',5,0,4,4
|
|
'bigint_col11','BIGINT',5,0,8,8
|
|
'float_col11','FLOAT',5,0,4,4
|
|
'double_col11','DOUBLE',5,0,8,8
|
|
'string_col11','STRING',5,0,1,1
|
|
'bool_col12','BOOLEAN',2,0,1,1
|
|
'tinyint_col12','TINYINT',5,0,1,1
|
|
'smallint_col12','SMALLINT',5,0,2,2
|
|
'int_col12','INT',5,0,4,4
|
|
'bigint_col12','BIGINT',5,0,8,8
|
|
'float_col12','FLOAT',5,0,4,4
|
|
'double_col12','DOUBLE',5,0,8,8
|
|
'string_col12','STRING',5,0,1,1
|
|
'bool_col13','BOOLEAN',2,0,1,1
|
|
'tinyint_col13','TINYINT',5,0,1,1
|
|
'smallint_col13','SMALLINT',5,0,2,2
|
|
'int_col13','INT',5,0,4,4
|
|
'bigint_col13','BIGINT',5,0,8,8
|
|
'float_col13','FLOAT',5,0,4,4
|
|
'double_col13','DOUBLE',5,0,8,8
|
|
'string_col13','STRING',5,0,1,1
|
|
'bool_col14','BOOLEAN',2,0,1,1
|
|
'tinyint_col14','TINYINT',5,0,1,1
|
|
'smallint_col14','SMALLINT',5,0,2,2
|
|
'int_col14','INT',5,0,4,4
|
|
'bigint_col14','BIGINT',5,0,8,8
|
|
'float_col14','FLOAT',5,0,4,4
|
|
'double_col14','DOUBLE',5,0,8,8
|
|
'string_col14','STRING',5,0,1,1
|
|
'bool_col15','BOOLEAN',2,0,1,1
|
|
'tinyint_col15','TINYINT',5,0,1,1
|
|
'smallint_col15','SMALLINT',5,0,2,2
|
|
'int_col15','INT',5,0,4,4
|
|
'bigint_col15','BIGINT',5,0,8,8
|
|
'float_col15','FLOAT',5,0,4,4
|
|
'double_col15','DOUBLE',5,0,8,8
|
|
'string_col15','STRING',5,0,1,1
|
|
'bool_col16','BOOLEAN',2,0,1,1
|
|
'tinyint_col16','TINYINT',5,0,1,1
|
|
'smallint_col16','SMALLINT',5,0,2,2
|
|
'int_col16','INT',5,0,4,4
|
|
'bigint_col16','BIGINT',5,0,8,8
|
|
'float_col16','FLOAT',5,0,4,4
|
|
'double_col16','DOUBLE',5,0,8,8
|
|
'string_col16','STRING',5,0,1,1
|
|
'bool_col17','BOOLEAN',2,0,1,1
|
|
'tinyint_col17','TINYINT',5,0,1,1
|
|
'smallint_col17','SMALLINT',5,0,2,2
|
|
'int_col17','INT',5,0,4,4
|
|
'bigint_col17','BIGINT',5,0,8,8
|
|
'float_col17','FLOAT',5,0,4,4
|
|
'double_col17','DOUBLE',5,0,8,8
|
|
'string_col17','STRING',5,0,1,1
|
|
'bool_col18','BOOLEAN',2,0,1,1
|
|
'tinyint_col18','TINYINT',5,0,1,1
|
|
'smallint_col18','SMALLINT',5,0,2,2
|
|
'int_col18','INT',5,0,4,4
|
|
'bigint_col18','BIGINT',5,0,8,8
|
|
'float_col18','FLOAT',5,0,4,4
|
|
'double_col18','DOUBLE',5,0,8,8
|
|
'string_col18','STRING',5,0,1,1
|
|
'bool_col19','BOOLEAN',2,0,1,1
|
|
'tinyint_col19','TINYINT',5,0,1,1
|
|
'smallint_col19','SMALLINT',5,0,2,2
|
|
'int_col19','INT',5,0,4,4
|
|
'bigint_col19','BIGINT',5,0,8,8
|
|
'float_col19','FLOAT',5,0,4,4
|
|
'double_col19','DOUBLE',5,0,8,8
|
|
'string_col19','STRING',5,0,1,1
|
|
'bool_col20','BOOLEAN',2,0,1,1
|
|
'tinyint_col20','TINYINT',5,0,1,1
|
|
'smallint_col20','SMALLINT',5,0,2,2
|
|
'int_col20','INT',5,0,4,4
|
|
'bigint_col20','BIGINT',5,0,8,8
|
|
'float_col20','FLOAT',5,0,4,4
|
|
'double_col20','DOUBLE',5,0,8,8
|
|
'string_col20','STRING',5,0,1,1
|
|
'bool_col21','BOOLEAN',2,0,1,1
|
|
'tinyint_col21','TINYINT',5,0,1,1
|
|
'smallint_col21','SMALLINT',5,0,2,2
|
|
'int_col21','INT',5,0,4,4
|
|
'bigint_col21','BIGINT',5,0,8,8
|
|
'float_col21','FLOAT',5,0,4,4
|
|
'double_col21','DOUBLE',5,0,8,8
|
|
'string_col21','STRING',5,0,1,1
|
|
'bool_col22','BOOLEAN',2,0,1,1
|
|
'tinyint_col22','TINYINT',5,0,1,1
|
|
'smallint_col22','SMALLINT',5,0,2,2
|
|
'int_col22','INT',5,0,4,4
|
|
'bigint_col22','BIGINT',5,0,8,8
|
|
'float_col22','FLOAT',5,0,4,4
|
|
'double_col22','DOUBLE',5,0,8,8
|
|
'string_col22','STRING',5,0,1,1
|
|
'bool_col23','BOOLEAN',2,0,1,1
|
|
'tinyint_col23','TINYINT',5,0,1,1
|
|
'smallint_col23','SMALLINT',5,0,2,2
|
|
'int_col23','INT',5,0,4,4
|
|
'bigint_col23','BIGINT',5,0,8,8
|
|
'float_col23','FLOAT',5,0,4,4
|
|
'double_col23','DOUBLE',5,0,8,8
|
|
'string_col23','STRING',5,0,1,1
|
|
'bool_col24','BOOLEAN',2,0,1,1
|
|
'tinyint_col24','TINYINT',5,0,1,1
|
|
'smallint_col24','SMALLINT',5,0,2,2
|
|
'int_col24','INT',5,0,4,4
|
|
'bigint_col24','BIGINT',5,0,8,8
|
|
'float_col24','FLOAT',5,0,4,4
|
|
'double_col24','DOUBLE',5,0,8,8
|
|
'string_col24','STRING',5,0,1,1
|
|
'bool_col25','BOOLEAN',2,0,1,1
|
|
'tinyint_col25','TINYINT',5,0,1,1
|
|
'smallint_col25','SMALLINT',5,0,2,2
|
|
'int_col25','INT',5,0,4,4
|
|
'bigint_col25','BIGINT',5,0,8,8
|
|
'float_col25','FLOAT',5,0,4,4
|
|
'double_col25','DOUBLE',5,0,8,8
|
|
'string_col25','STRING',5,0,1,1
|
|
'bool_col26','BOOLEAN',2,0,1,1
|
|
'tinyint_col26','TINYINT',5,0,1,1
|
|
'smallint_col26','SMALLINT',5,0,2,2
|
|
'int_col26','INT',5,0,4,4
|
|
'bigint_col26','BIGINT',5,0,8,8
|
|
'float_col26','FLOAT',5,0,4,4
|
|
'double_col26','DOUBLE',5,0,8,8
|
|
'string_col26','STRING',5,0,1,1
|
|
'bool_col27','BOOLEAN',2,0,1,1
|
|
'tinyint_col27','TINYINT',5,0,1,1
|
|
'smallint_col27','SMALLINT',5,0,2,2
|
|
'int_col27','INT',5,0,4,4
|
|
'bigint_col27','BIGINT',5,0,8,8
|
|
'float_col27','FLOAT',5,0,4,4
|
|
'double_col27','DOUBLE',5,0,8,8
|
|
'string_col27','STRING',5,0,1,1
|
|
'bool_col28','BOOLEAN',2,0,1,1
|
|
'tinyint_col28','TINYINT',5,0,1,1
|
|
'smallint_col28','SMALLINT',5,0,2,2
|
|
'int_col28','INT',5,0,4,4
|
|
'bigint_col28','BIGINT',5,0,8,8
|
|
'float_col28','FLOAT',5,0,4,4
|
|
'double_col28','DOUBLE',5,0,8,8
|
|
'string_col28','STRING',5,0,1,1
|
|
'bool_col29','BOOLEAN',2,0,1,1
|
|
'tinyint_col29','TINYINT',5,0,1,1
|
|
'smallint_col29','SMALLINT',5,0,2,2
|
|
'int_col29','INT',5,0,4,4
|
|
'bigint_col29','BIGINT',5,0,8,8
|
|
'float_col29','FLOAT',5,0,4,4
|
|
'double_col29','DOUBLE',5,0,8,8
|
|
'string_col29','STRING',5,0,1,1
|
|
'bool_col30','BOOLEAN',2,0,1,1
|
|
'tinyint_col30','TINYINT',5,0,1,1
|
|
'smallint_col30','SMALLINT',5,0,2,2
|
|
'int_col30','INT',5,0,4,4
|
|
'bigint_col30','BIGINT',5,0,8,8
|
|
'float_col30','FLOAT',5,0,4,4
|
|
'double_col30','DOUBLE',5,0,8,8
|
|
'string_col30','STRING',5,0,1,1
|
|
'bool_col31','BOOLEAN',2,0,1,1
|
|
'tinyint_col31','TINYINT',5,0,1,1
|
|
'smallint_col31','SMALLINT',5,0,2,2
|
|
'int_col31','INT',5,0,4,4
|
|
'bigint_col31','BIGINT',5,0,8,8
|
|
'float_col31','FLOAT',5,0,4,4
|
|
'double_col31','DOUBLE',5,0,8,8
|
|
'string_col31','STRING',5,0,1,1
|
|
'bool_col32','BOOLEAN',2,0,1,1
|
|
'tinyint_col32','TINYINT',5,0,1,1
|
|
'smallint_col32','SMALLINT',5,0,2,2
|
|
'int_col32','INT',5,0,4,4
|
|
'bigint_col32','BIGINT',5,0,8,8
|
|
'float_col32','FLOAT',5,0,4,4
|
|
'double_col32','DOUBLE',5,0,8,8
|
|
'string_col32','STRING',5,0,1,1
|
|
'bool_col33','BOOLEAN',2,0,1,1
|
|
'tinyint_col33','TINYINT',5,0,1,1
|
|
'smallint_col33','SMALLINT',5,0,2,2
|
|
'int_col33','INT',5,0,4,4
|
|
'bigint_col33','BIGINT',5,0,8,8
|
|
'float_col33','FLOAT',5,0,4,4
|
|
'double_col33','DOUBLE',5,0,8,8
|
|
'string_col33','STRING',5,0,1,1
|
|
'bool_col34','BOOLEAN',2,0,1,1
|
|
'tinyint_col34','TINYINT',5,0,1,1
|
|
'smallint_col34','SMALLINT',5,0,2,2
|
|
'int_col34','INT',5,0,4,4
|
|
'bigint_col34','BIGINT',5,0,8,8
|
|
'float_col34','FLOAT',5,0,4,4
|
|
'double_col34','DOUBLE',5,0,8,8
|
|
'string_col34','STRING',5,0,1,1
|
|
'bool_col35','BOOLEAN',2,0,1,1
|
|
'tinyint_col35','TINYINT',5,0,1,1
|
|
'smallint_col35','SMALLINT',5,0,2,2
|
|
'int_col35','INT',5,0,4,4
|
|
'bigint_col35','BIGINT',5,0,8,8
|
|
'float_col35','FLOAT',5,0,4,4
|
|
'double_col35','DOUBLE',5,0,8,8
|
|
'string_col35','STRING',5,0,1,1
|
|
'bool_col36','BOOLEAN',2,0,1,1
|
|
'tinyint_col36','TINYINT',5,0,1,1
|
|
'smallint_col36','SMALLINT',5,0,2,2
|
|
'int_col36','INT',5,0,4,4
|
|
'bigint_col36','BIGINT',5,0,8,8
|
|
'float_col36','FLOAT',5,0,4,4
|
|
'double_col36','DOUBLE',5,0,8,8
|
|
'string_col36','STRING',5,0,1,1
|
|
'bool_col37','BOOLEAN',2,0,1,1
|
|
'tinyint_col37','TINYINT',5,0,1,1
|
|
'smallint_col37','SMALLINT',5,0,2,2
|
|
'int_col37','INT',5,0,4,4
|
|
'bigint_col37','BIGINT',5,0,8,8
|
|
'float_col37','FLOAT',5,0,4,4
|
|
'double_col37','DOUBLE',5,0,8,8
|
|
'string_col37','STRING',5,0,1,1
|
|
'bool_col38','BOOLEAN',2,0,1,1
|
|
'tinyint_col38','TINYINT',5,0,1,1
|
|
'smallint_col38','SMALLINT',5,0,2,2
|
|
'int_col38','INT',5,0,4,4
|
|
'bigint_col38','BIGINT',5,0,8,8
|
|
'float_col38','FLOAT',5,0,4,4
|
|
'double_col38','DOUBLE',5,0,8,8
|
|
'string_col38','STRING',5,0,1,1
|
|
'bool_col39','BOOLEAN',2,0,1,1
|
|
'tinyint_col39','TINYINT',5,0,1,1
|
|
'smallint_col39','SMALLINT',5,0,2,2
|
|
'int_col39','INT',5,0,4,4
|
|
'bigint_col39','BIGINT',5,0,8,8
|
|
'float_col39','FLOAT',5,0,4,4
|
|
'double_col39','DOUBLE',5,0,8,8
|
|
'string_col39','STRING',5,0,1,1
|
|
'bool_col40','BOOLEAN',2,0,1,1
|
|
'tinyint_col40','TINYINT',5,0,1,1
|
|
'smallint_col40','SMALLINT',5,0,2,2
|
|
'int_col40','INT',5,0,4,4
|
|
'bigint_col40','BIGINT',5,0,8,8
|
|
'float_col40','FLOAT',5,0,4,4
|
|
'double_col40','DOUBLE',5,0,8,8
|
|
'string_col40','STRING',5,0,1,1
|
|
'bool_col41','BOOLEAN',2,0,1,1
|
|
'tinyint_col41','TINYINT',5,0,1,1
|
|
'smallint_col41','SMALLINT',5,0,2,2
|
|
'int_col41','INT',5,0,4,4
|
|
'bigint_col41','BIGINT',5,0,8,8
|
|
'float_col41','FLOAT',5,0,4,4
|
|
'double_col41','DOUBLE',5,0,8,8
|
|
'string_col41','STRING',5,0,1,1
|
|
'bool_col42','BOOLEAN',2,0,1,1
|
|
'tinyint_col42','TINYINT',5,0,1,1
|
|
'smallint_col42','SMALLINT',5,0,2,2
|
|
'int_col42','INT',5,0,4,4
|
|
'bigint_col42','BIGINT',5,0,8,8
|
|
'float_col42','FLOAT',5,0,4,4
|
|
'double_col42','DOUBLE',5,0,8,8
|
|
'string_col42','STRING',5,0,1,1
|
|
'bool_col43','BOOLEAN',2,0,1,1
|
|
'tinyint_col43','TINYINT',5,0,1,1
|
|
'smallint_col43','SMALLINT',5,0,2,2
|
|
'int_col43','INT',5,0,4,4
|
|
'bigint_col43','BIGINT',5,0,8,8
|
|
'float_col43','FLOAT',5,0,4,4
|
|
'double_col43','DOUBLE',5,0,8,8
|
|
'string_col43','STRING',5,0,1,1
|
|
'bool_col44','BOOLEAN',2,0,1,1
|
|
'tinyint_col44','TINYINT',5,0,1,1
|
|
'smallint_col44','SMALLINT',5,0,2,2
|
|
'int_col44','INT',5,0,4,4
|
|
'bigint_col44','BIGINT',5,0,8,8
|
|
'float_col44','FLOAT',5,0,4,4
|
|
'double_col44','DOUBLE',5,0,8,8
|
|
'string_col44','STRING',5,0,1,1
|
|
'bool_col45','BOOLEAN',2,0,1,1
|
|
'tinyint_col45','TINYINT',5,0,1,1
|
|
'smallint_col45','SMALLINT',5,0,2,2
|
|
'int_col45','INT',5,0,4,4
|
|
'bigint_col45','BIGINT',5,0,8,8
|
|
'float_col45','FLOAT',5,0,4,4
|
|
'double_col45','DOUBLE',5,0,8,8
|
|
'string_col45','STRING',5,0,1,1
|
|
'bool_col46','BOOLEAN',2,0,1,1
|
|
'tinyint_col46','TINYINT',5,0,1,1
|
|
'smallint_col46','SMALLINT',5,0,2,2
|
|
'int_col46','INT',5,0,4,4
|
|
'bigint_col46','BIGINT',5,0,8,8
|
|
'float_col46','FLOAT',5,0,4,4
|
|
'double_col46','DOUBLE',5,0,8,8
|
|
'string_col46','STRING',5,0,1,1
|
|
'bool_col47','BOOLEAN',2,0,1,1
|
|
'tinyint_col47','TINYINT',5,0,1,1
|
|
'smallint_col47','SMALLINT',5,0,2,2
|
|
'int_col47','INT',5,0,4,4
|
|
'bigint_col47','BIGINT',5,0,8,8
|
|
'float_col47','FLOAT',5,0,4,4
|
|
'double_col47','DOUBLE',5,0,8,8
|
|
'string_col47','STRING',5,0,1,1
|
|
'bool_col48','BOOLEAN',2,0,1,1
|
|
'tinyint_col48','TINYINT',5,0,1,1
|
|
'smallint_col48','SMALLINT',5,0,2,2
|
|
'int_col48','INT',5,0,4,4
|
|
'bigint_col48','BIGINT',5,0,8,8
|
|
'float_col48','FLOAT',5,0,4,4
|
|
'double_col48','DOUBLE',5,0,8,8
|
|
'string_col48','STRING',5,0,1,1
|
|
'bool_col49','BOOLEAN',2,0,1,1
|
|
'tinyint_col49','TINYINT',5,0,1,1
|
|
'smallint_col49','SMALLINT',5,0,2,2
|
|
'int_col49','INT',5,0,4,4
|
|
'bigint_col49','BIGINT',5,0,8,8
|
|
'float_col49','FLOAT',5,0,4,4
|
|
'double_col49','DOUBLE',5,0,8,8
|
|
'string_col49','STRING',5,0,1,1
|
|
'bool_col50','BOOLEAN',2,0,1,1
|
|
'tinyint_col50','TINYINT',5,0,1,1
|
|
'smallint_col50','SMALLINT',5,0,2,2
|
|
'int_col50','INT',5,0,4,4
|
|
'bigint_col50','BIGINT',5,0,8,8
|
|
'float_col50','FLOAT',5,0,4,4
|
|
'double_col50','DOUBLE',5,0,8,8
|
|
'string_col50','STRING',5,0,1,1
|
|
'bool_col51','BOOLEAN',2,0,1,1
|
|
'tinyint_col51','TINYINT',5,0,1,1
|
|
'smallint_col51','SMALLINT',5,0,2,2
|
|
'int_col51','INT',5,0,4,4
|
|
'bigint_col51','BIGINT',5,0,8,8
|
|
'float_col51','FLOAT',5,0,4,4
|
|
'double_col51','DOUBLE',5,0,8,8
|
|
'string_col51','STRING',5,0,1,1
|
|
'bool_col52','BOOLEAN',2,0,1,1
|
|
'tinyint_col52','TINYINT',5,0,1,1
|
|
'smallint_col52','SMALLINT',5,0,2,2
|
|
'int_col52','INT',5,0,4,4
|
|
'bigint_col52','BIGINT',5,0,8,8
|
|
'float_col52','FLOAT',5,0,4,4
|
|
'double_col52','DOUBLE',5,0,8,8
|
|
'string_col52','STRING',5,0,1,1
|
|
'bool_col53','BOOLEAN',2,0,1,1
|
|
'tinyint_col53','TINYINT',5,0,1,1
|
|
'smallint_col53','SMALLINT',5,0,2,2
|
|
'int_col53','INT',5,0,4,4
|
|
'bigint_col53','BIGINT',5,0,8,8
|
|
'float_col53','FLOAT',5,0,4,4
|
|
'double_col53','DOUBLE',5,0,8,8
|
|
'string_col53','STRING',5,0,1,1
|
|
'bool_col54','BOOLEAN',2,0,1,1
|
|
'tinyint_col54','TINYINT',5,0,1,1
|
|
'smallint_col54','SMALLINT',5,0,2,2
|
|
'int_col54','INT',5,0,4,4
|
|
'bigint_col54','BIGINT',5,0,8,8
|
|
'float_col54','FLOAT',5,0,4,4
|
|
'double_col54','DOUBLE',5,0,8,8
|
|
'string_col54','STRING',5,0,1,1
|
|
'bool_col55','BOOLEAN',2,0,1,1
|
|
'tinyint_col55','TINYINT',5,0,1,1
|
|
'smallint_col55','SMALLINT',5,0,2,2
|
|
'int_col55','INT',5,0,4,4
|
|
'bigint_col55','BIGINT',5,0,8,8
|
|
'float_col55','FLOAT',5,0,4,4
|
|
'double_col55','DOUBLE',5,0,8,8
|
|
'string_col55','STRING',5,0,1,1
|
|
'bool_col56','BOOLEAN',2,0,1,1
|
|
'tinyint_col56','TINYINT',5,0,1,1
|
|
'smallint_col56','SMALLINT',5,0,2,2
|
|
'int_col56','INT',5,0,4,4
|
|
'bigint_col56','BIGINT',5,0,8,8
|
|
'float_col56','FLOAT',5,0,4,4
|
|
'double_col56','DOUBLE',5,0,8,8
|
|
'string_col56','STRING',5,0,1,1
|
|
'bool_col57','BOOLEAN',2,0,1,1
|
|
'tinyint_col57','TINYINT',5,0,1,1
|
|
'smallint_col57','SMALLINT',5,0,2,2
|
|
'int_col57','INT',5,0,4,4
|
|
'bigint_col57','BIGINT',5,0,8,8
|
|
'float_col57','FLOAT',5,0,4,4
|
|
'double_col57','DOUBLE',5,0,8,8
|
|
'string_col57','STRING',5,0,1,1
|
|
'bool_col58','BOOLEAN',2,0,1,1
|
|
'tinyint_col58','TINYINT',5,0,1,1
|
|
'smallint_col58','SMALLINT',5,0,2,2
|
|
'int_col58','INT',5,0,4,4
|
|
'bigint_col58','BIGINT',5,0,8,8
|
|
'float_col58','FLOAT',5,0,4,4
|
|
'double_col58','DOUBLE',5,0,8,8
|
|
'string_col58','STRING',5,0,1,1
|
|
'bool_col59','BOOLEAN',2,0,1,1
|
|
'tinyint_col59','TINYINT',5,0,1,1
|
|
'smallint_col59','SMALLINT',5,0,2,2
|
|
'int_col59','INT',5,0,4,4
|
|
'bigint_col59','BIGINT',5,0,8,8
|
|
'float_col59','FLOAT',5,0,4,4
|
|
'double_col59','DOUBLE',5,0,8,8
|
|
'string_col59','STRING',5,0,1,1
|
|
'bool_col60','BOOLEAN',2,0,1,1
|
|
'tinyint_col60','TINYINT',5,0,1,1
|
|
'smallint_col60','SMALLINT',5,0,2,2
|
|
'int_col60','INT',5,0,4,4
|
|
'bigint_col60','BIGINT',5,0,8,8
|
|
'float_col60','FLOAT',5,0,4,4
|
|
'double_col60','DOUBLE',5,0,8,8
|
|
'string_col60','STRING',5,0,1,1
|
|
'bool_col61','BOOLEAN',2,0,1,1
|
|
'tinyint_col61','TINYINT',5,0,1,1
|
|
'smallint_col61','SMALLINT',5,0,2,2
|
|
'int_col61','INT',5,0,4,4
|
|
'bigint_col61','BIGINT',5,0,8,8
|
|
'float_col61','FLOAT',5,0,4,4
|
|
'double_col61','DOUBLE',5,0,8,8
|
|
'string_col61','STRING',5,0,1,1
|
|
'bool_col62','BOOLEAN',2,0,1,1
|
|
'tinyint_col62','TINYINT',5,0,1,1
|
|
'smallint_col62','SMALLINT',5,0,2,2
|
|
'int_col62','INT',5,0,4,4
|
|
'bigint_col62','BIGINT',5,0,8,8
|
|
'float_col62','FLOAT',5,0,4,4
|
|
'double_col62','DOUBLE',5,0,8,8
|
|
'string_col62','STRING',5,0,1,1
|
|
'bool_col63','BOOLEAN',2,0,1,1
|
|
'tinyint_col63','TINYINT',5,0,1,1
|
|
'smallint_col63','SMALLINT',5,0,2,2
|
|
'int_col63','INT',5,0,4,4
|
|
'bigint_col63','BIGINT',5,0,8,8
|
|
'float_col63','FLOAT',5,0,4,4
|
|
'double_col63','DOUBLE',5,0,8,8
|
|
'string_col63','STRING',5,0,1,1
|
|
'bool_col64','BOOLEAN',2,0,1,1
|
|
'tinyint_col64','TINYINT',5,0,1,1
|
|
'smallint_col64','SMALLINT',5,0,2,2
|
|
'int_col64','INT',5,0,4,4
|
|
'bigint_col64','BIGINT',5,0,8,8
|
|
'float_col64','FLOAT',5,0,4,4
|
|
'double_col64','DOUBLE',5,0,8,8
|
|
'string_col64','STRING',5,0,1,1
|
|
'bool_col65','BOOLEAN',2,0,1,1
|
|
'tinyint_col65','TINYINT',5,0,1,1
|
|
'smallint_col65','SMALLINT',5,0,2,2
|
|
'int_col65','INT',5,0,4,4
|
|
'bigint_col65','BIGINT',5,0,8,8
|
|
'float_col65','FLOAT',5,0,4,4
|
|
'double_col65','DOUBLE',5,0,8,8
|
|
'string_col65','STRING',5,0,1,1
|
|
'bool_col66','BOOLEAN',2,0,1,1
|
|
'tinyint_col66','TINYINT',5,0,1,1
|
|
'smallint_col66','SMALLINT',5,0,2,2
|
|
'int_col66','INT',5,0,4,4
|
|
'bigint_col66','BIGINT',5,0,8,8
|
|
'float_col66','FLOAT',5,0,4,4
|
|
'double_col66','DOUBLE',5,0,8,8
|
|
'string_col66','STRING',5,0,1,1
|
|
'bool_col67','BOOLEAN',2,0,1,1
|
|
'tinyint_col67','TINYINT',5,0,1,1
|
|
'smallint_col67','SMALLINT',5,0,2,2
|
|
'int_col67','INT',5,0,4,4
|
|
'bigint_col67','BIGINT',5,0,8,8
|
|
'float_col67','FLOAT',5,0,4,4
|
|
'double_col67','DOUBLE',5,0,8,8
|
|
'string_col67','STRING',5,0,1,1
|
|
'bool_col68','BOOLEAN',2,0,1,1
|
|
'tinyint_col68','TINYINT',5,0,1,1
|
|
'smallint_col68','SMALLINT',5,0,2,2
|
|
'int_col68','INT',5,0,4,4
|
|
'bigint_col68','BIGINT',5,0,8,8
|
|
'float_col68','FLOAT',5,0,4,4
|
|
'double_col68','DOUBLE',5,0,8,8
|
|
'string_col68','STRING',5,0,1,1
|
|
'bool_col69','BOOLEAN',2,0,1,1
|
|
'tinyint_col69','TINYINT',5,0,1,1
|
|
'smallint_col69','SMALLINT',5,0,2,2
|
|
'int_col69','INT',5,0,4,4
|
|
'bigint_col69','BIGINT',5,0,8,8
|
|
'float_col69','FLOAT',5,0,4,4
|
|
'double_col69','DOUBLE',5,0,8,8
|
|
'string_col69','STRING',5,0,1,1
|
|
'bool_col70','BOOLEAN',2,0,1,1
|
|
'tinyint_col70','TINYINT',5,0,1,1
|
|
'smallint_col70','SMALLINT',5,0,2,2
|
|
'int_col70','INT',5,0,4,4
|
|
'bigint_col70','BIGINT',5,0,8,8
|
|
'float_col70','FLOAT',5,0,4,4
|
|
'double_col70','DOUBLE',5,0,8,8
|
|
'string_col70','STRING',5,0,1,1
|
|
'bool_col71','BOOLEAN',2,0,1,1
|
|
'tinyint_col71','TINYINT',5,0,1,1
|
|
'smallint_col71','SMALLINT',5,0,2,2
|
|
'int_col71','INT',5,0,4,4
|
|
'bigint_col71','BIGINT',5,0,8,8
|
|
'float_col71','FLOAT',5,0,4,4
|
|
'double_col71','DOUBLE',5,0,8,8
|
|
'string_col71','STRING',5,0,1,1
|
|
'bool_col72','BOOLEAN',2,0,1,1
|
|
'tinyint_col72','TINYINT',5,0,1,1
|
|
'smallint_col72','SMALLINT',5,0,2,2
|
|
'int_col72','INT',5,0,4,4
|
|
'bigint_col72','BIGINT',5,0,8,8
|
|
'float_col72','FLOAT',5,0,4,4
|
|
'double_col72','DOUBLE',5,0,8,8
|
|
'string_col72','STRING',5,0,1,1
|
|
'bool_col73','BOOLEAN',2,0,1,1
|
|
'tinyint_col73','TINYINT',5,0,1,1
|
|
'smallint_col73','SMALLINT',5,0,2,2
|
|
'int_col73','INT',5,0,4,4
|
|
'bigint_col73','BIGINT',5,0,8,8
|
|
'float_col73','FLOAT',5,0,4,4
|
|
'double_col73','DOUBLE',5,0,8,8
|
|
'string_col73','STRING',5,0,1,1
|
|
'bool_col74','BOOLEAN',2,0,1,1
|
|
'tinyint_col74','TINYINT',5,0,1,1
|
|
'smallint_col74','SMALLINT',5,0,2,2
|
|
'int_col74','INT',5,0,4,4
|
|
'bigint_col74','BIGINT',5,0,8,8
|
|
'float_col74','FLOAT',5,0,4,4
|
|
'double_col74','DOUBLE',5,0,8,8
|
|
'string_col74','STRING',5,0,1,1
|
|
'bool_col75','BOOLEAN',2,0,1,1
|
|
'tinyint_col75','TINYINT',5,0,1,1
|
|
'smallint_col75','SMALLINT',5,0,2,2
|
|
'int_col75','INT',5,0,4,4
|
|
'bigint_col75','BIGINT',5,0,8,8
|
|
'float_col75','FLOAT',5,0,4,4
|
|
'double_col75','DOUBLE',5,0,8,8
|
|
'string_col75','STRING',5,0,1,1
|
|
'bool_col76','BOOLEAN',2,0,1,1
|
|
'tinyint_col76','TINYINT',5,0,1,1
|
|
'smallint_col76','SMALLINT',5,0,2,2
|
|
'int_col76','INT',5,0,4,4
|
|
'bigint_col76','BIGINT',5,0,8,8
|
|
'float_col76','FLOAT',5,0,4,4
|
|
'double_col76','DOUBLE',5,0,8,8
|
|
'string_col76','STRING',5,0,1,1
|
|
'bool_col77','BOOLEAN',2,0,1,1
|
|
'tinyint_col77','TINYINT',5,0,1,1
|
|
'smallint_col77','SMALLINT',5,0,2,2
|
|
'int_col77','INT',5,0,4,4
|
|
'bigint_col77','BIGINT',5,0,8,8
|
|
'float_col77','FLOAT',5,0,4,4
|
|
'double_col77','DOUBLE',5,0,8,8
|
|
'string_col77','STRING',5,0,1,1
|
|
'bool_col78','BOOLEAN',2,0,1,1
|
|
'tinyint_col78','TINYINT',5,0,1,1
|
|
'smallint_col78','SMALLINT',5,0,2,2
|
|
'int_col78','INT',5,0,4,4
|
|
'bigint_col78','BIGINT',5,0,8,8
|
|
'float_col78','FLOAT',5,0,4,4
|
|
'double_col78','DOUBLE',5,0,8,8
|
|
'string_col78','STRING',5,0,1,1
|
|
'bool_col79','BOOLEAN',2,0,1,1
|
|
'tinyint_col79','TINYINT',5,0,1,1
|
|
'smallint_col79','SMALLINT',5,0,2,2
|
|
'int_col79','INT',5,0,4,4
|
|
'bigint_col79','BIGINT',5,0,8,8
|
|
'float_col79','FLOAT',5,0,4,4
|
|
'double_col79','DOUBLE',5,0,8,8
|
|
'string_col79','STRING',5,0,1,1
|
|
'bool_col80','BOOLEAN',2,0,1,1
|
|
'tinyint_col80','TINYINT',5,0,1,1
|
|
'smallint_col80','SMALLINT',5,0,2,2
|
|
'int_col80','INT',5,0,4,4
|
|
'bigint_col80','BIGINT',5,0,8,8
|
|
'float_col80','FLOAT',5,0,4,4
|
|
'double_col80','DOUBLE',5,0,8,8
|
|
'string_col80','STRING',5,0,1,1
|
|
'bool_col81','BOOLEAN',2,0,1,1
|
|
'tinyint_col81','TINYINT',5,0,1,1
|
|
'smallint_col81','SMALLINT',5,0,2,2
|
|
'int_col81','INT',5,0,4,4
|
|
'bigint_col81','BIGINT',5,0,8,8
|
|
'float_col81','FLOAT',5,0,4,4
|
|
'double_col81','DOUBLE',5,0,8,8
|
|
'string_col81','STRING',5,0,1,1
|
|
'bool_col82','BOOLEAN',2,0,1,1
|
|
'tinyint_col82','TINYINT',5,0,1,1
|
|
'smallint_col82','SMALLINT',5,0,2,2
|
|
'int_col82','INT',5,0,4,4
|
|
'bigint_col82','BIGINT',5,0,8,8
|
|
'float_col82','FLOAT',5,0,4,4
|
|
'double_col82','DOUBLE',5,0,8,8
|
|
'string_col82','STRING',5,0,1,1
|
|
'bool_col83','BOOLEAN',2,0,1,1
|
|
'tinyint_col83','TINYINT',5,0,1,1
|
|
'smallint_col83','SMALLINT',5,0,2,2
|
|
'int_col83','INT',5,0,4,4
|
|
'bigint_col83','BIGINT',5,0,8,8
|
|
'float_col83','FLOAT',5,0,4,4
|
|
'double_col83','DOUBLE',5,0,8,8
|
|
'string_col83','STRING',5,0,1,1
|
|
'bool_col84','BOOLEAN',2,0,1,1
|
|
'tinyint_col84','TINYINT',5,0,1,1
|
|
'smallint_col84','SMALLINT',5,0,2,2
|
|
'int_col84','INT',5,0,4,4
|
|
'bigint_col84','BIGINT',5,0,8,8
|
|
'float_col84','FLOAT',5,0,4,4
|
|
'double_col84','DOUBLE',5,0,8,8
|
|
'string_col84','STRING',5,0,1,1
|
|
'bool_col85','BOOLEAN',2,0,1,1
|
|
'tinyint_col85','TINYINT',5,0,1,1
|
|
'smallint_col85','SMALLINT',5,0,2,2
|
|
'int_col85','INT',5,0,4,4
|
|
'bigint_col85','BIGINT',5,0,8,8
|
|
'float_col85','FLOAT',5,0,4,4
|
|
'double_col85','DOUBLE',5,0,8,8
|
|
'string_col85','STRING',5,0,1,1
|
|
'bool_col86','BOOLEAN',2,0,1,1
|
|
'tinyint_col86','TINYINT',5,0,1,1
|
|
'smallint_col86','SMALLINT',5,0,2,2
|
|
'int_col86','INT',5,0,4,4
|
|
'bigint_col86','BIGINT',5,0,8,8
|
|
'float_col86','FLOAT',5,0,4,4
|
|
'double_col86','DOUBLE',5,0,8,8
|
|
'string_col86','STRING',5,0,1,1
|
|
'bool_col87','BOOLEAN',2,0,1,1
|
|
'tinyint_col87','TINYINT',5,0,1,1
|
|
'smallint_col87','SMALLINT',5,0,2,2
|
|
'int_col87','INT',5,0,4,4
|
|
'bigint_col87','BIGINT',5,0,8,8
|
|
'float_col87','FLOAT',5,0,4,4
|
|
'double_col87','DOUBLE',5,0,8,8
|
|
'string_col87','STRING',5,0,1,1
|
|
'bool_col88','BOOLEAN',2,0,1,1
|
|
'tinyint_col88','TINYINT',5,0,1,1
|
|
'smallint_col88','SMALLINT',5,0,2,2
|
|
'int_col88','INT',5,0,4,4
|
|
'bigint_col88','BIGINT',5,0,8,8
|
|
'float_col88','FLOAT',5,0,4,4
|
|
'double_col88','DOUBLE',5,0,8,8
|
|
'string_col88','STRING',5,0,1,1
|
|
'bool_col89','BOOLEAN',2,0,1,1
|
|
'tinyint_col89','TINYINT',5,0,1,1
|
|
'smallint_col89','SMALLINT',5,0,2,2
|
|
'int_col89','INT',5,0,4,4
|
|
'bigint_col89','BIGINT',5,0,8,8
|
|
'float_col89','FLOAT',5,0,4,4
|
|
'double_col89','DOUBLE',5,0,8,8
|
|
'string_col89','STRING',5,0,1,1
|
|
'bool_col90','BOOLEAN',2,0,1,1
|
|
'tinyint_col90','TINYINT',5,0,1,1
|
|
'smallint_col90','SMALLINT',5,0,2,2
|
|
'int_col90','INT',5,0,4,4
|
|
'bigint_col90','BIGINT',5,0,8,8
|
|
'float_col90','FLOAT',5,0,4,4
|
|
'double_col90','DOUBLE',5,0,8,8
|
|
'string_col90','STRING',5,0,1,1
|
|
'bool_col91','BOOLEAN',2,0,1,1
|
|
'tinyint_col91','TINYINT',5,0,1,1
|
|
'smallint_col91','SMALLINT',5,0,2,2
|
|
'int_col91','INT',5,0,4,4
|
|
'bigint_col91','BIGINT',5,0,8,8
|
|
'float_col91','FLOAT',5,0,4,4
|
|
'double_col91','DOUBLE',5,0,8,8
|
|
'string_col91','STRING',5,0,1,1
|
|
'bool_col92','BOOLEAN',2,0,1,1
|
|
'tinyint_col92','TINYINT',5,0,1,1
|
|
'smallint_col92','SMALLINT',5,0,2,2
|
|
'int_col92','INT',5,0,4,4
|
|
'bigint_col92','BIGINT',5,0,8,8
|
|
'float_col92','FLOAT',5,0,4,4
|
|
'double_col92','DOUBLE',5,0,8,8
|
|
'string_col92','STRING',5,0,1,1
|
|
'bool_col93','BOOLEAN',2,0,1,1
|
|
'tinyint_col93','TINYINT',5,0,1,1
|
|
'smallint_col93','SMALLINT',5,0,2,2
|
|
'int_col93','INT',5,0,4,4
|
|
'bigint_col93','BIGINT',5,0,8,8
|
|
'float_col93','FLOAT',5,0,4,4
|
|
'double_col93','DOUBLE',5,0,8,8
|
|
'string_col93','STRING',5,0,1,1
|
|
'bool_col94','BOOLEAN',2,0,1,1
|
|
'tinyint_col94','TINYINT',5,0,1,1
|
|
'smallint_col94','SMALLINT',5,0,2,2
|
|
'int_col94','INT',5,0,4,4
|
|
'bigint_col94','BIGINT',5,0,8,8
|
|
'float_col94','FLOAT',5,0,4,4
|
|
'double_col94','DOUBLE',5,0,8,8
|
|
'string_col94','STRING',5,0,1,1
|
|
'bool_col95','BOOLEAN',2,0,1,1
|
|
'tinyint_col95','TINYINT',5,0,1,1
|
|
'smallint_col95','SMALLINT',5,0,2,2
|
|
'int_col95','INT',5,0,4,4
|
|
'bigint_col95','BIGINT',5,0,8,8
|
|
'float_col95','FLOAT',5,0,4,4
|
|
'double_col95','DOUBLE',5,0,8,8
|
|
'string_col95','STRING',5,0,1,1
|
|
'bool_col96','BOOLEAN',2,0,1,1
|
|
'tinyint_col96','TINYINT',5,0,1,1
|
|
'smallint_col96','SMALLINT',5,0,2,2
|
|
'int_col96','INT',5,0,4,4
|
|
'bigint_col96','BIGINT',5,0,8,8
|
|
'float_col96','FLOAT',5,0,4,4
|
|
'double_col96','DOUBLE',5,0,8,8
|
|
'string_col96','STRING',5,0,1,1
|
|
'bool_col97','BOOLEAN',2,0,1,1
|
|
'tinyint_col97','TINYINT',5,0,1,1
|
|
'smallint_col97','SMALLINT',5,0,2,2
|
|
'int_col97','INT',5,0,4,4
|
|
'bigint_col97','BIGINT',5,0,8,8
|
|
'float_col97','FLOAT',5,0,4,4
|
|
'double_col97','DOUBLE',5,0,8,8
|
|
'string_col97','STRING',5,0,1,1
|
|
'bool_col98','BOOLEAN',2,0,1,1
|
|
'tinyint_col98','TINYINT',5,0,1,1
|
|
'smallint_col98','SMALLINT',5,0,2,2
|
|
'int_col98','INT',5,0,4,4
|
|
'bigint_col98','BIGINT',5,0,8,8
|
|
'float_col98','FLOAT',5,0,4,4
|
|
'double_col98','DOUBLE',5,0,8,8
|
|
'string_col98','STRING',5,0,1,1
|
|
'bool_col99','BOOLEAN',2,0,1,1
|
|
'tinyint_col99','TINYINT',5,0,1,1
|
|
'smallint_col99','SMALLINT',5,0,2,2
|
|
'int_col99','INT',5,0,4,4
|
|
'bigint_col99','BIGINT',5,0,8,8
|
|
'float_col99','FLOAT',5,0,4,4
|
|
'double_col99','DOUBLE',5,0,8,8
|
|
'string_col99','STRING',5,0,1,1
|
|
'bool_col100','BOOLEAN',2,0,1,1
|
|
'tinyint_col100','TINYINT',5,0,1,1
|
|
'smallint_col100','SMALLINT',5,0,2,2
|
|
'int_col100','INT',5,0,4,4
|
|
'bigint_col100','BIGINT',5,0,8,8
|
|
'float_col100','FLOAT',5,0,4,4
|
|
'double_col100','DOUBLE',5,0,8,8
|
|
'string_col100','STRING',5,0,1,1
|
|
'bool_col101','BOOLEAN',2,0,1,1
|
|
'tinyint_col101','TINYINT',5,0,1,1
|
|
'smallint_col101','SMALLINT',5,0,2,2
|
|
'int_col101','INT',5,0,4,4
|
|
'bigint_col101','BIGINT',5,0,8,8
|
|
'float_col101','FLOAT',5,0,4,4
|
|
'double_col101','DOUBLE',5,0,8,8
|
|
'string_col101','STRING',5,0,1,1
|
|
'bool_col102','BOOLEAN',2,0,1,1
|
|
'tinyint_col102','TINYINT',5,0,1,1
|
|
'smallint_col102','SMALLINT',5,0,2,2
|
|
'int_col102','INT',5,0,4,4
|
|
'bigint_col102','BIGINT',5,0,8,8
|
|
'float_col102','FLOAT',5,0,4,4
|
|
'double_col102','DOUBLE',5,0,8,8
|
|
'string_col102','STRING',5,0,1,1
|
|
'bool_col103','BOOLEAN',2,0,1,1
|
|
'tinyint_col103','TINYINT',5,0,1,1
|
|
'smallint_col103','SMALLINT',5,0,2,2
|
|
'int_col103','INT',5,0,4,4
|
|
'bigint_col103','BIGINT',5,0,8,8
|
|
'float_col103','FLOAT',5,0,4,4
|
|
'double_col103','DOUBLE',5,0,8,8
|
|
'string_col103','STRING',5,0,1,1
|
|
'bool_col104','BOOLEAN',2,0,1,1
|
|
'tinyint_col104','TINYINT',5,0,1,1
|
|
'smallint_col104','SMALLINT',5,0,2,2
|
|
'int_col104','INT',5,0,4,4
|
|
'bigint_col104','BIGINT',5,0,8,8
|
|
'float_col104','FLOAT',5,0,4,4
|
|
'double_col104','DOUBLE',5,0,8,8
|
|
'string_col104','STRING',5,0,1,1
|
|
'bool_col105','BOOLEAN',2,0,1,1
|
|
'tinyint_col105','TINYINT',5,0,1,1
|
|
'smallint_col105','SMALLINT',5,0,2,2
|
|
'int_col105','INT',5,0,4,4
|
|
'bigint_col105','BIGINT',5,0,8,8
|
|
'float_col105','FLOAT',5,0,4,4
|
|
'double_col105','DOUBLE',5,0,8,8
|
|
'string_col105','STRING',5,0,1,1
|
|
'bool_col106','BOOLEAN',2,0,1,1
|
|
'tinyint_col106','TINYINT',5,0,1,1
|
|
'smallint_col106','SMALLINT',5,0,2,2
|
|
'int_col106','INT',5,0,4,4
|
|
'bigint_col106','BIGINT',5,0,8,8
|
|
'float_col106','FLOAT',5,0,4,4
|
|
'double_col106','DOUBLE',5,0,8,8
|
|
'string_col106','STRING',5,0,1,1
|
|
'bool_col107','BOOLEAN',2,0,1,1
|
|
'tinyint_col107','TINYINT',5,0,1,1
|
|
'smallint_col107','SMALLINT',5,0,2,2
|
|
'int_col107','INT',5,0,4,4
|
|
'bigint_col107','BIGINT',5,0,8,8
|
|
'float_col107','FLOAT',5,0,4,4
|
|
'double_col107','DOUBLE',5,0,8,8
|
|
'string_col107','STRING',5,0,1,1
|
|
'bool_col108','BOOLEAN',2,0,1,1
|
|
'tinyint_col108','TINYINT',5,0,1,1
|
|
'smallint_col108','SMALLINT',5,0,2,2
|
|
'int_col108','INT',5,0,4,4
|
|
'bigint_col108','BIGINT',5,0,8,8
|
|
'float_col108','FLOAT',5,0,4,4
|
|
'double_col108','DOUBLE',5,0,8,8
|
|
'string_col108','STRING',5,0,1,1
|
|
'bool_col109','BOOLEAN',2,0,1,1
|
|
'tinyint_col109','TINYINT',5,0,1,1
|
|
'smallint_col109','SMALLINT',5,0,2,2
|
|
'int_col109','INT',5,0,4,4
|
|
'bigint_col109','BIGINT',5,0,8,8
|
|
'float_col109','FLOAT',5,0,4,4
|
|
'double_col109','DOUBLE',5,0,8,8
|
|
'string_col109','STRING',5,0,1,1
|
|
'bool_col110','BOOLEAN',2,0,1,1
|
|
'tinyint_col110','TINYINT',5,0,1,1
|
|
'smallint_col110','SMALLINT',5,0,2,2
|
|
'int_col110','INT',5,0,4,4
|
|
'bigint_col110','BIGINT',5,0,8,8
|
|
'float_col110','FLOAT',5,0,4,4
|
|
'double_col110','DOUBLE',5,0,8,8
|
|
'string_col110','STRING',5,0,1,1
|
|
'bool_col111','BOOLEAN',2,0,1,1
|
|
'tinyint_col111','TINYINT',5,0,1,1
|
|
'smallint_col111','SMALLINT',5,0,2,2
|
|
'int_col111','INT',5,0,4,4
|
|
'bigint_col111','BIGINT',5,0,8,8
|
|
'float_col111','FLOAT',5,0,4,4
|
|
'double_col111','DOUBLE',5,0,8,8
|
|
'string_col111','STRING',5,0,1,1
|
|
'bool_col112','BOOLEAN',2,0,1,1
|
|
'tinyint_col112','TINYINT',5,0,1,1
|
|
'smallint_col112','SMALLINT',5,0,2,2
|
|
'int_col112','INT',5,0,4,4
|
|
'bigint_col112','BIGINT',5,0,8,8
|
|
'float_col112','FLOAT',5,0,4,4
|
|
'double_col112','DOUBLE',5,0,8,8
|
|
'string_col112','STRING',5,0,1,1
|
|
'bool_col113','BOOLEAN',2,0,1,1
|
|
'tinyint_col113','TINYINT',5,0,1,1
|
|
'smallint_col113','SMALLINT',5,0,2,2
|
|
'int_col113','INT',5,0,4,4
|
|
'bigint_col113','BIGINT',5,0,8,8
|
|
'float_col113','FLOAT',5,0,4,4
|
|
'double_col113','DOUBLE',5,0,8,8
|
|
'string_col113','STRING',5,0,1,1
|
|
'bool_col114','BOOLEAN',2,0,1,1
|
|
'tinyint_col114','TINYINT',5,0,1,1
|
|
'smallint_col114','SMALLINT',5,0,2,2
|
|
'int_col114','INT',5,0,4,4
|
|
'bigint_col114','BIGINT',5,0,8,8
|
|
'float_col114','FLOAT',5,0,4,4
|
|
'double_col114','DOUBLE',5,0,8,8
|
|
'string_col114','STRING',5,0,1,1
|
|
'bool_col115','BOOLEAN',2,0,1,1
|
|
'tinyint_col115','TINYINT',5,0,1,1
|
|
'smallint_col115','SMALLINT',5,0,2,2
|
|
'int_col115','INT',5,0,4,4
|
|
'bigint_col115','BIGINT',5,0,8,8
|
|
'float_col115','FLOAT',5,0,4,4
|
|
'double_col115','DOUBLE',5,0,8,8
|
|
'string_col115','STRING',5,0,1,1
|
|
'bool_col116','BOOLEAN',2,0,1,1
|
|
'tinyint_col116','TINYINT',5,0,1,1
|
|
'smallint_col116','SMALLINT',5,0,2,2
|
|
'int_col116','INT',5,0,4,4
|
|
'bigint_col116','BIGINT',5,0,8,8
|
|
'float_col116','FLOAT',5,0,4,4
|
|
'double_col116','DOUBLE',5,0,8,8
|
|
'string_col116','STRING',5,0,1,1
|
|
'bool_col117','BOOLEAN',2,0,1,1
|
|
'tinyint_col117','TINYINT',5,0,1,1
|
|
'smallint_col117','SMALLINT',5,0,2,2
|
|
'int_col117','INT',5,0,4,4
|
|
'bigint_col117','BIGINT',5,0,8,8
|
|
'float_col117','FLOAT',5,0,4,4
|
|
'double_col117','DOUBLE',5,0,8,8
|
|
'string_col117','STRING',5,0,1,1
|
|
'bool_col118','BOOLEAN',2,0,1,1
|
|
'tinyint_col118','TINYINT',5,0,1,1
|
|
'smallint_col118','SMALLINT',5,0,2,2
|
|
'int_col118','INT',5,0,4,4
|
|
'bigint_col118','BIGINT',5,0,8,8
|
|
'float_col118','FLOAT',5,0,4,4
|
|
'double_col118','DOUBLE',5,0,8,8
|
|
'string_col118','STRING',5,0,1,1
|
|
'bool_col119','BOOLEAN',2,0,1,1
|
|
'tinyint_col119','TINYINT',5,0,1,1
|
|
'smallint_col119','SMALLINT',5,0,2,2
|
|
'int_col119','INT',5,0,4,4
|
|
'bigint_col119','BIGINT',5,0,8,8
|
|
'float_col119','FLOAT',5,0,4,4
|
|
'double_col119','DOUBLE',5,0,8,8
|
|
'string_col119','STRING',5,0,1,1
|
|
'bool_col120','BOOLEAN',2,0,1,1
|
|
'tinyint_col120','TINYINT',5,0,1,1
|
|
'smallint_col120','SMALLINT',5,0,2,2
|
|
'int_col120','INT',5,0,4,4
|
|
'bigint_col120','BIGINT',5,0,8,8
|
|
'float_col120','FLOAT',5,0,4,4
|
|
'double_col120','DOUBLE',5,0,8,8
|
|
'string_col120','STRING',5,0,1,1
|
|
'bool_col121','BOOLEAN',2,0,1,1
|
|
'tinyint_col121','TINYINT',5,0,1,1
|
|
'smallint_col121','SMALLINT',5,0,2,2
|
|
'int_col121','INT',5,0,4,4
|
|
'bigint_col121','BIGINT',5,0,8,8
|
|
'float_col121','FLOAT',5,0,4,4
|
|
'double_col121','DOUBLE',5,0,8,8
|
|
'string_col121','STRING',5,0,1,1
|
|
'bool_col122','BOOLEAN',2,0,1,1
|
|
'tinyint_col122','TINYINT',5,0,1,1
|
|
'smallint_col122','SMALLINT',5,0,2,2
|
|
'int_col122','INT',5,0,4,4
|
|
'bigint_col122','BIGINT',5,0,8,8
|
|
'float_col122','FLOAT',5,0,4,4
|
|
'double_col122','DOUBLE',5,0,8,8
|
|
'string_col122','STRING',5,0,1,1
|
|
'bool_col123','BOOLEAN',2,0,1,1
|
|
'tinyint_col123','TINYINT',5,0,1,1
|
|
'smallint_col123','SMALLINT',5,0,2,2
|
|
'int_col123','INT',5,0,4,4
|
|
'bigint_col123','BIGINT',5,0,8,8
|
|
'float_col123','FLOAT',5,0,4,4
|
|
'double_col123','DOUBLE',5,0,8,8
|
|
'string_col123','STRING',5,0,1,1
|
|
'bool_col124','BOOLEAN',2,0,1,1
|
|
'tinyint_col124','TINYINT',5,0,1,1
|
|
'smallint_col124','SMALLINT',5,0,2,2
|
|
'int_col124','INT',5,0,4,4
|
|
'bigint_col124','BIGINT',5,0,8,8
|
|
'float_col124','FLOAT',5,0,4,4
|
|
'double_col124','DOUBLE',5,0,8,8
|
|
'string_col124','STRING',5,0,1,1
|
|
'bool_col125','BOOLEAN',2,0,1,1
|
|
'tinyint_col125','TINYINT',5,0,1,1
|
|
'smallint_col125','SMALLINT',5,0,2,2
|
|
'int_col125','INT',5,0,4,4
|
|
'bigint_col125','BIGINT',5,0,8,8
|
|
'float_col125','FLOAT',5,0,4,4
|
|
'double_col125','DOUBLE',5,0,8,8
|
|
'string_col125','STRING',5,0,1,1
|
|
---- TYPES
|
|
STRING, STRING, BIGINT, BIGINT, BIGINT, DOUBLE
|
|
====
|
|
---- QUERY
|
|
# Tests that the child query error status is propagated back to the parent
|
|
# compute stats query. Forces an error by setting low mem limit.
|
|
set mem_limit=1m;
|
|
compute stats tpch_parquet.customer;
|
|
---- CATCH
|
|
row_regex: .*Rejected query from pool .*: minimum memory reservation is greater than memory available to the query for buffer reservations.*
|
|
====
|