mirror of https://github.com/citusdata/citus.git
83 lines
2.8 KiB
SQL
83 lines
2.8 KiB
SQL
--
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-- WORKER_CHECK_INVALID_ARGUMENTS
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--
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SET citus.next_shard_id TO 1100000;
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\set JobId 201010
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\set TaskId 101108
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\set Table_Name simple_binary_data_table
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\set Partition_Column_Name '\'textcolumn\''
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\set Partition_Column_Type 25
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\set Partition_Count 2
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\set Select_Query_Text '\'SELECT * FROM simple_binary_data_table\''
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\set Bad_Partition_Column_Name '\'badcolumnname\''
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\set Bad_Partition_Column_Type 20
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\set Bad_Select_Query_Text '\'SELECT * FROM bad_table_name\''
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-- Create simple table and insert a few rows into this table
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-- N.B. - These rows will be partitioned to files on disk then read back in the
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-- order the files are listed by a call to readdir; because this order is not
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-- predictable, the second column of these rows always has the same value, to
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-- avoid an error message differing based on file read order.
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CREATE TABLE :Table_Name(textcolumn text, binarycolumn bytea);
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COPY :Table_Name FROM stdin;
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aaa \013\120
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some\t tabs\t with \t spaces \013\120
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\.
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SELECT COUNT(*) FROM :Table_Name;
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-- Check that we fail with bad SQL query
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SELECT worker_range_partition_table(:JobId, :TaskId, :Bad_Select_Query_Text,
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:Partition_Column_Name, :Partition_Column_Type,
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ARRAY['aaa', 'some']::_text);
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-- Check that we fail with bad partition column name
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SELECT worker_range_partition_table(:JobId, :TaskId, :Select_Query_Text,
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:Bad_Partition_Column_Name, :Partition_Column_Type,
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ARRAY['aaa', 'some']::_text);
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-- Check that we fail when partition column and split point types do not match
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SELECT worker_range_partition_table(:JobId, :TaskId, :Select_Query_Text,
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:Partition_Column_Name, :Bad_Partition_Column_Type,
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ARRAY['aaa', 'some']::_text);
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-- Check that we fail with bad partition column type on hash partitioning
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SELECT worker_hash_partition_table(:JobId, :TaskId, :Select_Query_Text,
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:Partition_Column_Name, :Bad_Partition_Column_Type,
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ARRAY[-2147483648, -1073741824, 0, 1073741824]::int4[]);
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-- Now, partition table data using valid arguments
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SELECT worker_range_partition_table(:JobId, :TaskId, :Select_Query_Text,
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:Partition_Column_Name, :Partition_Column_Type,
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ARRAY['aaa', 'some']::_text);
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-- Check that we fail to merge when the number of column names and column types
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-- do not match
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SELECT worker_merge_files_into_table(:JobId, :TaskId,
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ARRAY['textcolumn', 'binarycolumn'],
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ARRAY['text', 'bytea', 'integer']);
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-- Check that we fail to merge when column types do not match underlying data
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SELECT worker_merge_files_into_table(:JobId, :TaskId,
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ARRAY['textcolumn', 'binarycolumn'],
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ARRAY['text', 'integer']);
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-- Finally, merge partitioned files using valid arguments
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SELECT worker_merge_files_into_table(:JobId, :TaskId,
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ARRAY['textcolumn', 'binarycolumn'],
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ARRAY['text', 'bytea']);
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