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postgresql/contrib/seg/sql/seg.sql
Tom Lane 629b3af27d Convert contrib modules to use the extension facility. 
This isn't fully tested as yet, in particular I'm not sure that the
"foo--unpackaged--1.0.sql" scripts are OK.  But it's time to get some
buildfarm cycles on it.

sepgsql is not converted to an extension, mainly because it seems to
require a very nonstandard installation process.

Dimitri Fontaine and Tom Lane
2011-02-13 22:54:49 -05:00

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--
-- Test seg datatype
--
CREATE EXTENSION seg;
--
-- testing the input and output functions
--
-- Any number
SELECT '1'::seg AS seg;
SELECT '-1'::seg AS seg;
SELECT '1.0'::seg AS seg;
SELECT '-1.0'::seg AS seg;
SELECT '1e7'::seg AS seg;
SELECT '-1e7'::seg AS seg;
SELECT '1.0e7'::seg AS seg;
SELECT '-1.0e7'::seg AS seg;
SELECT '1e+7'::seg AS seg;
SELECT '-1e+7'::seg AS seg;
SELECT '1.0e+7'::seg AS seg;
SELECT '-1.0e+7'::seg AS seg;
SELECT '1e-7'::seg AS seg;
SELECT '-1e-7'::seg AS seg;
SELECT '1.0e-7'::seg AS seg;
SELECT '-1.0e-7'::seg AS seg;
SELECT '2e-6'::seg AS seg;
SELECT '2e-5'::seg AS seg;
SELECT '2e-4'::seg AS seg;
SELECT '2e-3'::seg AS seg;
SELECT '2e-2'::seg AS seg;
SELECT '2e-1'::seg AS seg;
SELECT '2e-0'::seg AS seg;
SELECT '2e+0'::seg AS seg;
SELECT '2e+1'::seg AS seg;
SELECT '2e+2'::seg AS seg;
SELECT '2e+3'::seg AS seg;
SELECT '2e+4'::seg AS seg;
SELECT '2e+5'::seg AS seg;
SELECT '2e+6'::seg AS seg;
-- Significant digits preserved
SELECT '1'::seg AS seg;
SELECT '1.0'::seg AS seg;
SELECT '1.00'::seg AS seg;
SELECT '1.000'::seg AS seg;
SELECT '1.0000'::seg AS seg;
SELECT '1.00000'::seg AS seg;
SELECT '1.000000'::seg AS seg;
SELECT '0.000000120'::seg AS seg;
SELECT '3.400e5'::seg AS seg;
-- Digits truncated
SELECT '12.34567890123456'::seg AS seg;
-- Numbers with certainty indicators
SELECT '~6.5'::seg AS seg;
SELECT '<6.5'::seg AS seg;
SELECT '>6.5'::seg AS seg;
SELECT '~ 6.5'::seg AS seg;
SELECT '< 6.5'::seg AS seg;
SELECT '> 6.5'::seg AS seg;
-- Open intervals
SELECT '0..'::seg AS seg;
SELECT '0...'::seg AS seg;
SELECT '0 ..'::seg AS seg;
SELECT '0 ...'::seg AS seg;
SELECT '..0'::seg AS seg;
SELECT '...0'::seg AS seg;
SELECT '.. 0'::seg AS seg;
SELECT '... 0'::seg AS seg;
-- Finite intervals
SELECT '0 .. 1'::seg AS seg;
SELECT '-1 .. 0'::seg AS seg;
SELECT '-1 .. 1'::seg AS seg;
-- (+/-) intervals
SELECT '0(+-)1'::seg AS seg;
SELECT '0(+-)1.0'::seg AS seg;
SELECT '1.0(+-)0.005'::seg AS seg;
SELECT '101(+-)1'::seg AS seg;
-- incorrect number of significant digits in 99.0:
SELECT '100(+-)1'::seg AS seg;
-- invalid input
SELECT ''::seg AS seg;
SELECT 'ABC'::seg AS seg;
SELECT '1ABC'::seg AS seg;
SELECT '1.'::seg AS seg;
SELECT '1.....'::seg AS seg;
SELECT '.1'::seg AS seg;
SELECT '1..2.'::seg AS seg;
SELECT '1 e7'::seg AS seg;
SELECT '1e700'::seg AS seg;
--
-- testing the operators
--
-- equality/inequality:
--
SELECT '24 .. 33.20'::seg = '24 .. 33.20'::seg AS bool;
SELECT '24 .. 33.20'::seg = '24 .. 33.21'::seg AS bool;
SELECT '24 .. 33.20'::seg != '24 .. 33.20'::seg AS bool;
SELECT '24 .. 33.20'::seg != '24 .. 33.21'::seg AS bool;
-- overlap
--
SELECT '1'::seg && '1'::seg AS bool;
SELECT '1'::seg && '2'::seg AS bool;
SELECT '0 ..'::seg && '0 ..'::seg AS bool;
SELECT '0 .. 1'::seg && '0 .. 1'::seg AS bool;
SELECT '..0'::seg && '0..'::seg AS bool;
SELECT '-1 .. 0.1'::seg && '0 .. 1'::seg AS bool;
SELECT '-1 .. 0'::seg && '0 .. 1'::seg AS bool;
SELECT '-1 .. -0.0001'::seg && '0 .. 1'::seg AS bool;
SELECT '0 ..'::seg && '1'::seg AS bool;
SELECT '0 .. 1'::seg && '1'::seg AS bool;
SELECT '0 .. 1'::seg && '2'::seg AS bool;
SELECT '0 .. 2'::seg && '1'::seg AS bool;
SELECT '1'::seg && '0 .. 1'::seg AS bool;
SELECT '2'::seg && '0 .. 1'::seg AS bool;
SELECT '1'::seg && '0 .. 2'::seg AS bool;
-- overlap on the left
--
SELECT '1'::seg &< '0'::seg AS bool;
SELECT '1'::seg &< '1'::seg AS bool;
SELECT '1'::seg &< '2'::seg AS bool;
SELECT '0 .. 1'::seg &< '0'::seg AS bool;
SELECT '0 .. 1'::seg &< '1'::seg AS bool;
SELECT '0 .. 1'::seg &< '2'::seg AS bool;
SELECT '0 .. 1'::seg &< '0 .. 0.5'::seg AS bool;
SELECT '0 .. 1'::seg &< '0 .. 1'::seg AS bool;
SELECT '0 .. 1'::seg &< '0 .. 2'::seg AS bool;
SELECT '0 .. 1'::seg &< '1 .. 2'::seg AS bool;
SELECT '0 .. 1'::seg &< '2 .. 3'::seg AS bool;
-- overlap on the right
--
SELECT '0'::seg &> '1'::seg AS bool;
SELECT '1'::seg &> '1'::seg AS bool;
SELECT '2'::seg &> '1'::seg AS bool;
SELECT '0'::seg &> '0 .. 1'::seg AS bool;
SELECT '1'::seg &> '0 .. 1'::seg AS bool;
SELECT '2'::seg &> '0 .. 1'::seg AS bool;
SELECT '0 .. 0.5'::seg &> '0 .. 1'::seg AS bool;
SELECT '0 .. 1'::seg &> '0 .. 1'::seg AS bool;
SELECT '0 .. 2'::seg &> '0 .. 2'::seg AS bool;
SELECT '1 .. 2'::seg &> '0 .. 1'::seg AS bool;
SELECT '2 .. 3'::seg &> '0 .. 1'::seg AS bool;
-- left
--
SELECT '1'::seg << '0'::seg AS bool;
SELECT '1'::seg << '1'::seg AS bool;
SELECT '1'::seg << '2'::seg AS bool;
SELECT '0 .. 1'::seg << '0'::seg AS bool;
SELECT '0 .. 1'::seg << '1'::seg AS bool;
SELECT '0 .. 1'::seg << '2'::seg AS bool;
SELECT '0 .. 1'::seg << '0 .. 0.5'::seg AS bool;
SELECT '0 .. 1'::seg << '0 .. 1'::seg AS bool;
SELECT '0 .. 1'::seg << '0 .. 2'::seg AS bool;
SELECT '0 .. 1'::seg << '1 .. 2'::seg AS bool;
SELECT '0 .. 1'::seg << '2 .. 3'::seg AS bool;
-- right
--
SELECT '0'::seg >> '1'::seg AS bool;
SELECT '1'::seg >> '1'::seg AS bool;
SELECT '2'::seg >> '1'::seg AS bool;
SELECT '0'::seg >> '0 .. 1'::seg AS bool;
SELECT '1'::seg >> '0 .. 1'::seg AS bool;
SELECT '2'::seg >> '0 .. 1'::seg AS bool;
SELECT '0 .. 0.5'::seg >> '0 .. 1'::seg AS bool;
SELECT '0 .. 1'::seg >> '0 .. 1'::seg AS bool;
SELECT '0 .. 2'::seg >> '0 .. 2'::seg AS bool;
SELECT '1 .. 2'::seg >> '0 .. 1'::seg AS bool;
SELECT '2 .. 3'::seg >> '0 .. 1'::seg AS bool;
-- "contained in" (the left value belongs within the interval specified in the right value):
--
SELECT '0'::seg <@ '0'::seg AS bool;
SELECT '0'::seg <@ '0 ..'::seg AS bool;
SELECT '0'::seg <@ '.. 0'::seg AS bool;
SELECT '0'::seg <@ '-1 .. 1'::seg AS bool;
SELECT '0'::seg <@ '-1 .. 1'::seg AS bool;
SELECT '-1'::seg <@ '-1 .. 1'::seg AS bool;
SELECT '1'::seg <@ '-1 .. 1'::seg AS bool;
SELECT '-1 .. 1'::seg <@ '-1 .. 1'::seg AS bool;
-- "contains" (the left value contains the interval specified in the right value):
--
SELECT '0'::seg @> '0'::seg AS bool;
SELECT '0 .. '::seg <@ '0'::seg AS bool;
SELECT '.. 0'::seg <@ '0'::seg AS bool;
SELECT '-1 .. 1'::seg <@ '0'::seg AS bool;
SELECT '0'::seg <@ '-1 .. 1'::seg AS bool;
SELECT '-1'::seg <@ '-1 .. 1'::seg AS bool;
SELECT '1'::seg <@ '-1 .. 1'::seg AS bool;
-- Load some example data and build the index
--
CREATE TABLE test_seg (s seg);
\copy test_seg from 'data/test_seg.data'
CREATE INDEX test_seg_ix ON test_seg USING gist (s);
SELECT count(*) FROM test_seg WHERE s @> '11..11.3';
-- Test sorting
SELECT * FROM test_seg WHERE s @> '11..11.3' GROUP BY s;
-- Test functions
SELECT seg_lower(s), seg_center(s), seg_upper(s)
FROM test_seg WHERE s @> '11.2..11.3' OR s IS NULL ORDER BY s;
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