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‎Makefile

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@@ -5,7 +5,7 @@ OBJS = anyarray.o anyarray_util.o anyarray_guc.o \
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anyarray_gist.o anyarray_gin.o anyarray_rum.o
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EXTENSION = anyarray
8-
DATA = anyarray--1.0.sql anyarray--1.2.sql
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DATA = anyarray--1.0.sql anyarray--1.1.sql anyarray--1.0--1.1.sql anyarray--1.1.sql anyarray--1.1--2.0.sql anyarray--2.0.sql
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PGFILEDESC = "anyarray - functions and operators for one-dimensional arrays"
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REGRESS = security init anyarray \

‎README.md

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AnyArray – 1-D anyarray functionality for PostgreSQL
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==============================================
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Introduction
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------------
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AnyArray is a PostgreSQL extension which implements 1-D anyarray
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functionality.
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Authors
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-------
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* Teodor Sigaev <teodor@sigaev.ru> , Postgres Professional, Moscow, Russia
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* Oleg Bartunov <o.bartunov@postgrespro.ru> , Postgres Professional, Moscow, Russia
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Availability
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------------
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AnyArray is released as an extension and not available in default PostgreSQL
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installation. It is available from
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[github](https://github.com/postgrespro/anyarray)
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under the same license as
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[PostgreSQL](http://www.postgresql.org/about/licence/)
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and supports PostgreSQL 9.1+.
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Installation
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------------
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Before build and install AnyArray you should ensure following:
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* PostgreSQL version is 9.1 or higher.
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* You have development package of PostgreSQL installed or you built
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PostgreSQL from source.
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* Your PATH variable is configured so that pg\_config command available.
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Typical installation procedure may look like this:
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$ git clone https://github.com/postgrespro/anyarray.git
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$ cd anyarray
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$ make USE_PGXS=1
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$ sudo make USE_PGXS=1 install
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$ make USE_PGXS=1 installcheck
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$ psql DB -c "CREATE EXTENSION anyarray;"
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Usage
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-----
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### Anyarray functions
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|Function|Description|Examples|
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|--------|-----------|--------|
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|`anyset(int)` → `int[1]`||`anyset(1234)` → `ARRAY[1234]`|
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|`icount(anyarray)`→`int`|Returns the length of anyarray. icount() returns 0 for empty arrays.|`icount( '{1234234, 0234234}'::int[] )` → `2`|
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|`sort(anyarray [, 'asc'\|'desc'])`→ `anyarray`|Returns the anyarray sorted in an ascending (default) or descending order. |`sort( '{1234234, -30, 0234234}'::int[],'desc')` → `{1234234, 234234, -30}`|
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|`sort_asc(anyarray)`→ `anyarray`|Returns the anyarray sorted in an ascending order. |`sort_asc( '{1234234,-30, 0234234}'::int[])` → `{-30,234234,1234234}`|
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|`sort_desc(anyarray)`→ `anyarray`|Returns the anyarray sorted in a descending order. |`sort( '{1234234, -30, 0234234}'::int[],'desc' )` → `{1234234,234234,-30}`|
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|`uniq(anyarray)`→ `anyarray`|Returns anyarray where consequent repeating elements replaced by one element. If you need to remove all repeating elements in array, you can sort array and apply uniq() function. |`uniq( '{1234234, -30, -30, 0234234, -30}'::int[])` → `{1234234, -30, 234234, -30}` , `uniq( sort_asc( '{1234234, -30, -30, 0234234, -30}'::int[] ) )` → `{-30,234234,1234234}`|
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|`uniq_d(anyarray)`→ `anyarray`|Returns only consequent repeating elements. If you need to return all repeating elements, you can sort array and apply uniq_d() function |`uniq_d( '{1234234, -30, -30, 0234234, -30, 0234234}'::int[] )` → `{-30}`, `uniq_d( sort_asc('{1234234, -30,-30, 0234234, -30, 0234234}'::int[] ) )` → `{-30,234234}` |
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|`idx(anyarray, searchelement)`→ `int`|Returns the position of the searchelement first occurance in the array |`idx( '{1234234,-30,-30,0234234,-30}'::int[], -30 )` → `2`|
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|`subarray(anyarray, start int, length int)`→ `anyarray`|Returns the subarray from original array. If the start position value is negative, it is counted from the end of the original array (-1 means last element, -2 means element before last etc.)|`subarray( '{1234234, -30, -30, 0234234, -30}'::int[],2,3 )` → `{-30, -30, 234234}` , `subarray( '{1234234, -30, -30, 0234234, -30}'::int[], -1, 1 )` → `{-30}`, `subarray( '{1234234, -30, -30, 0234234, -30}'::int[], 0, -1 )` → `{1234234, -30, -30, 234234}`|
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### Anyarray operators
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|Operator|Description|Examples|
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|--------|-----------|--------|
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|`#anyarray` → `int`|Returns the length of anyarray. |`#'{1234234,0234234}'::int[]` → `2`|
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|`anyarray + anyarray`→ `anyarray`|Returns the union of arrays |`'{123,623,445}'::int[] + 1245` → `{123,623,445,1245}` , `'{123,623,445}'::int[] + '{1245,87,445}'` → `{123,623,445,1245,87,445}` |
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|`anyarray - anyarray`→ `anyarray`|Returns the substraction of left array and right array |`'{123,623,445}'::int[] - 623` → `{123,445}`, `'{123,623,445}'::int[] - '{1623,623}'::int[]` `{123,445}`|
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|`anyarray \| anyarray`→ `anyarray`|Returns the union of array, repeating elements are excluded from resulting array.|`'{123,623,445}'::int[]` \| `{1623,623}'::int[]` → `{123,445,623,1623}`|
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|`anyarray & anyarray`→ `anyarray`|Returns arrays intersection.|`'{1,3,1}'::int[] & '{1,2}'` → `{1}`|
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### Anyarray operator class strategies
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|Operator|GIST and GIN Strategy num|RUM Strategy num|Description|
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|--------|-------------------------|-----------|
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|`anyarray` && `anyarray`|RTOverlapStrategyNumber 3|RUM_OVERLAP_STRATEGY 1|Overlapped|
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|`anyarray` = `anyarray`|RTSameStrategyNumber 6|RUM_EQUAL_STRATEGY 4|Same|
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|`anyarray` @> `anyarray`|RTContainsStrategyNumber 7|RUM_CONTAINS_STRATEGY 2|Contains|
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|`anyarray` <@ `anyarray`|RTContainedByStrategyNumber 8|RUM_CONTAINED_STRATEGY 3|Contained|
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|`anyarray` % `anyarray`|AnyAarraySimilarityStrategy 16 |RUM_SIMILAR_STRATEGY 5|Similarity|
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### Similarity search options
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Set distance type for similarity search.
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```
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SET anyarray.similarity_type=cosine;
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SET anyarray.similarity_type=jaccard;
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SET anyarray.similarity_type=overlap;
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```
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Set threshold for similarity search.
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```
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SET anyarray.similarity_threshold = 3;
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RESET anyarray.similarity_threshold;
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```
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Examples
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-------
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Examples for INTEGER[] .
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### Create a table with sample data.
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```
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SELECT t, ARRAY(
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SELECT v::int4
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FROM generate_series(max(0, t - 10), t) as v
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) AS v
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INTO test_int4
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FROM generate_series(1, 200) as t;
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```
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### Similarity calculation.
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```
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SET anyarray.similarity_type=cosine;
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SELECT t, similarity(v, '{10,9,8,7,6,5,4,3,2,1}') AS s FROM test_int4
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WHERE v % '{10,9,8,7,6,5,4,3,2,1}' ORDER BY s DESC, t;
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SELECT t, similarity(v, '{50,49,8,7,6,5,4,3,2,1}') AS s FROM test_int4
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WHERE v % '{50,49,8,7,6,5,4,3,2,1}' ORDER BY s DESC, t;
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SET anyarray.similarity_type=jaccard;
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SELECT t, similarity(v, '{10,9,8,7,6,5,4,3,2,1}') AS s FROM test_int4
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WHERE v % '{10,9,8,7,6,5,4,3,2,1}' ORDER BY s DESC, t;
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SELECT t, similarity(v, '{50,49,8,7,6,5,4,3,2,1}') AS s FROM test_int4
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WHERE v % '{50,49,8,7,6,5,4,3,2,1}' ORDER BY s DESC, t;
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SELECT t, v FROM test_int4 WHERE v && '{43,50}' ORDER BY t;
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SELECT t, v FROM test_int4 WHERE v @> '{43,50}' ORDER BY t;
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SELECT t, v FROM test_int4 WHERE v <@ '{0,1,2,3,4,5,6,7,8,9,10}' ORDER BY t;
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SELECT t, v FROM test_int4 WHERE v = '{0,1,2,3,4,5,6,7,8,9,10}' ORDER BY t;
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SET anyarray.similarity_type=cosine;
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SELECT t, v FROM test_int4 WHERE v % '{0,1,2,3,4,5,6,7,8,9,10}' ORDER BY t;
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SET anyarray.similarity_type=jaccard;
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SELECT t, v FROM test_int4 WHERE v % '{0,1,2,3,4,5,6,7,8,9,10}' ORDER BY t;
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SET anyarray.similarity_type=overlap;
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SET anyarray.similarity_threshold = 3;
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SELECT t, v FROM test_int4 WHERE v % '{0,1,2,3,4,5,6,7,8,9,10}' ORDER BY t;
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RESET anyarray.similarity_threshold;
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```
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### Create GIST index.
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```
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CREATE INDEX idx_test_int4 ON test_int4 USING gist (v _int4_aa_ops);
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SET enable_seqscan=off;
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EXPLAIN (COSTS OFF) SELECT t, v FROM test_int4 WHERE v && '{43,50}' ORDER BY t;
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EXPLAIN (COSTS OFF) SELECT t, v FROM test_int4 WHERE v @> '{43,50}' ORDER BY t;
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EXPLAIN (COSTS OFF) SELECT t, v FROM test_int4 WHERE v <@ '{0,1,2,3,4,5,6,7,8,9,10}' ORDER BY t;
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EXPLAIN (COSTS OFF) SELECT t, v FROM test_int4 WHERE v = '{0,1,2,3,4,5,6,7,8,9,10}' ORDER BY t;
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EXPLAIN (COSTS OFF) SELECT t, v FROM test_int4 WHERE v % '{0,1,2,3,4,5,6,7,8,9,10}' ORDER BY t;
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SELECT t, v FROM test_int4 WHERE v && '{43,50}' ORDER BY t;
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SELECT t, v FROM test_int4 WHERE v @> '{43,50}' ORDER BY t;
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SELECT t, v FROM test_int4 WHERE v <@ '{0,1,2,3,4,5,6,7,8,9,10}' ORDER BY t;
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SELECT t, v FROM test_int4 WHERE v = '{0,1,2,3,4,5,6,7,8,9,10}' ORDER BY t;
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SET anyarray.similarity_type=cosine;
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SELECT t, v FROM test_int4 WHERE v % '{0,1,2,3,4,5,6,7,8,9,10}' ORDER BY t;
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SET anyarray.similarity_type=jaccard;
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SELECT t, v FROM test_int4 WHERE v % '{0,1,2,3,4,5,6,7,8,9,10}' ORDER BY t;
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SET anyarray.similarity_type=overlap;
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SET anyarray.similarity_threshold = 3;
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SELECT t, v FROM test_int4 WHERE v % '{0,1,2,3,4,5,6,7,8,9,10}' ORDER BY t;
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RESET anyarray.similarity_threshold;
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DROP INDEX idx_test_int4;
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```
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### Create GIN index.
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```
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CREATE INDEX idx_test_int4 ON test_int4 USING gin (v _int4_aa_ops);
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SET enable_seqscan=off;
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EXPLAIN (COSTS OFF) SELECT t, v FROM test_int4 WHERE v && '{43,50}' ORDER BY t;
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EXPLAIN (COSTS OFF) SELECT t, v FROM test_int4 WHERE v @> '{43,50}' ORDER BY t;
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EXPLAIN (COSTS OFF) SELECT t, v FROM test_int4 WHERE v <@ '{0,1,2,3,4,5,6,7,8,9,10}' ORDER BY t;
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EXPLAIN (COSTS OFF) SELECT t, v FROM test_int4 WHERE v = '{0,1,2,3,4,5,6,7,8,9,10}' ORDER BY t;
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EXPLAIN (COSTS OFF) SELECT t, v FROM test_int4 WHERE v % '{0,1,2,3,4,5,6,7,8,9,10}' ORDER BY t;
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SELECT t, v FROM test_int4 WHERE v && '{43,50}' ORDER BY t;
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SELECT t, v FROM test_int4 WHERE v @> '{43,50}' ORDER BY t;
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SELECT t, v FROM test_int4 WHERE v <@ '{0,1,2,3,4,5,6,7,8,9,10}' ORDER BY t;
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SELECT t, v FROM test_int4 WHERE v = '{0,1,2,3,4,5,6,7,8,9,10}' ORDER BY t;
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SET anyarray.similarity_type=cosine;
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SELECT t, v FROM test_int4 WHERE v % '{0,1,2,3,4,5,6,7,8,9,10}' ORDER BY t;
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SET anyarray.similarity_type=jaccard;
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SELECT t, v FROM test_int4 WHERE v % '{0,1,2,3,4,5,6,7,8,9,10}' ORDER BY t;
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SET anyarray.similarity_type=overlap;
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SET anyarray.similarity_threshold = 3;
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SELECT t, v FROM test_int4 WHERE v % '{0,1,2,3,4,5,6,7,8,9,10}' ORDER BY t;
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RESET anyarray.similarity_threshold;
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```
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### Create RUM index.
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```
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CREATE INDEX idx_test_int4 ON test_int4 USING rum (v _int4_aa_ops);
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SET enable_seqscan=off;
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EXPLAIN (COSTS OFF) SELECT t, v FROM test_int4 WHERE v && '{43,50}' ORDER BY t;
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EXPLAIN (COSTS OFF) SELECT t, v FROM test_int4 WHERE v @> '{43,50}' ORDER BY t;
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EXPLAIN (COSTS OFF) SELECT t, v FROM test_int4 WHERE v <@ '{0,1,2,3,4,5,6,7,8,9,10}' ORDER BY t;
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EXPLAIN (COSTS OFF) SELECT t, v FROM test_int4 WHERE v = '{0,1,2,3,4,5,6,7,8,9,10}' ORDER BY t;
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EXPLAIN (COSTS OFF) SELECT t, v FROM test_int4 WHERE v % '{0,1,2,3,4,5,6,7,8,9,10}' ORDER BY t;
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SELECT t, v FROM test_int4 WHERE v && '{43,50}' ORDER BY t;
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SELECT t, v FROM test_int4 WHERE v @> '{43,50}' ORDER BY t;
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SELECT t, v FROM test_int4 WHERE v <@ '{0,1,2,3,4,5,6,7,8,9,10}' ORDER BY t;
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SELECT t, v FROM test_int4 WHERE v = '{0,1,2,3,4,5,6,7,8,9,10}' ORDER BY t;
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SET anyarray.similarity_type=cosine;
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SELECT t, v FROM test_int4 WHERE v % '{0,1,2,3,4,5,6,7,8,9,10}' ORDER BY t;
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SET anyarray.similarity_type=jaccard;
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SELECT t, v FROM test_int4 WHERE v % '{0,1,2,3,4,5,6,7,8,9,10}' ORDER BY t;
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SET anyarray.similarity_type=overlap;
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SET anyarray.similarity_threshold = 3;
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SELECT t, v FROM test_int4 WHERE v % '{0,1,2,3,4,5,6,7,8,9,10}' ORDER BY t;
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RESET anyarray.similarity_threshold;
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```
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Operator class names for all types implemented in anyarray.
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-----------------------------------------------------------
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|Anyarray type|GIST|GIN|RUM|
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|----|----|---|---|
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|bit|_bit_aa_ops|_bit_aa_ops|_bit_aa_ops|
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|bytea|_bytea_aa_ops|_bytea_aa_ops|_bytea_aa_ops|
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|char|_char_aa_ops|_char_aa_ops|_char_aa_ops|
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|cidr|_cidr_aa_ops|_cidr_aa_ops|_cidr_aa_ops|
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|date|_date_aa_ops|_date_aa_ops|_date_aa_ops|
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|float4|_float4_aa_ops|_float4_aa_ops|_float4_aa_ops|
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|float8|_float8_aa_ops|_float8_aa_ops|_float8_aa_ops|
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|inet|_inet_aa_ops|_inet_aa_ops|_inet_aa_ops|
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|int2|_int2_aa_ops|_int2_aa_ops|_int2_aa_ops|
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|int4|_int4_aa_ops|_int4_aa_ops|_int4_aa_ops|
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|int8|_int8_aa_ops|_int8_aa_ops|_int8_aa_ops|
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|interval|_interval_aa_ops|_interval_aa_ops|_interval_aa_ops|
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|macaddr|_macaddr_aa_ops|_macaddr_aa_ops|_macaddr_aa_ops|
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|money| - |_money_aa_ops|_money_aa_ops|
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|numeric|_numeric_aa_ops|_numeric_aa_ops|_numeric_aa_ops|
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|oid|_oid_aa_ops|_oid_aa_ops|_oid_aa_ops|
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|text|_text_aa_ops|_text_aa_ops|_text_aa_ops|
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|time|_time_aa_ops|_time_aa_ops|_time_aa_ops|
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|timestamp|_timestamp_aa_ops|_timestamp_aa_ops|_timestamp_aa_ops|
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|timestamptz|_timestamptz_aa_ops|_timestamptz_aa_ops|_timestamptz_aa_ops|
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|timetz|_timetz_aa_ops|_timetz_aa_ops|_timetz_aa_ops|
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|uuid|_uuid_aa_ops|_uuid_aa_ops|_uuid_aa_ops|
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|varbit|_varbit_aa_ops|_varbit_aa_ops|_varbit_aa_ops|
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|varchar|_varchar_aa_ops|_varchar_aa_ops|_varchar_aa_ops|
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## Upgrading
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Install the latest version and run in every database you want to upgrade:
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```
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ALTER EXTENSION anyarray UPDATE;
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```
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You need to close this database server connection to apply changes.
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You can check the version in the current database with psql command:
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```
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\dx
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```
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## Version Notes
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### 2.0
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The support of RUM index is added. RUM extension 1.4 of upper is required.
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Anyarray supports GIST, GIN, RUM indexes for uuid type.
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Anyarray supports GIN, RUM indexes for money type.
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### 1.1
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Query time of anyarray using GIN indexes decreased.

‎anyarray--1.0--1.1.sql

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/*
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* anyarray version 1.1
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*/
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CREATE OR REPLACE FUNCTION ginanyarray_triconsistent(internal, internal, anyarray,internal,internal,internal,internal,internal)
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RETURNS internal
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AS 'MODULE_PATHNAME'
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LANGUAGE C IMMUTABLE;
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ALTER OPERATOR FAMILY _bit_aa_ops USING gin ADD
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FUNCTION 6 (bit[],bit[]) ginanyarray_triconsistent(internal, internal, anyarray,internal,internal,internal,internal,internal);
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ALTER OPERATOR FAMILY _bytea_aa_ops USING gin ADD
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FUNCTION 6 (bytea[],bytea[]) ginanyarray_triconsistent(internal, internal, anyarray,internal,internal,internal,internal,internal);
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ALTER OPERATOR FAMILY _char_aa_ops USING gin ADD
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FUNCTION 6 (char[],char[]) ginanyarray_triconsistent(internal, internal, anyarray,internal,internal,internal,internal,internal);
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ALTER OPERATOR FAMILY _cidr_aa_ops USING gin ADD
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FUNCTION 6 (cidr[],cidr[]) ginanyarray_triconsistent(internal, internal, anyarray,internal,internal,internal,internal,internal);
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ALTER OPERATOR FAMILY _date_aa_ops USING gin ADD
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FUNCTION 6 (date[],date[]) ginanyarray_triconsistent(internal, internal, anyarray,internal,internal,internal,internal,internal);
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ALTER OPERATOR FAMILY _float4_aa_ops USING gin ADD
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FUNCTION 6 (float4[],float4[]) ginanyarray_triconsistent(internal, internal, anyarray,internal,internal,internal,internal,internal);
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ALTER OPERATOR FAMILY _float8_aa_ops USING gin ADD
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FUNCTION 6 (float8[],float8[]) ginanyarray_triconsistent(internal, internal, anyarray,internal,internal,internal,internal,internal);
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ALTER OPERATOR FAMILY _inet_aa_ops USING gin ADD
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FUNCTION 6 (inet[],inet[]) ginanyarray_triconsistent(internal, internal, anyarray,internal,internal,internal,internal,internal);
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ALTER OPERATOR FAMILY _int2_aa_ops USING gin ADD
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FUNCTION 6 (int2[],int2[]) ginanyarray_triconsistent(internal, internal, anyarray,internal,internal,internal,internal,internal);
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ALTER OPERATOR FAMILY _int4_aa_ops USING gin ADD
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FUNCTION 6 (int4[],int4[]) ginanyarray_triconsistent(internal, internal, anyarray,internal,internal,internal,internal,internal);
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ALTER OPERATOR FAMILY _int8_aa_ops USING gin ADD
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FUNCTION 6 (int8[],int8[]) ginanyarray_triconsistent(internal, internal, anyarray,internal,internal,internal,internal,internal);
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ALTER OPERATOR FAMILY _interval_aa_ops USING gin ADD
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FUNCTION 6 (interval[],interval[]) ginanyarray_triconsistent(internal, internal, anyarray,internal,internal,internal,internal,internal);
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ALTER OPERATOR FAMILY _macaddr_aa_ops USING gin ADD
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FUNCTION 6 (macaddr[],macaddr[]) ginanyarray_triconsistent(internal, internal, anyarray,internal,internal,internal,internal,internal);
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ALTER OPERATOR FAMILY _money_aa_ops USING gin ADD
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FUNCTION 6 (money[],money[]) ginanyarray_triconsistent(internal, internal, anyarray,internal,internal,internal,internal,internal);
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ALTER OPERATOR FAMILY _numeric_aa_ops USING gin ADD
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FUNCTION 6 (numeric[],numeric[]) ginanyarray_triconsistent(internal, internal, anyarray,internal,internal,internal,internal,internal);
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ALTER OPERATOR FAMILY _oid_aa_ops USING gin ADD
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FUNCTION 6 (oid[],oid[]) ginanyarray_triconsistent(internal, internal, anyarray,internal,internal,internal,internal,internal);
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ALTER OPERATOR FAMILY _text_aa_ops USING gin ADD
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FUNCTION 6 (text[],text[]) ginanyarray_triconsistent(internal, internal, anyarray,internal,internal,internal,internal,internal);
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ALTER OPERATOR FAMILY _time_aa_ops USING gin ADD
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FUNCTION 6 (time[],time[]) ginanyarray_triconsistent(internal, internal, anyarray,internal,internal,internal,internal,internal);
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ALTER OPERATOR FAMILY _timestamp_aa_ops USING gin ADD
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FUNCTION 6 (timestamp[],timestamp[]) ginanyarray_triconsistent(internal, internal, anyarray,internal,internal,internal,internal,internal);
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ALTER OPERATOR FAMILY _timestamptz_aa_ops USING gin ADD
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FUNCTION 6 (timestamptz[],timestamptz[]) ginanyarray_triconsistent(internal, internal, anyarray,internal,internal,internal,internal,internal);
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ALTER OPERATOR FAMILY _timetz_aa_ops USING gin ADD
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FUNCTION 6 (timetz[],timetz[]) ginanyarray_triconsistent(internal, internal, anyarray,internal,internal,internal,internal,internal);
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ALTER OPERATOR FAMILY _varbit_aa_ops USING gin ADD
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FUNCTION 6 (varbit[],varbit[]) ginanyarray_triconsistent(internal, internal, anyarray,internal,internal,internal,internal,internal);
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ALTER OPERATOR FAMILY _varchar_aa_ops USING gin ADD
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FUNCTION 6 (varchar[],varchar[]) ginanyarray_triconsistent(internal, internal, anyarray,internal,internal,internal,internal,internal);

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