| schema | name | column | data type |
|---|---|---|---|
| pg_catalog | svv_columns | character_maximum_length | int4 |
| pg_catalog | svv_columns | character_set_catalog | varchar(128) |
| pg_catalog | svv_columns | character_set_name | varchar(128) |
| pg_catalog | svv_columns | character_set_schema | varchar(128) |
| pg_catalog | svv_columns | collation_catalog | varchar(128) |
| pg_catalog | svv_columns | collation_name | varchar(128) |
| pg_catalog | svv_columns | collation_schema | varchar(128) |
| pg_catalog | svv_columns | column_default | varchar(4000) |
| pg_catalog | svv_columns | column_name | varchar(128) |
| pg_catalog | svv_columns | data_type | varchar(128) |
| pg_catalog | svv_columns | datetime_precision | int4 |
| pg_catalog | svv_columns | domain_name | varchar(128) |
| pg_catalog | svv_columns | interval_precision | varchar(256) |
| pg_catalog | svv_columns | interval_type | varchar(256) |
| pg_catalog | svv_columns | is_nullable | varchar(3) |
| pg_catalog | svv_columns | numeric_precision | int4 |
| pg_catalog | svv_columns | numeric_precision_radix | int4 |
| pg_catalog | svv_columns | numeric_scale | int4 |
| pg_catalog | svv_columns | ordinal_position | int4 |
| pg_catalog | svv_columns | remarks | varchar(256) |
| pg_catalog | svv_columns | table_catalog | varchar(128) |
| pg_catalog | svv_columns | table_name | varchar(128) |
| pg_catalog | svv_columns | table_schema | varchar(128) |
(SELECT CAST(current_database() AS varchar(128)) AS table_catalog,
CAST(nc.nspname AS varchar(128)) AS table_schema,
CAST(c.relname AS varchar(128)) AS table_name,
CAST(a.attname AS varchar(128)) AS column_name,
CAST(a.attnum AS integer) AS ordinal_position,
CAST(ad.adsrc AS varchar(4000)) AS column_default,
CASE
WHEN a.attnotnull
OR (t.typtype = CAST('d' AS "char")
AND t.typnotnull)
THEN CAST('NO' AS varchar)
ELSE CAST('YES' AS varchar)
END AS is_nullable,
CAST(CASE
WHEN t.typtype = CAST('d' AS "char")
THEN CASE
WHEN bt.typelem <> CAST(0 AS oid)
AND bt.typlen = -1
THEN CAST('ARRAY' AS varchar)
WHEN nbt.nspname = CAST('pg_catalog' AS name)
THEN CASE
WHEN t.typbasetype = CAST(16 AS oid)
THEN CAST('boolean' AS varchar)
WHEN t.typbasetype = CAST(18 AS oid)
THEN CAST('"char"' AS varchar)
WHEN t.typbasetype = CAST(21 AS oid)
THEN CAST('smallint' AS varchar)
WHEN t.typbasetype = CAST(23 AS oid)
THEN CAST('integer' AS varchar)
WHEN t.typbasetype = CAST(20 AS oid)
THEN CAST('bigint' AS varchar)
WHEN t.typbasetype = CAST(700 AS oid)
THEN CAST('real' AS varchar)
WHEN t.typbasetype = CAST(701 AS oid)
THEN CAST('double precision' AS varchar)
WHEN t.typbasetype = CAST(1042 AS oid)
THEN CAST('character' AS varchar)
WHEN t.typbasetype = CAST(1043 AS oid)
THEN CAST('character varying' AS varchar)
WHEN t.typbasetype = CAST(1082 AS oid)
THEN CAST('date' AS varchar)
WHEN t.typbasetype = CAST(1083 AS oid)
THEN CAST('time without time zone' AS varchar)
WHEN t.typbasetype = CAST(1114 AS oid)
THEN CAST('timestamp without time zone' AS varchar)
WHEN t.typbasetype = CAST(1184 AS oid)
THEN CAST('timestamp with time zone' AS varchar)
WHEN t.typbasetype = CAST(1700 AS oid)
THEN CAST('numeric' AS varchar)
WHEN t.typbasetype = CAST(6551 AS oid)
THEN CAST('binary varying' AS varchar)
ELSE CAST(t.typname AS varchar(128))
END
ELSE CAST('USER-DEFINED' AS varchar)
END
ELSE CASE
WHEN t.typelem <> CAST(0 AS oid)
AND t.typlen = -1
THEN CAST('ARRAY' AS varchar)
WHEN nt.nspname = CAST('pg_catalog' AS name)
THEN CASE
WHEN a.atttypid = CAST(16 AS oid)
THEN CAST('boolean' AS varchar)
WHEN a.atttypid = CAST(18 AS oid)
THEN CAST('"char"' AS varchar)
WHEN a.atttypid = CAST(21 AS oid)
THEN CAST('smallint' AS varchar)
WHEN a.atttypid = CAST(23 AS oid)
THEN CAST('integer' AS varchar)
WHEN a.atttypid = CAST(20 AS oid)
THEN CAST('bigint' AS varchar)
WHEN a.atttypid = CAST(700 AS oid)
THEN CAST('real' AS varchar)
WHEN a.atttypid = CAST(701 AS oid)
THEN CAST('double precision' AS varchar)
WHEN a.atttypid = CAST(1042 AS oid)
THEN CAST('character' AS varchar)
WHEN a.atttypid = CAST(1043 AS oid)
THEN CAST('character varying' AS varchar)
WHEN a.atttypid = CAST(1082 AS oid)
THEN CAST('date' AS varchar)
WHEN a.atttypid = CAST(1083 AS oid)
THEN CAST('time without time zone' AS varchar)
WHEN a.atttypid = CAST(1114 AS oid)
THEN CAST('timestamp without time zone' AS varchar)
WHEN a.atttypid = CAST(1184 AS oid)
THEN CAST('timestamp with time zone' AS varchar)
WHEN a.atttypid = CAST(1700 AS oid)
THEN CAST('numeric' AS varchar)
WHEN a.atttypid = CAST(6551 AS oid)
THEN CAST('binary varying' AS varchar)
ELSE CAST(t.typname AS varchar(128))
END
ELSE CAST('USER-DEFINED' AS varchar)
END
END AS varchar(128)) AS data_type,
CASE
WHEN a.atttypmod = -1
THEN CAST(NULL AS integer)
WHEN a.atttypid = CAST(1042 AS oid)
OR a.atttypid = CAST(1043 AS oid)
OR a.atttypid = CAST(6551 AS oid)
THEN a.atttypmod - 4
WHEN a.atttypid = CAST(1560 AS oid)
OR a.atttypid = CAST(1562 AS oid)
THEN a.atttypmod
ELSE CAST(NULL AS integer)
END AS character_maximum_length,
CASE
WHEN CASE
WHEN t.typtype = CAST('d' AS "char")
THEN t.typbasetype
ELSE a.atttypid
END = CAST(21 AS oid)
THEN 16
WHEN CASE
WHEN t.typtype = CAST('d' AS "char")
THEN t.typbasetype
ELSE a.atttypid
END = CAST(23 AS oid)
THEN 32
WHEN CASE
WHEN t.typtype = CAST('d' AS "char")
THEN t.typbasetype
ELSE a.atttypid
END = CAST(20 AS oid)
THEN 64
WHEN CASE
WHEN t.typtype = CAST('d' AS "char")
THEN t.typbasetype
ELSE a.atttypid
END = CAST(1700 AS oid)
THEN CASE
WHEN CASE
WHEN t.typtype = CAST('d' AS "char")
THEN t.typtypmod
ELSE a.atttypmod
END = -1
THEN CAST(NULL AS integer)
ELSE ((CASE
WHEN t.typtype = CAST('d' AS "char")
THEN t.typtypmod
ELSE a.atttypmod
END - 4) >> 16) & 65535
END
WHEN CASE
WHEN t.typtype = CAST('d' AS "char")
THEN t.typbasetype
ELSE a.atttypid
END = CAST(700 AS oid)
THEN 24
WHEN CASE
WHEN t.typtype = CAST('d' AS "char")
THEN t.typbasetype
ELSE a.atttypid
END = CAST(701 AS oid)
THEN 53
ELSE CAST(NULL AS integer)
END AS numeric_precision,
CASE
WHEN CASE
WHEN t.typtype = CAST('d' AS "char")
THEN t.typbasetype
ELSE a.atttypid
END = CAST(21 AS oid)
OR CASE
WHEN t.typtype = CAST('d' AS "char")
THEN t.typbasetype
ELSE a.atttypid
END = CAST(23 AS oid)
OR CASE
WHEN t.typtype = CAST('d' AS "char")
THEN t.typbasetype
ELSE a.atttypid
END = CAST(20 AS oid)
OR CASE
WHEN t.typtype = CAST('d' AS "char")
THEN t.typbasetype
ELSE a.atttypid
END = CAST(700 AS oid)
OR CASE
WHEN t.typtype = CAST('d' AS "char")
THEN t.typbasetype
ELSE a.atttypid
END = CAST(701 AS oid)
THEN 2
WHEN CASE
WHEN t.typtype = CAST('d' AS "char")
THEN t.typbasetype
ELSE a.atttypid
END = CAST(1700 AS oid)
THEN 10
ELSE CAST(NULL AS integer)
END AS numeric_precision_radix,
CASE
WHEN a.atttypid = CAST(21 AS oid)
OR a.atttypid = CAST(23 AS oid)
OR a.atttypid = CAST(20 AS oid)
THEN 0
WHEN a.atttypid = CAST(1700 AS oid)
THEN CASE
WHEN a.atttypmod = -1
THEN CAST(NULL AS integer)
ELSE (a.atttypmod - 4) & 65535
END
ELSE CAST(NULL AS integer)
END AS numeric_scale,
CASE
WHEN a.atttypmod = -1
THEN CAST(NULL AS integer)
WHEN a.atttypid = CAST(1083 AS oid)
OR a.atttypid = CAST(1114 AS oid)
OR a.atttypid = CAST(1184 AS oid)
OR a.atttypid = CAST(1266 AS oid)
THEN a.atttypmod
WHEN a.atttypid = CAST(1186 AS oid)
THEN a.atttypmod & 65535
ELSE CAST(NULL AS integer)
END AS datetime_precision,
CAST(NULL AS varchar) AS interval_type,
CAST(NULL AS varchar) AS interval_precision,
CAST(CAST(NULL AS varchar) AS varchar(128)) AS character_set_catalog,
CAST(CAST(NULL AS varchar) AS varchar(128)) AS character_set_schema,
CAST(CAST(NULL AS varchar) AS varchar(128)) AS character_set_name,
CAST(CAST(NULL AS varchar) AS varchar(128)) AS collation_catalog,
CAST(CAST(NULL AS varchar) AS varchar(128)) AS collation_schema,
CAST(CASE
WHEN a.atttypid = CAST(1042 AS oid)
OR a.atttypid = CAST(1043 AS oid)
OR a.atttypid = CAST(19 AS oid)
OR a.atttypid = CAST(25 AS oid)
THEN CASE
WHEN a.attencrypttype = 1
OR a.attrelid < CAST(100000 AS oid)
THEN CAST('case_sensitive' AS text)
WHEN a.attencrypttype = 2
THEN CAST('case_insensitive' AS text)
WHEN a.attencrypttype = 0
THEN db_collation()
ELSE CAST(NULL AS text)
END
ELSE CAST(NULL AS text)
END AS varchar(128)) AS collation_name,
CAST(CASE
WHEN t.typtype = CAST('d' AS "char")
THEN t.typname
ELSE CAST(NULL AS name)
END AS varchar(128)) AS domain_name,
CAST(d.description AS varchar) AS remarks
FROM pg_attribute AS a
INNER JOIN pg_class AS c ON a.attrelid = c.oid
INNER JOIN pg_namespace AS nc ON nc.oid = c.relnamespace
INNER JOIN pg_user AS u ON u.usesysid = c.relowner
INNER JOIN pg_type AS t ON a.atttypid = t.oid
INNER JOIN pg_namespace AS nt ON t.typnamespace = nt.oid
LEFT JOIN pg_attrdef AS ad ON a.attrelid = ad.adrelid
AND a.attnum = ad.adnum
LEFT JOIN pg_description AS d ON c.oid = d.objoid
AND a.attnum = d.objsubid
LEFT JOIN (pg_type AS bt
INNER JOIN pg_namespace AS nbt ON bt.typnamespace = nbt.oid)
ON t.typtype = CAST('d' AS "char")
AND t.typbasetype = bt.oid
WHERE a.attnum > 0
AND NOT a.attisdropped
AND (c.relkind = CAST('r' AS "char")
OR c.relkind = CAST('v' AS "char"))
UNION ALL
SELECT CAST(current_database() AS varchar(128)) AS table_catalog,
svv_external_columns.schemaname AS table_schema,
svv_external_columns.tablename AS table_name,
svv_external_columns.columnname AS column_name,
svv_external_columns.columnnum AS ordinal_position,
CAST(NULL AS unknown) AS column_default,
CAST(NULL AS unknown) AS is_nullable,
CASE
WHEN CAST(svv_external_columns.external_type AS text) ~~* CAST('%[]%' AS text)
THEN svv_external_columns.external_type
WHEN "left"(CAST(svv_external_columns.external_type AS text),
7) = CAST('varchar' AS text)
OR "left"(CAST(svv_external_columns.external_type AS text),
17) = CAST('character varying' AS text)
THEN CAST('character varying' AS varchar)
WHEN "left"(CAST(svv_external_columns.external_type AS text),
7) = CAST('varbyte' AS text)
OR "left"(CAST(svv_external_columns.external_type AS text),
14) = CAST('binary varying' AS text)
THEN CAST('binary varying' AS varchar)
WHEN "left"(CAST(svv_external_columns.external_type AS text),
4) = CAST('char' AS text)
THEN CAST('character' AS varchar)
WHEN "left"(CAST(svv_external_columns.external_type AS text),
7) = CAST('decimal' AS text)
THEN CAST('numeric' AS varchar)
WHEN CAST(svv_external_columns.external_type AS text) = CAST('float' AS text)
THEN CAST('real' AS varchar)
WHEN CAST(svv_external_columns.external_type AS text) = CAST('double' AS text)
THEN CAST('double precision' AS varchar)
WHEN CAST(svv_external_columns.external_type AS text) = CAST('int' AS text)
OR CAST(svv_external_columns.external_type AS text) = CAST('int4' AS text)
THEN CAST('integer' AS varchar)
WHEN CAST(svv_external_columns.external_type AS text) = CAST('int2' AS text)
THEN CAST('smallint' AS varchar)
ELSE svv_external_columns.external_type
END AS data_type,
CASE
WHEN CAST(svv_external_columns.external_type AS text) = CAST('varchar' AS text)
OR CAST(svv_external_columns.external_type AS text) = CAST('character varying' AS text)
OR CAST(svv_external_columns.external_type AS text) ~~* CAST('%[]%' AS text)
THEN -1
WHEN CAST(svv_external_columns.external_type AS text) = CAST('varbyte' AS text)
OR CAST(svv_external_columns.external_type AS text) = CAST('binary varying' AS text)
THEN -1
WHEN "left"(CAST(svv_external_columns.external_type AS text),
7) = CAST('varbyte' AS text)
OR "left"(CAST(svv_external_columns.external_type AS text),
14) = CAST('binary varying' AS text)
THEN CAST(regexp_substr(CAST(svv_external_columns.external_type AS text),
CAST('[0-9]+' AS text),
7) AS integer)
WHEN "left"(CAST(svv_external_columns.external_type AS text),
7) = CAST('varchar' AS text)
OR "left"(CAST(svv_external_columns.external_type AS text),
17) = CAST('character varying' AS text)
THEN CAST(regexp_substr(CAST(svv_external_columns.external_type AS text),
CAST('[0-9]+' AS text),
7) AS integer)
WHEN CAST(svv_external_columns.external_type AS text) = CAST('char' AS text)
THEN -1
WHEN "left"(CAST(svv_external_columns.external_type AS text),
4) = CAST('char' AS text)
THEN CAST(regexp_substr(CAST(svv_external_columns.external_type AS text),
CAST('[0-9]+' AS text),
4) AS integer)
WHEN CAST(svv_external_columns.external_type AS text) = CAST('string' AS text)
THEN 16383
ELSE CAST(NULL AS integer)
END AS character_maximum_length,
CASE
WHEN "left"(CAST(svv_external_columns.external_type AS text),
7) = CAST('decimal' AS text)
THEN CAST(regexp_substr(CAST(svv_external_columns.external_type AS text),
CAST('[0-9]+' AS text),
7) AS integer)
WHEN CAST(svv_external_columns.external_type AS text) = CAST('int2' AS text)
THEN 16
WHEN CAST(svv_external_columns.external_type AS text) = CAST('int' AS text)
OR CAST(svv_external_columns.external_type AS text) = CAST('int4' AS text)
OR CAST(svv_external_columns.external_type AS text) = CAST('integer' AS text)
THEN 32
WHEN CAST(svv_external_columns.external_type AS text) = CAST('bigint' AS text)
THEN 64
WHEN CAST(svv_external_columns.external_type AS text) = CAST('float' AS text)
THEN 24
WHEN CAST(svv_external_columns.external_type AS text) = CAST('double' AS text)
THEN 53
ELSE CAST(NULL AS integer)
END AS numeric_precision,
CASE
WHEN CAST(svv_external_columns.external_type AS text) = CAST('smallint' AS text)
OR CAST(svv_external_columns.external_type AS text) = CAST('integer' AS text)
OR CAST(svv_external_columns.external_type AS text) = CAST('bigint' AS text)
OR CAST(svv_external_columns.external_type AS text) = CAST('float' AS text)
OR CAST(svv_external_columns.external_type AS text) = CAST('double' AS text)
OR CAST(svv_external_columns.external_type AS text) = CAST('int' AS text)
THEN 2
WHEN "left"(CAST(svv_external_columns.external_type AS text),
7) = CAST('decimal' AS text)
THEN 10
ELSE CAST(NULL AS integer)
END AS numeric_precision_radix,
CASE
WHEN "left"(CAST(svv_external_columns.external_type AS text),
7) = CAST('decimal' AS text)
THEN CAST(CASE
WHEN regexp_instr(CAST(svv_external_columns.external_type AS text),
CAST(',' AS text),
7) = 0
THEN CAST('0' AS text)
ELSE regexp_substr(CAST(svv_external_columns.external_type AS text),
CAST('[0-9]+' AS text),
regexp_instr(CAST(svv_external_columns.external_type AS text),
CAST(',' AS text),
7))
END AS integer)
WHEN CAST(svv_external_columns.external_type AS text) = CAST('smallint' AS text)
OR CAST(svv_external_columns.external_type AS text) = CAST('integer' AS text)
OR CAST(svv_external_columns.external_type AS text) = CAST('bigint' AS text)
OR CAST(svv_external_columns.external_type AS text) = CAST('int' AS text)
THEN 0
ELSE CAST(NULL AS integer)
END AS numeric_scale,
CASE
WHEN CAST(svv_external_columns.external_type AS text) = CAST('timestamp' AS text)
THEN 6
ELSE CAST(NULL AS integer)
END AS datetime_precision,
CAST(NULL AS unknown) AS interval_type,
CAST(NULL AS unknown) AS interval_precision,
CAST(NULL AS unknown) AS character_set_catalog,
CAST(NULL AS unknown) AS character_set_schema,
CAST(NULL AS unknown) AS character_set_name,
CAST(NULL AS unknown) AS collation_catalog,
CAST(NULL AS unknown) AS collation_schema,
CAST(CASE
WHEN "left"(CAST(svv_external_columns.external_type AS text),
7) = CAST('varchar' AS text)
OR "left"(CAST(svv_external_columns.external_type AS text),
17) = CAST('character varying' AS text)
OR "left"(CAST(svv_external_columns.external_type AS text),
4) = CAST('char' AS text)
THEN db_collation()
ELSE CAST(NULL AS text)
END AS varchar(128)) AS collation_name,
CAST(NULL AS unknown) AS domain_name,
CAST(NULL AS unknown) AS remarks
FROM svv_external_columns)
UNION ALL
SELECT CAST(current_database() AS varchar(128)) AS table_catalog,
CAST(lbv_columns.schemaname AS varchar(128)) AS table_schema,
CAST(lbv_columns.tablename AS varchar(128)) AS table_name,
CAST(lbv_columns.columnname AS varchar(128)) AS column_name,
lbv_columns.columnnum AS ordinal_position,
CAST(NULL AS unknown) AS column_default,
CAST(NULL AS unknown) AS is_nullable,
CAST(CASE
WHEN "left"(CAST(lbv_columns.columntype AS text),
18) = CAST('character varying(' AS text)
THEN CAST('character varying' AS varchar)
WHEN "left"(CAST(lbv_columns.columntype AS text),
10) = CAST('character(' AS text)
THEN CAST('character' AS varchar)
WHEN "left"(CAST(lbv_columns.columntype AS text),
8) = CAST('numeric(' AS text)
THEN CAST('numeric' AS varchar)
WHEN "left"(CAST(lbv_columns.columntype AS text),
15) = CAST('binary varying(' AS text)
THEN CAST('binary varying' AS varchar)
ELSE lbv_columns.columntype
END AS varchar(128)) AS data_type,
CASE
WHEN "left"(CAST(lbv_columns.columntype AS text),
18) = CAST('character varying(' AS text)
THEN CAST(regexp_substr(CAST(lbv_columns.columntype AS text),
CAST('[0-9]+' AS text),
19) AS integer)
WHEN "left"(CAST(lbv_columns.columntype AS text),
10) = CAST('character(' AS text)
THEN CAST(regexp_substr(CAST(lbv_columns.columntype AS text),
CAST('[0-9]+' AS text),
11) AS integer)
WHEN "left"(CAST(lbv_columns.columntype AS text),
15) = CAST('binary varying(' AS text)
THEN CAST(regexp_substr(CAST(lbv_columns.columntype AS text),
CAST('[0-9]+' AS text),
16) AS integer)
ELSE CAST(NULL AS integer)
END AS character_maximum_length,
CASE
WHEN CAST(lbv_columns.columntype AS text) = CAST('numeric' AS text)
THEN CAST(NULL AS integer)
WHEN "left"(CAST(lbv_columns.columntype AS text),
7) = CAST('numeric' AS text)
THEN CAST(regexp_substr(CAST(lbv_columns.columntype AS text),
CAST('[0-9]+' AS text),
7) AS integer)
WHEN CAST(lbv_columns.columntype AS text) = CAST('smallint' AS text)
THEN 16
WHEN CAST(lbv_columns.columntype AS text) = CAST('integer' AS text)
THEN 32
WHEN CAST(lbv_columns.columntype AS text) = CAST('bigint' AS text)
THEN 64
WHEN CAST(lbv_columns.columntype AS text) = CAST('double precision' AS text)
THEN 53
WHEN CAST(lbv_columns.columntype AS text) = CAST('real' AS text)
THEN 24
ELSE CAST(NULL AS integer)
END AS numeric_precision,
CASE
WHEN CAST(lbv_columns.columntype AS text) = CAST('smallint' AS text)
OR CAST(lbv_columns.columntype AS text) = CAST('integer' AS text)
OR CAST(lbv_columns.columntype AS text) = CAST('bigint' AS text)
OR CAST(lbv_columns.columntype AS text) = CAST('double precision' AS text)
OR CAST(lbv_columns.columntype AS text) = CAST('real' AS text)
THEN 2
WHEN "left"(CAST(lbv_columns.columntype AS text),
7) = CAST('numeric' AS text)
THEN 10
ELSE CAST(NULL AS integer)
END AS numeric_precision_radix,
CASE
WHEN CAST(lbv_columns.columntype AS text) = CAST('numeric' AS text)
THEN CAST(NULL AS integer)
WHEN "left"(CAST(lbv_columns.columntype AS text),
7) = CAST('numeric' AS text)
THEN CAST(CASE
WHEN regexp_instr(CAST(lbv_columns.columntype AS text),
CAST(',' AS text),
7) = 0
THEN CAST('0' AS text)
ELSE regexp_substr(CAST(lbv_columns.columntype AS text),
CAST('[0-9]+' AS text),
regexp_instr(CAST(lbv_columns.columntype AS text),
CAST(',' AS text),
7))
END AS integer)
WHEN CAST(lbv_columns.columntype AS text) = CAST('smallint' AS text)
OR CAST(lbv_columns.columntype AS text) = CAST('integer' AS text)
OR CAST(lbv_columns.columntype AS text) = CAST('bigint' AS text)
THEN 0
ELSE CAST(NULL AS integer)
END AS numeric_scale,
CASE
WHEN CAST(lbv_columns.columntype AS text) = CAST('timestamp with time zone' AS text)
OR CAST(lbv_columns.columntype AS text) = CAST('timestamp without time zone' AS text)
THEN 6
ELSE CAST(NULL AS integer)
END AS datetime_precision,
CAST(NULL AS unknown) AS interval_type,
CAST(NULL AS unknown) AS interval_precision,
CAST(NULL AS unknown) AS character_set_catalog,
CAST(NULL AS unknown) AS character_set_schema,
CAST(NULL AS unknown) AS character_set_name,
CAST(NULL AS unknown) AS collation_catalog,
CAST(NULL AS unknown) AS collation_schema,
CAST(CASE
WHEN lbv_columns.columncollation = 1
THEN CAST('case_sensitive' AS text)
WHEN lbv_columns.columncollation = 2
THEN CAST('case_insensitive' AS text)
WHEN lbv_columns.columncollation = 0
THEN CASE
WHEN "left"(CAST(lbv_columns.columntype AS text),
18) = CAST('character varying(' AS text)
OR "left"(CAST(lbv_columns.columntype AS text),
10) = CAST('character(' AS text)
THEN db_collation()
ELSE CAST(NULL AS text)
END
ELSE CAST(NULL AS text)
END AS varchar(128)) AS collation_name,
CAST(NULL AS unknown) AS domain_name,
CAST(NULL AS unknown) AS remarks
FROM (SELECT lbv_cols.schemaname,
lbv_cols.tablename,
lbv_cols.columnname,
lbv_cols.columntype,
lbv_cols.columnnum,
lbv_cols.columncollation
FROM pg_get_lbvcols_collation() AS lbv_cols(schemaname name,
tablename name,
columnname name,
columntype varchar,
columnnum integer,
columncollation integer)) AS lbv_columns Home 3D Друк Blog Bring-Up Times Consultancy Cross-Region Benchmarks Email Forums IRC Mailing Lists Reddit Redshift Price Tracker Redshift Version Tracker Redshift Workbench System Table Tracker The Known Universe Twitter White Papers