Replace PL/pgSQL functions with inlineable SQL functions

This speeds up the resolved_* views by a reasonable amount, though it
does mean we won't be able to use the smarter resolution logic (which is
far too slow anyway at the moment, so I'm not sure what I'm going to do
about that in the future...)

Signed-off-by: Graham <gpe@openrs2.org>
bzip2
Graham 4 years ago
parent 5d1fa42623
commit a8fbfd851c
  1. 4
      archive/src/main/kotlin/org/openrs2/archive/cache/CacheImporter.kt
  2. 54
      archive/src/main/resources/org/openrs2/archive/migrations/V1__init.sql

@ -247,7 +247,7 @@ public class CacheImporter @Inject constructor(
FROM master_index_archives a
LEFT JOIN master_index_archives a2 ON a2.master_index_id = ? AND a2.archive_id = a.archive_id AND
a2.crc32 = a.crc32 AND a2.version = a.version
LEFT JOIN resolve_index(a2.master_index_id, a2.archive_id, a2.crc32, a2.version) c ON TRUE
LEFT JOIN resolve_index(a2.archive_id, a2.crc32, a2.version) c ON TRUE
WHERE a.master_index_id = ?
ORDER BY a.archive_id ASC
""".trimIndent()
@ -308,7 +308,7 @@ public class CacheImporter @Inject constructor(
i.archive_id = ?
LEFT JOIN index_groups ig2 ON ig2.container_id = i.container_id AND ig2.group_id = ig.group_id AND
ig2.crc32 = ig.crc32 AND ig2.version = ig.version
LEFT JOIN resolve_group(i.master_index_id, i.archive_id, ig2.group_id, ig2.crc32, ig2.version) c ON TRUE
LEFT JOIN resolve_group(i.archive_id, ig2.group_id, ig2.crc32, ig2.version) c ON TRUE
WHERE ig.container_id = ? AND c.id IS NULL
ORDER BY ig.group_id ASC
""".trimIndent()

@ -163,61 +163,31 @@ CREATE TABLE names (
CREATE UNIQUE INDEX ON names (hash, name);
CREATE FUNCTION resolve_index(master_index_id INTEGER, archive_id uint1, crc32 INTEGER, version INTEGER) RETURNS containers AS $$
#variable_conflict use_variable
DECLARE
resolved containers%ROWTYPE;
BEGIN
CREATE FUNCTION resolve_index(_archive_id uint1, _crc32 INTEGER, _version INTEGER) RETURNS SETOF containers AS $$
SELECT c.*
INTO resolved
FROM groups g
JOIN containers c ON c.id = g.container_id
JOIN indexes i ON i.container_id = c.id
WHERE g.archive_id = 255 AND g.group_id = archive_id::INTEGER AND c.crc32 = crc32 AND g.version = version AND
NOT g.version_truncated AND i.version = version
WHERE g.archive_id = 255 AND g.group_id = _archive_id::INTEGER AND c.crc32 = _crc32 AND g.version = _version AND
NOT g.version_truncated AND i.version = _version
ORDER BY c.id ASC
LIMIT 1;
$$ LANGUAGE SQL STABLE PARALLEL SAFE ROWS 1;
RETURN resolved;
END;
$$ LANGUAGE plpgsql STABLE STRICT PARALLEL SAFE;
CREATE FUNCTION resolve_group(master_index_id INTEGER, archive_id uint1, group_id INTEGER, crc32 INTEGER, version INTEGER) RETURNS containers AS $$
#variable_conflict use_variable
DECLARE
resolved containers%ROWTYPE;
BEGIN
SELECT c.*
INTO resolved
FROM groups g
JOIN containers c ON c.id = g.container_id
WHERE g.archive_id = archive_id AND g.group_id = group_id AND c.crc32 = crc32 AND g.version = version AND
NOT g.version_truncated
ORDER BY c.id ASC
LIMIT 1;
IF FOUND THEN
RETURN resolved;
END IF;
CREATE FUNCTION resolve_group(_archive_id uint1, _group_id INTEGER, _crc32 INTEGER, _version INTEGER) RETURNS SETOF containers AS $$
SELECT c.*
INTO resolved
FROM groups g
JOIN containers c ON c.id = g.container_id
WHERE g.archive_id = archive_id AND g.group_id = group_id AND c.crc32 = crc32 AND g.version = version & 65535 AND
g.version_truncated
ORDER BY c.id ASC
WHERE g.archive_id = _archive_id AND g.group_id = _group_id AND c.crc32 = _crc32 AND g.version = _version & 65535
ORDER BY g.version_truncated ASC, c.id ASC
LIMIT 1;
RETURN resolved;
END;
$$ LANGUAGE plpgsql STABLE STRICT PARALLEL SAFE;
$$ LANGUAGE SQL STABLE PARALLEL SAFE ROWS 1;
CREATE VIEW resolved_indexes AS
SELECT m.id AS master_index_id, a.archive_id, c.data, c.id AS container_id
FROM master_indexes m
JOIN master_index_archives a ON a.master_index_id = m.id
JOIN resolve_index(m.id, a.archive_id, a.crc32, a.version) c ON TRUE;
JOIN resolve_index(a.archive_id, a.crc32, a.version) c ON TRUE;
CREATE VIEW resolved_groups (master_index_id, archive_id, group_id, name_hash, version, data, key_id) AS
WITH i AS NOT MATERIALIZED (
@ -230,7 +200,7 @@ UNION ALL
SELECT i.master_index_id, i.archive_id, ig.group_id, ig.name_hash, ig.version, c.data, c.key_id
FROM i
JOIN index_groups ig ON ig.container_id = i.container_id
JOIN resolve_group(i.master_index_id, i.archive_id, ig.group_id, ig.crc32, ig.version) c ON TRUE;
JOIN resolve_group(i.archive_id, ig.group_id, ig.crc32, ig.version) c ON TRUE;
CREATE MATERIALIZED VIEW master_index_stats (
master_index_id,
@ -256,7 +226,7 @@ LEFT JOIN (
COUNT(*) FILTER (WHERE c.id IS NOT NULL OR (a.version = 0 AND a.crc32 = 0)) AS valid_indexes,
COUNT(*) AS indexes
FROM master_index_archives a
LEFT JOIN resolve_index(a.master_index_id, a.archive_id, a.crc32, a.version) c ON TRUE
LEFT JOIN resolve_index(a.archive_id, a.crc32, a.version) c ON TRUE
GROUP BY a.master_index_id
) a ON a.master_index_id = m.id
LEFT JOIN (
@ -268,7 +238,7 @@ LEFT JOIN (
COUNT(*) FILTER (WHERE c.encrypted) AS keys
FROM resolved_indexes i
JOIN index_groups ig ON ig.container_id = i.container_id
LEFT JOIN resolve_group(i.master_index_id, i.archive_id, ig.group_id, ig.crc32, ig.version) c ON TRUE
LEFT JOIN resolve_group(i.archive_id, ig.group_id, ig.crc32, ig.version) c ON TRUE
LEFT JOIN keys k ON k.id = c.key_id
GROUP BY i.master_index_id
) g ON g.master_index_id = m.id;

Loading…
Cancel
Save