'postgres', q(
CREATE EXTENSION amcheck;
+ CREATE SCHEMA test_amcheck;
+ SET search_path = test_amcheck;
+
CREATE FUNCTION ok_cmp (int4, int4)
- RETURNS int LANGUAGE sql AS
+ RETURNS int LANGUAGE sql SET search_path = test_amcheck AS
$$
SELECT
CASE WHEN $1 < $2 THEN -1
--- Check 1: uniqueness violation.
---
CREATE FUNCTION ok_cmp1 (int4, int4)
- RETURNS int LANGUAGE sql AS
+ RETURNS int LANGUAGE sql SET search_path = test_amcheck AS
$$
SELECT ok_cmp($1, $2);
$$;
--- Make values 768 and 769 look equal.
---
CREATE FUNCTION bad_cmp1 (int4, int4)
- RETURNS int LANGUAGE sql AS
+ RETURNS int LANGUAGE sql SET search_path = test_amcheck AS
$$
SELECT
CASE WHEN ($1 = 768 AND $2 = 769) OR
--- Check 2: uniqueness violation without deduplication.
---
CREATE FUNCTION ok_cmp2 (int4, int4)
- RETURNS int LANGUAGE sql AS
+ RETURNS int LANGUAGE sql SET search_path = test_amcheck AS
$$
SELECT ok_cmp($1, $2);
$$;
CREATE FUNCTION bad_cmp2 (int4, int4)
- RETURNS int LANGUAGE sql AS
+ RETURNS int LANGUAGE sql SET search_path = test_amcheck AS
$$
SELECT
CASE WHEN $1 = $2 AND $1 = 400 THEN -1
--- Check 3: uniqueness violation with deduplication.
---
CREATE FUNCTION ok_cmp3 (int4, int4)
- RETURNS int LANGUAGE sql AS
+ RETURNS int LANGUAGE sql SET search_path = test_amcheck AS
$$
SELECT ok_cmp($1, $2);
$$;
CREATE FUNCTION bad_cmp3 (int4, int4)
- RETURNS int LANGUAGE sql AS
+ RETURNS int LANGUAGE sql SET search_path = test_amcheck AS
$$
SELECT bad_cmp2($1, $2);
$$;
# We have not yet broken the index, so we should get no corruption
$result = $node->safe_psql(
'postgres', q(
- SELECT bt_index_check('bttest_unique_idx1', true, true);
+ SELECT bt_index_check('test_amcheck.bttest_unique_idx1', true, true);
));
is($result, '', 'run amcheck on non-broken bttest_unique_idx1');
# values to be equal.
$node->safe_psql(
'postgres', q(
+ SET search_path = test_amcheck;
UPDATE pg_catalog.pg_amproc SET
amproc = 'bad_cmp1'::regproc
WHERE amproc = 'ok_cmp1'::regproc;
($result, $stdout, $stderr) = $node->psql(
'postgres', q(
- SELECT bt_index_check('bttest_unique_idx1', true, true);
+ SELECT bt_index_check('test_amcheck.bttest_unique_idx1', true, true);
));
ok( $stderr =~ /index uniqueness is violated for index "bttest_unique_idx1"/,
'detected uniqueness violation for index "bttest_unique_idx1"');
# but no uniqueness violation.
($result, $stdout, $stderr) = $node->psql(
'postgres', q(
- SELECT bt_index_check('bttest_unique_idx2', true, true);
+ SELECT bt_index_check('test_amcheck.bttest_unique_idx2', true, true);
));
ok( $stderr =~ /item order invariant violated for index "bttest_unique_idx2"/,
'detected item order invariant violation for index "bttest_unique_idx2"');
$node->safe_psql(
'postgres', q(
+ SET search_path = test_amcheck;
UPDATE pg_catalog.pg_amproc SET
amproc = 'ok_cmp2'::regproc
WHERE amproc = 'bad_cmp2'::regproc;
($result, $stdout, $stderr) = $node->psql(
'postgres', q(
- SELECT bt_index_check('bttest_unique_idx2', true, true);
+ SELECT bt_index_check('test_amcheck.bttest_unique_idx2', true, true);
));
ok( $stderr =~ /index uniqueness is violated for index "bttest_unique_idx2"/,
'detected uniqueness violation for index "bttest_unique_idx2"');
# but no uniqueness violation.
($result, $stdout, $stderr) = $node->psql(
'postgres', q(
- SELECT bt_index_check('bttest_unique_idx3', true, true);
+ SELECT bt_index_check('test_amcheck.bttest_unique_idx3', true, true);
));
ok( $stderr =~ /item order invariant violated for index "bttest_unique_idx3"/,
'detected item order invariant violation for index "bttest_unique_idx3"');
# with different visibility.
$node->safe_psql(
'postgres', q(
+ SET search_path = test_amcheck;
DELETE FROM bttest_unique3 WHERE 380 <= i AND i <= 420;
INSERT INTO bttest_unique3 (SELECT * FROM generate_series(380, 420));
INSERT INTO bttest_unique3 VALUES (400);
$node->safe_psql(
'postgres', q(
+ SET search_path = test_amcheck;
UPDATE pg_catalog.pg_amproc SET
amproc = 'ok_cmp3'::regproc
WHERE amproc = 'bad_cmp3'::regproc;
($result, $stdout, $stderr) = $node->psql(
'postgres', q(
- SELECT bt_index_check('bttest_unique_idx3', true, true);
+ SELECT bt_index_check('test_amcheck.bttest_unique_idx3', true, true);
));
ok( $stderr =~ /index uniqueness is violated for index "bttest_unique_idx3"/,
'detected uniqueness violation for index "bttest_unique_idx3"');
SetUserIdAndSecContext(heaprel->rd_rel->relowner,
save_sec_context | SECURITY_RESTRICTED_OPERATION);
save_nestlevel = NewGUCNestLevel();
+ SetConfigOption("search_path", GUC_SAFE_SEARCH_PATH, PGC_USERSET,
+ PGC_S_SESSION);
}
else
{
to hold, we can expect binary searches on the affected page to
incorrectly guide index scans, resulting in wrong answers to SQL
queries. If the structure appears to be valid, no error is raised.
+ While these checking functions are run, the <xref
+ linkend="guc-search-path"/> is temporarily changed to <literal>pg_catalog,
+ pg_temp</literal>.
</para>
<para>
Verification is performed using the same procedures as those used by
</para>
<para>
- Lastly, the following functions can be used:
+ Lastly, the following functions can be used (while these functions run,
+ <xref linkend="guc-search-path"/> is temporarily changed to
+ <literal>pg_catalog, pg_temp</literal>):
<simplelist>
<member>
<function>brin_summarize_new_values(regclass)</function>
(This will not be sufficient if there is heavy update activity.)
</para>
+ <para>
+ While <command>ANALYZE</command> is running, the <xref
+ linkend="guc-search-path"/> is temporarily changed to <literal>pg_catalog,
+ pg_temp</literal>.
+ </para>
+
<para>
<command>ANALYZE</command>
requires only a read lock on the target table, so it can run in
information.
</para>
+ <para>
+ While <command>CLUSTER</command> is running, the <xref
+ linkend="guc-search-path"/> is temporarily changed to <literal>pg_catalog,
+ pg_temp</literal>.
+ </para>
+
<para>
When an index scan is used, a temporary copy of the table is created that
contains the table data in the index order. Temporary copies of each
the table to generate statistics for these indexes.
</para>
+ <para>
+ While <command>CREATE INDEX</command> is running, the <xref
+ linkend="guc-search-path"/> is temporarily changed to <literal>pg_catalog,
+ pg_temp</literal>.
+ </para>
+
<para>
For most index methods, the speed of creating an index is
dependent on the setting of <xref linkend="guc-maintenance-work-mem"/>.
will be ordered that way; but <command>REFRESH MATERIALIZED
VIEW</command> does not guarantee to preserve that ordering.
</para>
+
+ <para>
+ While <command>REFRESH MATERIALIZED VIEW</command> is running, the <xref
+ linkend="guc-search-path"/> is temporarily changed to <literal>pg_catalog,
+ pg_temp</literal>.
+ </para>
</refsect1>
<refsect1>
into expensive sequential scans.
</para>
+ <para>
+ While <command>REINDEX</command> is running, the <xref
+ linkend="guc-search-path"/> is temporarily changed to <literal>pg_catalog,
+ pg_temp</literal>.
+ </para>
+
<para>
Reindexing a single index or table requires being the owner of that
index or table. Reindexing a schema or database requires being the
does not have permission to vacuum.
</para>
+ <para>
+ While <command>VACUUM</command> is running, the <xref
+ linkend="guc-search-path"/> is temporarily changed to <literal>pg_catalog,
+ pg_temp</literal>.
+ </para>
+
<para>
<command>VACUUM</command> cannot be executed inside a transaction block.
</para>
SetUserIdAndSecContext(heapRel->rd_rel->relowner,
save_sec_context | SECURITY_RESTRICTED_OPERATION);
save_nestlevel = NewGUCNestLevel();
+ SetConfigOption("search_path", GUC_SAFE_SEARCH_PATH, PGC_USERSET,
+ PGC_S_SESSION);
}
else
{
SetUserIdAndSecContext(heapRel->rd_rel->relowner,
save_sec_context | SECURITY_RESTRICTED_OPERATION);
save_nestlevel = NewGUCNestLevel();
+ SetConfigOption("search_path", GUC_SAFE_SEARCH_PATH, PGC_USERSET,
+ PGC_S_SESSION);
indexRelation = index_open(indexRelationId, RowExclusiveLock);
SetUserIdAndSecContext(heapRelation->rd_rel->relowner,
save_sec_context | SECURITY_RESTRICTED_OPERATION);
save_nestlevel = NewGUCNestLevel();
+ if (!IsBootstrapProcessingMode())
+ SetConfigOption("search_path", GUC_SAFE_SEARCH_PATH, PGC_USERSET,
+ PGC_S_SESSION);
/* Set up initial progress report status */
{
SetUserIdAndSecContext(heapRelation->rd_rel->relowner,
save_sec_context | SECURITY_RESTRICTED_OPERATION);
save_nestlevel = NewGUCNestLevel();
+ SetConfigOption("search_path", GUC_SAFE_SEARCH_PATH, PGC_USERSET,
+ PGC_S_SESSION);
indexRelation = index_open(indexId, RowExclusiveLock);
SetUserIdAndSecContext(heapRelation->rd_rel->relowner,
save_sec_context | SECURITY_RESTRICTED_OPERATION);
save_nestlevel = NewGUCNestLevel();
+ SetConfigOption("search_path", GUC_SAFE_SEARCH_PATH, PGC_USERSET,
+ PGC_S_SESSION);
if (progress)
{
void
assign_search_path(const char *newval, void *extra)
{
+ /* don't access search_path during bootstrap */
+ Assert(!IsBootstrapProcessingMode());
+
/*
* We mark the path as needing recomputation, but don't do anything until
* it's needed. This avoids trying to do database access during GUC
SetUserIdAndSecContext(onerel->rd_rel->relowner,
save_sec_context | SECURITY_RESTRICTED_OPERATION);
save_nestlevel = NewGUCNestLevel();
+ SetConfigOption("search_path", GUC_SAFE_SEARCH_PATH, PGC_USERSET,
+ PGC_S_SESSION);
/* measure elapsed time iff autovacuum logging requires it */
if (AmAutoVacuumWorkerProcess() && params->log_min_duration >= 0)
SetUserIdAndSecContext(OldHeap->rd_rel->relowner,
save_sec_context | SECURITY_RESTRICTED_OPERATION);
save_nestlevel = NewGUCNestLevel();
+ SetConfigOption("search_path", GUC_SAFE_SEARCH_PATH, PGC_USERSET,
+ PGC_S_SESSION);
/*
* Since we may open a new transaction for each relation, we have to check
root_save_nestlevel = NewGUCNestLevel();
+ if (!IsBootstrapProcessingMode())
+ SetConfigOption("search_path", GUC_SAFE_SEARCH_PATH, PGC_USERSET,
+ PGC_S_SESSION);
+
/*
* Some callers need us to run with an empty default_tablespace; this is a
* necessary hack to be able to reproduce catalog state accurately when
SetUserIdAndSecContext(childrel->rd_rel->relowner,
child_save_sec_context | SECURITY_RESTRICTED_OPERATION);
child_save_nestlevel = NewGUCNestLevel();
+ SetConfigOption("search_path", GUC_SAFE_SEARCH_PATH, PGC_USERSET,
+ PGC_S_SESSION);
/*
* Don't try to create indexes on foreign tables, though. Skip
SetUserIdAndSecContext(heapRel->rd_rel->relowner,
save_sec_context | SECURITY_RESTRICTED_OPERATION);
save_nestlevel = NewGUCNestLevel();
+ SetConfigOption("search_path", GUC_SAFE_SEARCH_PATH, PGC_USERSET,
+ PGC_S_SESSION);
/* determine safety of this index for set_indexsafe_procflags */
idx->safe = (indexRel->rd_indexprs == NIL &&
SetUserIdAndSecContext(relowner,
save_sec_context | SECURITY_RESTRICTED_OPERATION);
save_nestlevel = NewGUCNestLevel();
+ SetConfigOption("search_path", GUC_SAFE_SEARCH_PATH, PGC_USERSET,
+ PGC_S_SESSION);
/* Make sure it is a materialized view. */
if (matviewRel->rd_rel->relkind != RELKIND_MATVIEW)
SetUserIdAndSecContext(rel->rd_rel->relowner,
save_sec_context | SECURITY_RESTRICTED_OPERATION);
save_nestlevel = NewGUCNestLevel();
+ SetConfigOption("search_path", GUC_SAFE_SEARCH_PATH, PGC_USERSET,
+ PGC_S_SESSION);
/*
* If PROCESS_MAIN is set (the default), it's time to vacuum the main
CREATE FUNCTION f1(int) RETURNS int LANGUAGE SQL AS 'SELECT f0($1)';
CREATE TABLE funcidx (x int);
INSERT INTO funcidx VALUES (0),(1),(2),(3);
- CREATE INDEX i0 ON funcidx ((f1(x)));
CREATE SCHEMA "Foo";
CREATE TABLE "Foo".bar(id int);
CREATE SCHEMA "Bar";
|);
$node->command_ok([qw|vacuumdb -Z --table="need""q(uot"(")x") postgres|],
'column list');
-$node->command_fails(
- [qw|vacuumdb -Zt funcidx postgres|],
- 'unqualified name via functional index');
$node->command_fails(
[ 'vacuumdb', '--analyze', '--table', 'vactable(c)', 'postgres' ],
#define GUC_QUALIFIER_SEPARATOR '.'
+/*
+ * Safe search path when executing code as the table owner, such as during
+ * maintenance operations.
+ */
+#define GUC_SAFE_SEARCH_PATH "pg_catalog, pg_temp"
+
/*
* Bit values in "flags" of a GUC variable. Note that these don't appear
* on disk, so we can reassign their values freely.
END IF;
END; $$;
NOTICE: in process utility: superuser attempting CREATE FUNCTION
+NOTICE: in object access: superuser attempting namespace search (subId=0x0) [no report on violation, allowed]
+NOTICE: in object access: superuser finished namespace search (subId=0x0) [no report on violation, allowed]
NOTICE: in object access: superuser attempting create (subId=0x0) [explicit]
NOTICE: in object access: superuser finished create (subId=0x0) [explicit]
NOTICE: in process utility: superuser finished CREATE FUNCTION
NOTICE: in process utility: superuser finished CREATE TABLE
CREATE INDEX regress_test_table_t_idx ON regress_test_table (t);
NOTICE: in process utility: superuser attempting CREATE INDEX
+NOTICE: in object access: superuser attempting namespace search (subId=0x0) [no report on violation, allowed]
+NOTICE: in object access: superuser finished namespace search (subId=0x0) [no report on violation, allowed]
NOTICE: in object access: superuser attempting create (subId=0x0) [explicit]
NOTICE: in object access: superuser finished create (subId=0x0) [explicit]
NOTICE: in process utility: superuser finished CREATE INDEX
GRANT SELECT ON Table regress_test_table TO public;
NOTICE: in process utility: superuser attempting GRANT
+NOTICE: in object access: superuser attempting namespace search (subId=0x0) [no report on violation, allowed]
+NOTICE: in object access: superuser finished namespace search (subId=0x0) [no report on violation, allowed]
NOTICE: in process utility: superuser finished GRANT
CREATE FUNCTION regress_test_func (t text) RETURNS text AS $$
SELECT $1;
DROP ROLE regress_user_mvtest;
-- Concurrent refresh requires a unique index on the materialized
-- view. Test what happens if it's dropped during the refresh.
+SET search_path = mvtest_mvschema, public;
CREATE OR REPLACE FUNCTION mvtest_drop_the_index()
RETURNS bool AS $$
BEGIN
- EXECUTE 'DROP INDEX IF EXISTS mvtest_drop_idx';
+ EXECUTE 'DROP INDEX IF EXISTS mvtest_mvschema.mvtest_drop_idx';
RETURN true;
END;
$$ LANGUAGE plpgsql;
REFRESH MATERIALIZED VIEW CONCURRENTLY drop_idx_matview;
ERROR: could not find suitable unique index on materialized view
DROP MATERIALIZED VIEW drop_idx_matview; -- clean up
+RESET search_path;
-- make sure that create WITH NO DATA works via SPI
BEGIN;
CREATE FUNCTION mvtest_func()
0
(1 row)
+--
+-- Verify that search_path is set to a safe value during maintenance
+-- commands.
+--
+CREATE SCHEMA test_maint_search_path;
+SET search_path = test_maint_search_path;
+CREATE FUNCTION fn(INT) RETURNS INT IMMUTABLE LANGUAGE plpgsql AS $$
+ BEGIN
+ RAISE NOTICE 'current search_path: %', current_setting('search_path');
+ RETURN $1;
+ END;
+$$;
+CREATE TABLE test_maint(i INT);
+INSERT INTO test_maint VALUES (1), (2);
+CREATE MATERIALIZED VIEW test_maint_mv AS SELECT fn(i) FROM test_maint;
+NOTICE: current search_path: test_maint_search_path
+NOTICE: current search_path: test_maint_search_path
+-- the following commands should see search_path as pg_catalog, pg_temp
+CREATE INDEX test_maint_idx ON test_maint_search_path.test_maint (fn(i));
+NOTICE: current search_path: pg_catalog, pg_temp
+NOTICE: current search_path: pg_catalog, pg_temp
+REINDEX TABLE test_maint_search_path.test_maint;
+NOTICE: current search_path: pg_catalog, pg_temp
+NOTICE: current search_path: pg_catalog, pg_temp
+ANALYZE test_maint_search_path.test_maint;
+NOTICE: current search_path: pg_catalog, pg_temp
+NOTICE: current search_path: pg_catalog, pg_temp
+VACUUM FULL test_maint_search_path.test_maint;
+NOTICE: current search_path: pg_catalog, pg_temp
+NOTICE: current search_path: pg_catalog, pg_temp
+CLUSTER test_maint_search_path.test_maint USING test_maint_idx;
+NOTICE: current search_path: pg_catalog, pg_temp
+NOTICE: current search_path: pg_catalog, pg_temp
+NOTICE: current search_path: pg_catalog, pg_temp
+NOTICE: current search_path: pg_catalog, pg_temp
+REFRESH MATERIALIZED VIEW test_maint_search_path.test_maint_mv;
+NOTICE: current search_path: pg_catalog, pg_temp
+NOTICE: current search_path: pg_catalog, pg_temp
+RESET search_path;
+DROP SCHEMA test_maint_search_path CASCADE;
+NOTICE: drop cascades to 3 other objects
+DETAIL: drop cascades to function test_maint_search_path.fn(integer)
+drop cascades to table test_maint_search_path.test_maint
+drop cascades to materialized view test_maint_search_path.test_maint_mv
CREATE FUNCTION unwanted_grant() RETURNS void LANGUAGE sql AS
'GRANT regress_priv_group2 TO regress_sro_user';
CREATE FUNCTION mv_action() RETURNS bool LANGUAGE sql AS
- 'DECLARE c CURSOR WITH HOLD FOR SELECT unwanted_grant(); SELECT true';
+ 'DECLARE c CURSOR WITH HOLD FOR SELECT public.unwanted_grant(); SELECT true';
-- REFRESH of this MV will queue a GRANT at end of transaction
CREATE MATERIALIZED VIEW sro_mv AS SELECT mv_action() WITH NO DATA;
REFRESH MATERIALIZED VIEW sro_mv;
-- INSERT to this table will queue a GRANT at end of transaction
CREATE TABLE sro_trojan_table ();
CREATE FUNCTION sro_trojan() RETURNS trigger LANGUAGE plpgsql AS
- 'BEGIN PERFORM unwanted_grant(); RETURN NULL; END';
+ 'BEGIN PERFORM public.unwanted_grant(); RETURN NULL; END';
CREATE CONSTRAINT TRIGGER t AFTER INSERT ON sro_trojan_table
INITIALLY DEFERRED FOR EACH ROW EXECUTE PROCEDURE sro_trojan();
-- Now, REFRESH will issue such an INSERT, queueing the GRANT
CREATE OR REPLACE FUNCTION mv_action() RETURNS bool LANGUAGE sql AS
- 'INSERT INTO sro_trojan_table DEFAULT VALUES; SELECT true';
+ 'INSERT INTO public.sro_trojan_table DEFAULT VALUES; SELECT true';
REFRESH MATERIALIZED VIEW sro_mv;
ERROR: cannot fire deferred trigger within security-restricted operation
CONTEXT: SQL function "mv_action" statement 1
ERROR: permission denied to grant role "regress_priv_group2"
DETAIL: Only roles with the ADMIN option on role "regress_priv_group2" may grant this role.
CONTEXT: SQL function "unwanted_grant" statement 1
-SQL statement "SELECT unwanted_grant()"
-PL/pgSQL function sro_trojan() line 1 at PERFORM
+SQL statement "SELECT public.unwanted_grant()"
+PL/pgSQL function public.sro_trojan() line 1 at PERFORM
SQL function "mv_action" statement 1
-- REFRESH MATERIALIZED VIEW CONCURRENTLY use of eval_const_expressions()
SET SESSION AUTHORIZATION regress_sro_user;
CREATE FUNCTION unwanted_grant_nofail(int) RETURNS int
IMMUTABLE LANGUAGE plpgsql AS $$
BEGIN
- PERFORM unwanted_grant();
+ PERFORM public.unwanted_grant();
RAISE WARNING 'owned';
RETURN 1;
EXCEPTION WHEN OTHERS THEN
CREATE FUNCTION do_analyze() RETURNS VOID VOLATILE LANGUAGE SQL
AS 'ANALYZE pg_am';
CREATE FUNCTION wrap_do_analyze(c INT) RETURNS INT IMMUTABLE LANGUAGE SQL
- AS 'SELECT $1 FROM do_analyze()';
+ AS 'SELECT $1 FROM public.do_analyze()';
CREATE INDEX ON vaccluster(wrap_do_analyze(i));
INSERT INTO vaccluster VALUES (1), (2);
ANALYZE vaccluster;
-- Concurrent refresh requires a unique index on the materialized
-- view. Test what happens if it's dropped during the refresh.
+SET search_path = mvtest_mvschema, public;
CREATE OR REPLACE FUNCTION mvtest_drop_the_index()
RETURNS bool AS $$
BEGIN
- EXECUTE 'DROP INDEX IF EXISTS mvtest_drop_idx';
+ EXECUTE 'DROP INDEX IF EXISTS mvtest_mvschema.mvtest_drop_idx';
RETURN true;
END;
$$ LANGUAGE plpgsql;
CREATE UNIQUE INDEX mvtest_drop_idx ON drop_idx_matview (i);
REFRESH MATERIALIZED VIEW CONCURRENTLY drop_idx_matview;
DROP MATERIALIZED VIEW drop_idx_matview; -- clean up
+RESET search_path;
-- make sure that create WITH NO DATA works via SPI
BEGIN;
-- verify that the objects were dropped
SELECT COUNT(*) FROM pg_class WHERE relnamespace =
(SELECT oid FROM pg_namespace WHERE nspname = 'test_ns_schema_renamed');
+
+--
+-- Verify that search_path is set to a safe value during maintenance
+-- commands.
+--
+
+CREATE SCHEMA test_maint_search_path;
+SET search_path = test_maint_search_path;
+
+CREATE FUNCTION fn(INT) RETURNS INT IMMUTABLE LANGUAGE plpgsql AS $$
+ BEGIN
+ RAISE NOTICE 'current search_path: %', current_setting('search_path');
+ RETURN $1;
+ END;
+$$;
+
+CREATE TABLE test_maint(i INT);
+INSERT INTO test_maint VALUES (1), (2);
+CREATE MATERIALIZED VIEW test_maint_mv AS SELECT fn(i) FROM test_maint;
+
+-- the following commands should see search_path as pg_catalog, pg_temp
+
+CREATE INDEX test_maint_idx ON test_maint_search_path.test_maint (fn(i));
+REINDEX TABLE test_maint_search_path.test_maint;
+ANALYZE test_maint_search_path.test_maint;
+VACUUM FULL test_maint_search_path.test_maint;
+CLUSTER test_maint_search_path.test_maint USING test_maint_idx;
+REFRESH MATERIALIZED VIEW test_maint_search_path.test_maint_mv;
+
+RESET search_path;
+
+DROP SCHEMA test_maint_search_path CASCADE;
CREATE FUNCTION unwanted_grant() RETURNS void LANGUAGE sql AS
'GRANT regress_priv_group2 TO regress_sro_user';
CREATE FUNCTION mv_action() RETURNS bool LANGUAGE sql AS
- 'DECLARE c CURSOR WITH HOLD FOR SELECT unwanted_grant(); SELECT true';
+ 'DECLARE c CURSOR WITH HOLD FOR SELECT public.unwanted_grant(); SELECT true';
-- REFRESH of this MV will queue a GRANT at end of transaction
CREATE MATERIALIZED VIEW sro_mv AS SELECT mv_action() WITH NO DATA;
REFRESH MATERIALIZED VIEW sro_mv;
-- INSERT to this table will queue a GRANT at end of transaction
CREATE TABLE sro_trojan_table ();
CREATE FUNCTION sro_trojan() RETURNS trigger LANGUAGE plpgsql AS
- 'BEGIN PERFORM unwanted_grant(); RETURN NULL; END';
+ 'BEGIN PERFORM public.unwanted_grant(); RETURN NULL; END';
CREATE CONSTRAINT TRIGGER t AFTER INSERT ON sro_trojan_table
INITIALLY DEFERRED FOR EACH ROW EXECUTE PROCEDURE sro_trojan();
-- Now, REFRESH will issue such an INSERT, queueing the GRANT
CREATE OR REPLACE FUNCTION mv_action() RETURNS bool LANGUAGE sql AS
- 'INSERT INTO sro_trojan_table DEFAULT VALUES; SELECT true';
+ 'INSERT INTO public.sro_trojan_table DEFAULT VALUES; SELECT true';
REFRESH MATERIALIZED VIEW sro_mv;
\c -
REFRESH MATERIALIZED VIEW sro_mv;
CREATE FUNCTION unwanted_grant_nofail(int) RETURNS int
IMMUTABLE LANGUAGE plpgsql AS $$
BEGIN
- PERFORM unwanted_grant();
+ PERFORM public.unwanted_grant();
RAISE WARNING 'owned';
RETURN 1;
EXCEPTION WHEN OTHERS THEN
CREATE FUNCTION do_analyze() RETURNS VOID VOLATILE LANGUAGE SQL
AS 'ANALYZE pg_am';
CREATE FUNCTION wrap_do_analyze(c INT) RETURNS INT IMMUTABLE LANGUAGE SQL
- AS 'SELECT $1 FROM do_analyze()';
+ AS 'SELECT $1 FROM public.do_analyze()';
CREATE INDEX ON vaccluster(wrap_do_analyze(i));
INSERT INTO vaccluster VALUES (1), (2);
ANALYZE vaccluster;
projects / postgresql.git / commitdiff