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pgtap.control
# pgTAP extension
comment = 'Unit testing for PostgreSQL'
default_version = '1.1.0'
module_pathname = '$libdir/pgtap'
requires = 'plpgsql'
relocatable = true
superuser = false
Raw
pgtap.sql
-- This file defines pgTAP, a collection of functions for TAP-based unit
-- testing. It is distributed under the revised FreeBSD license.
--
-- The home page for the pgTAP project is:
--
-- http://pgtap.org/
CREATE OR REPLACE FUNCTION pg_version()
RETURNS text AS 'SELECT current_setting(''server_version'')'
LANGUAGE SQL IMMUTABLE;
CREATE OR REPLACE FUNCTION pg_version_num()
RETURNS integer AS $$
SELECT current_setting('server_version_num')::integer;
$$ LANGUAGE SQL IMMUTABLE;
CREATE OR REPLACE FUNCTION os_name()
RETURNS TEXT AS 'SELECT ''darwin''::text;'
LANGUAGE SQL IMMUTABLE;
CREATE OR REPLACE FUNCTION pgtap_version()
RETURNS NUMERIC AS 'SELECT 1.1;'
LANGUAGE SQL IMMUTABLE;
CREATE OR REPLACE FUNCTION plan( integer )
RETURNS TEXT AS $$
DECLARE
rcount INTEGER;
BEGIN
BEGIN
EXECUTE '
CREATE TEMP SEQUENCE __tcache___id_seq;
CREATE TEMP TABLE __tcache__ (
id INTEGER NOT NULL DEFAULT nextval(''__tcache___id_seq''),
label TEXT NOT NULL,
value INTEGER NOT NULL,
note TEXT NOT NULL DEFAULT ''''
);
CREATE UNIQUE INDEX __tcache___key ON __tcache__(id);
GRANT ALL ON TABLE __tcache__ TO PUBLIC;
GRANT ALL ON TABLE __tcache___id_seq TO PUBLIC;
CREATE TEMP SEQUENCE __tresults___numb_seq;
GRANT ALL ON TABLE __tresults___numb_seq TO PUBLIC;
';
EXCEPTION WHEN duplicate_table THEN
-- Raise an exception if there's already a plan.
EXECUTE 'SELECT TRUE FROM __tcache__ WHERE label = ''plan''';
GET DIAGNOSTICS rcount = ROW_COUNT;
IF rcount > 0 THEN
RAISE EXCEPTION 'You tried to plan twice!';
END IF;
END;
-- Save the plan and return.
PERFORM _set('plan', $1 );
PERFORM _set('failed', 0 );
RETURN '1..' || $1;
END;
$$ LANGUAGE plpgsql strict;
CREATE OR REPLACE FUNCTION no_plan()
RETURNS SETOF boolean AS $$
BEGIN
PERFORM plan(0);
RETURN;
END;
$$ LANGUAGE plpgsql strict;
CREATE OR REPLACE FUNCTION _get ( text )
RETURNS integer AS $$
DECLARE
ret integer;
BEGIN
EXECUTE 'SELECT value FROM __tcache__ WHERE label = ' || quote_literal($1) || ' LIMIT 1' INTO ret;
RETURN ret;
END;
$$ LANGUAGE plpgsql strict;
CREATE OR REPLACE FUNCTION _get_latest ( text )
RETURNS integer[] AS $$
DECLARE
ret integer[];
BEGIN
EXECUTE 'SELECT ARRAY[id, value] FROM __tcache__ WHERE label = ' ||
quote_literal($1) || ' AND id = (SELECT MAX(id) FROM __tcache__ WHERE label = ' ||
quote_literal($1) || ') LIMIT 1' INTO ret;
RETURN ret;
EXCEPTION WHEN undefined_table THEN
RAISE EXCEPTION 'You tried to run a test without a plan! Gotta have a plan';
END;
$$ LANGUAGE plpgsql strict;
CREATE OR REPLACE FUNCTION _get_latest ( text, integer )
RETURNS integer AS $$
DECLARE
ret integer;
BEGIN
EXECUTE 'SELECT MAX(id) FROM __tcache__ WHERE label = ' ||
quote_literal($1) || ' AND value = ' || $2 INTO ret;
RETURN ret;
END;
$$ LANGUAGE plpgsql strict;
CREATE OR REPLACE FUNCTION _get_note ( text )
RETURNS text AS $$
DECLARE
ret text;
BEGIN
EXECUTE 'SELECT note FROM __tcache__ WHERE label = ' || quote_literal($1) || ' LIMIT 1' INTO ret;
RETURN ret;
END;
$$ LANGUAGE plpgsql strict;
CREATE OR REPLACE FUNCTION _get_note ( integer )
RETURNS text AS $$
DECLARE
ret text;
BEGIN
EXECUTE 'SELECT note FROM __tcache__ WHERE id = ' || $1 || ' LIMIT 1' INTO ret;
RETURN ret;
END;
$$ LANGUAGE plpgsql strict;
CREATE OR REPLACE FUNCTION _set ( text, integer, text )
RETURNS integer AS $$
DECLARE
rcount integer;
BEGIN
EXECUTE 'UPDATE __tcache__ SET value = ' || $2
|| CASE WHEN $3 IS NULL THEN '' ELSE ', note = ' || quote_literal($3) END
|| ' WHERE label = ' || quote_literal($1);
GET DIAGNOSTICS rcount = ROW_COUNT;
IF rcount = 0 THEN
RETURN _add( $1, $2, $3 );
END IF;
RETURN $2;
END;
$$ LANGUAGE plpgsql;
CREATE OR REPLACE FUNCTION _set ( text, integer )
RETURNS integer AS $$
SELECT _set($1, $2, '')
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION _set ( integer, integer )
RETURNS integer AS $$
BEGIN
EXECUTE 'UPDATE __tcache__ SET value = ' || $2
|| ' WHERE id = ' || $1;
RETURN $2;
END;
$$ LANGUAGE plpgsql;
CREATE OR REPLACE FUNCTION _add ( text, integer, text )
RETURNS integer AS $$
BEGIN
EXECUTE 'INSERT INTO __tcache__ (label, value, note) values (' ||
quote_literal($1) || ', ' || $2 || ', ' || quote_literal(COALESCE($3, '')) || ')';
RETURN $2;
END;
$$ LANGUAGE plpgsql;
CREATE OR REPLACE FUNCTION _add ( text, integer )
RETURNS integer AS $$
SELECT _add($1, $2, '')
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION add_result ( bool, bool, text, text, text )
RETURNS integer AS $$
BEGIN
IF NOT $1 THEN PERFORM _set('failed', _get('failed') + 1); END IF;
RETURN nextval('__tresults___numb_seq');
END;
$$ LANGUAGE plpgsql;
CREATE OR REPLACE FUNCTION num_failed ()
RETURNS INTEGER AS $$
SELECT _get('failed');
$$ LANGUAGE SQL strict;
CREATE OR REPLACE FUNCTION _finish (INTEGER, INTEGER, INTEGER, BOOLEAN DEFAULT NULL)
RETURNS SETOF TEXT AS $$
DECLARE
curr_test ALIAS FOR $1;
exp_tests INTEGER := $2;
num_faild ALIAS FOR $3;
plural CHAR;
raise_ex ALIAS FOR $4;
BEGIN
plural := CASE exp_tests WHEN 1 THEN '' ELSE 's' END;
IF curr_test IS NULL THEN
RAISE EXCEPTION '# No tests run!';
END IF;
IF exp_tests = 0 OR exp_tests IS NULL THEN
-- No plan. Output one now.
exp_tests = curr_test;
RETURN NEXT '1..' || exp_tests;
END IF;
IF curr_test <> exp_tests THEN
RETURN NEXT diag(
'Looks like you planned ' || exp_tests || ' test' ||
plural || ' but ran ' || curr_test
);
ELSIF num_faild > 0 THEN
IF raise_ex THEN
RAISE EXCEPTION '% test% failed of %', num_faild, CASE num_faild WHEN 1 THEN '' ELSE 's' END, exp_tests;
END IF;
RETURN NEXT diag(
'Looks like you failed ' || num_faild || ' test' ||
CASE num_faild WHEN 1 THEN '' ELSE 's' END
|| ' of ' || exp_tests
);
ELSE
END IF;
RETURN;
END;
$$ LANGUAGE plpgsql;
CREATE OR REPLACE FUNCTION finish (exception_on_failure BOOLEAN DEFAULT NULL)
RETURNS SETOF TEXT AS $$
SELECT * FROM _finish(
_get('curr_test'),
_get('plan'),
num_failed(),
$1
);
$$ LANGUAGE sql;
CREATE OR REPLACE FUNCTION diag ( msg text )
RETURNS TEXT AS $$
SELECT '# ' || replace(
replace(
replace( $1, E'\r\n', E'\n# ' ),
E'\n',
E'\n# '
),
E'\r',
E'\n# '
);
$$ LANGUAGE sql strict;
CREATE OR REPLACE FUNCTION diag ( msg anyelement )
RETURNS TEXT AS $$
SELECT diag($1::text);
$$ LANGUAGE sql;
CREATE OR REPLACE FUNCTION diag( VARIADIC text[] )
RETURNS TEXT AS $$
SELECT diag(array_to_string($1, ''));
$$ LANGUAGE sql;
CREATE OR REPLACE FUNCTION diag( VARIADIC anyarray )
RETURNS TEXT AS $$
SELECT diag(array_to_string($1, ''));
$$ LANGUAGE sql;
CREATE OR REPLACE FUNCTION ok ( boolean, text )
RETURNS TEXT AS $$
DECLARE
aok ALIAS FOR $1;
descr text := $2;
test_num INTEGER;
todo_why TEXT;
ok BOOL;
BEGIN
todo_why := _todo();
ok := CASE
WHEN aok = TRUE THEN aok
WHEN todo_why IS NULL THEN COALESCE(aok, false)
ELSE TRUE
END;
IF _get('plan') IS NULL THEN
RAISE EXCEPTION 'You tried to run a test without a plan! Gotta have a plan';
END IF;
test_num := add_result(
ok,
COALESCE(aok, false),
descr,
CASE WHEN todo_why IS NULL THEN '' ELSE 'todo' END,
COALESCE(todo_why, '')
);
RETURN (CASE aok WHEN TRUE THEN '' ELSE 'not ' END)
|| 'ok ' || _set( 'curr_test', test_num )
|| CASE descr WHEN '' THEN '' ELSE COALESCE( ' - ' || substr(diag( descr ), 3), '' ) END
|| COALESCE( ' ' || diag( 'TODO ' || todo_why ), '')
|| CASE aok WHEN TRUE THEN '' ELSE E'\n' ||
diag('Failed ' ||
CASE WHEN todo_why IS NULL THEN '' ELSE '(TODO) ' END ||
'test ' || test_num ||
CASE descr WHEN '' THEN '' ELSE COALESCE(': "' || descr || '"', '') END ) ||
CASE WHEN aok IS NULL THEN E'\n' || diag(' (test result was NULL)') ELSE '' END
END;
END;
$$ LANGUAGE plpgsql;
CREATE OR REPLACE FUNCTION ok ( boolean )
RETURNS TEXT AS $$
SELECT ok( $1, NULL );
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION is (anyelement, anyelement, text)
RETURNS TEXT AS $$
DECLARE
result BOOLEAN;
output TEXT;
BEGIN
-- Would prefer $1 IS NOT DISTINCT FROM, but that's not supported by 8.1.
result := NOT $1 IS DISTINCT FROM $2;
output := ok( result, $3 );
RETURN output || CASE result WHEN TRUE THEN '' ELSE E'\n' || diag(
' have: ' || CASE WHEN $1 IS NULL THEN 'NULL' ELSE $1::text END ||
E'\n want: ' || CASE WHEN $2 IS NULL THEN 'NULL' ELSE $2::text END
) END;
END;
$$ LANGUAGE plpgsql;
CREATE OR REPLACE FUNCTION is (anyelement, anyelement)
RETURNS TEXT AS $$
SELECT is( $1, $2, NULL);
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION isnt (anyelement, anyelement, text)
RETURNS TEXT AS $$
DECLARE
result BOOLEAN;
output TEXT;
BEGIN
result := $1 IS DISTINCT FROM $2;
output := ok( result, $3 );
RETURN output || CASE result WHEN TRUE THEN '' ELSE E'\n' || diag(
' have: ' || COALESCE( $1::text, 'NULL' ) ||
E'\n want: anything else'
) END;
END;
$$ LANGUAGE plpgsql;
CREATE OR REPLACE FUNCTION isnt (anyelement, anyelement)
RETURNS TEXT AS $$
SELECT isnt( $1, $2, NULL);
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION _alike ( BOOLEAN, ANYELEMENT, TEXT, TEXT )
RETURNS TEXT AS $$
DECLARE
result ALIAS FOR $1;
got ALIAS FOR $2;
rx ALIAS FOR $3;
descr ALIAS FOR $4;
output TEXT;
BEGIN
output := ok( result, descr );
RETURN output || CASE result WHEN TRUE THEN '' ELSE E'\n' || diag(
' ' || COALESCE( quote_literal(got), 'NULL' ) ||
E'\n doesn''t match: ' || COALESCE( quote_literal(rx), 'NULL' )
) END;
END;
$$ LANGUAGE plpgsql;
CREATE OR REPLACE FUNCTION matches ( anyelement, text, text )
RETURNS TEXT AS $$
SELECT _alike( $1 ~ $2, $1, $2, $3 );
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION matches ( anyelement, text )
RETURNS TEXT AS $$
SELECT _alike( $1 ~ $2, $1, $2, NULL );
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION imatches ( anyelement, text, text )
RETURNS TEXT AS $$
SELECT _alike( $1 ~* $2, $1, $2, $3 );
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION imatches ( anyelement, text )
RETURNS TEXT AS $$
SELECT _alike( $1 ~* $2, $1, $2, NULL );
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION alike ( anyelement, text, text )
RETURNS TEXT AS $$
SELECT _alike( $1 ~~ $2, $1, $2, $3 );
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION alike ( anyelement, text )
RETURNS TEXT AS $$
SELECT _alike( $1 ~~ $2, $1, $2, NULL );
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION ialike ( anyelement, text, text )
RETURNS TEXT AS $$
SELECT _alike( $1 ~~* $2, $1, $2, $3 );
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION ialike ( anyelement, text )
RETURNS TEXT AS $$
SELECT _alike( $1 ~~* $2, $1, $2, NULL );
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION _unalike ( BOOLEAN, ANYELEMENT, TEXT, TEXT )
RETURNS TEXT AS $$
DECLARE
result ALIAS FOR $1;
got ALIAS FOR $2;
rx ALIAS FOR $3;
descr ALIAS FOR $4;
output TEXT;
BEGIN
output := ok( result, descr );
RETURN output || CASE result WHEN TRUE THEN '' ELSE E'\n' || diag(
' ' || COALESCE( quote_literal(got), 'NULL' ) ||
E'\n matches: ' || COALESCE( quote_literal(rx), 'NULL' )
) END;
END;
$$ LANGUAGE plpgsql;
CREATE OR REPLACE FUNCTION doesnt_match ( anyelement, text, text )
RETURNS TEXT AS $$
SELECT _unalike( $1 !~ $2, $1, $2, $3 );
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION doesnt_match ( anyelement, text )
RETURNS TEXT AS $$
SELECT _unalike( $1 !~ $2, $1, $2, NULL );
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION doesnt_imatch ( anyelement, text, text )
RETURNS TEXT AS $$
SELECT _unalike( $1 !~* $2, $1, $2, $3 );
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION doesnt_imatch ( anyelement, text )
RETURNS TEXT AS $$
SELECT _unalike( $1 !~* $2, $1, $2, NULL );
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION unalike ( anyelement, text, text )
RETURNS TEXT AS $$
SELECT _unalike( $1 !~~ $2, $1, $2, $3 );
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION unalike ( anyelement, text )
RETURNS TEXT AS $$
SELECT _unalike( $1 !~~ $2, $1, $2, NULL );
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION unialike ( anyelement, text, text )
RETURNS TEXT AS $$
SELECT _unalike( $1 !~~* $2, $1, $2, $3 );
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION unialike ( anyelement, text )
RETURNS TEXT AS $$
SELECT _unalike( $1 !~~* $2, $1, $2, NULL );
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION cmp_ok (anyelement, text, anyelement, text)
RETURNS TEXT AS $$
DECLARE
have ALIAS FOR $1;
op ALIAS FOR $2;
want ALIAS FOR $3;
descr ALIAS FOR $4;
result BOOLEAN;
output TEXT;
BEGIN
EXECUTE 'SELECT ' ||
COALESCE(quote_literal( have ), 'NULL') || '::' || pg_typeof(have) || ' '
|| op || ' ' ||
COALESCE(quote_literal( want ), 'NULL') || '::' || pg_typeof(want)
INTO result;
output := ok( COALESCE(result, FALSE), descr );
RETURN output || CASE result WHEN TRUE THEN '' ELSE E'\n' || diag(
' ' || COALESCE( quote_literal(have), 'NULL' ) ||
E'\n ' || op ||
E'\n ' || COALESCE( quote_literal(want), 'NULL' )
) END;
END;
$$ LANGUAGE plpgsql;
CREATE OR REPLACE FUNCTION cmp_ok (anyelement, text, anyelement)
RETURNS TEXT AS $$
SELECT cmp_ok( $1, $2, $3, NULL );
$$ LANGUAGE sql;
CREATE OR REPLACE FUNCTION pass ( text )
RETURNS TEXT AS $$
SELECT ok( TRUE, $1 );
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION pass ()
RETURNS TEXT AS $$
SELECT ok( TRUE, NULL );
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION fail ( text )
RETURNS TEXT AS $$
SELECT ok( FALSE, $1 );
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION fail ()
RETURNS TEXT AS $$
SELECT ok( FALSE, NULL );
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION todo ( why text, how_many int )
RETURNS SETOF BOOLEAN AS $$
BEGIN
PERFORM _add('todo', COALESCE(how_many, 1), COALESCE(why, ''));
RETURN;
END;
$$ LANGUAGE plpgsql;
CREATE OR REPLACE FUNCTION todo ( how_many int, why text )
RETURNS SETOF BOOLEAN AS $$
BEGIN
PERFORM _add('todo', COALESCE(how_many, 1), COALESCE(why, ''));
RETURN;
END;
$$ LANGUAGE plpgsql;
CREATE OR REPLACE FUNCTION todo ( why text )
RETURNS SETOF BOOLEAN AS $$
BEGIN
PERFORM _add('todo', 1, COALESCE(why, ''));
RETURN;
END;
$$ LANGUAGE plpgsql;
CREATE OR REPLACE FUNCTION todo ( how_many int )
RETURNS SETOF BOOLEAN AS $$
BEGIN
PERFORM _add('todo', COALESCE(how_many, 1), '');
RETURN;
END;
$$ LANGUAGE plpgsql;
CREATE OR REPLACE FUNCTION todo_start (text)
RETURNS SETOF BOOLEAN AS $$
BEGIN
PERFORM _add('todo', -1, COALESCE($1, ''));
RETURN;
END;
$$ LANGUAGE plpgsql;
CREATE OR REPLACE FUNCTION todo_start ()
RETURNS SETOF BOOLEAN AS $$
BEGIN
PERFORM _add('todo', -1, '');
RETURN;
END;
$$ LANGUAGE plpgsql;
CREATE OR REPLACE FUNCTION in_todo ()
RETURNS BOOLEAN AS $$
DECLARE
todos integer;
BEGIN
todos := _get('todo');
RETURN CASE WHEN todos IS NULL THEN FALSE ELSE TRUE END;
END;
$$ LANGUAGE plpgsql;
CREATE OR REPLACE FUNCTION todo_end ()
RETURNS SETOF BOOLEAN AS $$
DECLARE
id integer;
BEGIN
id := _get_latest( 'todo', -1 );
IF id IS NULL THEN
RAISE EXCEPTION 'todo_end() called without todo_start()';
END IF;
EXECUTE 'DELETE FROM __tcache__ WHERE id = ' || id;
RETURN;
END;
$$ LANGUAGE plpgsql;
CREATE OR REPLACE FUNCTION _todo()
RETURNS TEXT AS $$
DECLARE
todos INT[];
note text;
BEGIN
-- Get the latest id and value, because todo() might have been called
-- again before the todos ran out for the first call to todo(). This
-- allows them to nest.
todos := _get_latest('todo');
IF todos IS NULL THEN
-- No todos.
RETURN NULL;
END IF;
IF todos[2] = 0 THEN
-- Todos depleted. Clean up.
EXECUTE 'DELETE FROM __tcache__ WHERE id = ' || todos[1];
RETURN NULL;
END IF;
-- Decrement the count of counted todos and return the reason.
IF todos[2] <> -1 THEN
PERFORM _set(todos[1], todos[2] - 1);
END IF;
note := _get_note(todos[1]);
IF todos[2] = 1 THEN
-- This was the last todo, so delete the record.
EXECUTE 'DELETE FROM __tcache__ WHERE id = ' || todos[1];
END IF;
RETURN note;
END;
$$ LANGUAGE plpgsql;
CREATE OR REPLACE FUNCTION skip ( why text, how_many int )
RETURNS TEXT AS $$
DECLARE
output TEXT[];
BEGIN
output := '{}';
FOR i IN 1..how_many LOOP
output = array_append(
output,
ok( TRUE ) || ' ' || diag( 'SKIP' || COALESCE( ' ' || why, '') )
);
END LOOP;
RETURN array_to_string(output, E'\n');
END;
$$ LANGUAGE plpgsql;
CREATE OR REPLACE FUNCTION skip ( text )
RETURNS TEXT AS $$
SELECT ok( TRUE ) || ' ' || diag( 'SKIP' || COALESCE(' ' || $1, '') );
$$ LANGUAGE sql;
CREATE OR REPLACE FUNCTION skip( int, text )
RETURNS TEXT AS 'SELECT skip($2, $1)'
LANGUAGE sql;
CREATE OR REPLACE FUNCTION skip( int )
RETURNS TEXT AS 'SELECT skip(NULL, $1)'
LANGUAGE sql;
CREATE OR REPLACE FUNCTION _query( TEXT )
RETURNS TEXT AS $$
SELECT CASE
WHEN $1 LIKE '"%' OR $1 !~ '[[:space:]]' THEN 'EXECUTE ' || $1
ELSE $1
END;
$$ LANGUAGE SQL;
-- throws_ok ( sql, errcode, errmsg, description )
CREATE OR REPLACE FUNCTION throws_ok ( TEXT, CHAR(5), TEXT, TEXT )
RETURNS TEXT AS $$
DECLARE
query TEXT := _query($1);
errcode ALIAS FOR $2;
errmsg ALIAS FOR $3;
desctext ALIAS FOR $4;
descr TEXT;
BEGIN
descr := COALESCE(
desctext,
'threw ' || errcode || ': ' || errmsg,
'threw ' || errcode,
'threw ' || errmsg,
'threw an exception'
);
EXECUTE query;
RETURN ok( FALSE, descr ) || E'\n' || diag(
' caught: no exception' ||
E'\n wanted: ' || COALESCE( errcode, 'an exception' )
);
EXCEPTION WHEN OTHERS OR ASSERT_FAILURE THEN
IF (errcode IS NULL OR SQLSTATE = errcode)
AND ( errmsg IS NULL OR SQLERRM = errmsg)
THEN
-- The expected errcode and/or message was thrown.
RETURN ok( TRUE, descr );
ELSE
-- This was not the expected errcode or errmsg.
RETURN ok( FALSE, descr ) || E'\n' || diag(
' caught: ' || SQLSTATE || ': ' || SQLERRM ||
E'\n wanted: ' || COALESCE( errcode, 'an exception' ) ||
COALESCE( ': ' || errmsg, '')
);
END IF;
END;
$$ LANGUAGE plpgsql;
-- throws_ok ( sql, errcode, errmsg )
-- throws_ok ( sql, errmsg, description )
CREATE OR REPLACE FUNCTION throws_ok ( TEXT, TEXT, TEXT )
RETURNS TEXT AS $$
BEGIN
IF octet_length($2) = 5 THEN
RETURN throws_ok( $1, $2::char(5), $3, NULL );
ELSE
RETURN throws_ok( $1, NULL, $2, $3 );
END IF;
END;
$$ LANGUAGE plpgsql;
-- throws_ok ( query, errcode )
-- throws_ok ( query, errmsg )
CREATE OR REPLACE FUNCTION throws_ok ( TEXT, TEXT )
RETURNS TEXT AS $$
BEGIN
IF octet_length($2) = 5 THEN
RETURN throws_ok( $1, $2::char(5), NULL, NULL );
ELSE
RETURN throws_ok( $1, NULL, $2, NULL );
END IF;
END;
$$ LANGUAGE plpgsql;
-- throws_ok ( sql )
CREATE OR REPLACE FUNCTION throws_ok ( TEXT )
RETURNS TEXT AS $$
SELECT throws_ok( $1, NULL, NULL, NULL );
$$ LANGUAGE SQL;
-- Magically cast integer error codes.
-- throws_ok ( sql, errcode, errmsg, description )
CREATE OR REPLACE FUNCTION throws_ok ( TEXT, int4, TEXT, TEXT )
RETURNS TEXT AS $$
SELECT throws_ok( $1, $2::char(5), $3, $4 );
$$ LANGUAGE SQL;
-- throws_ok ( sql, errcode, errmsg )
CREATE OR REPLACE FUNCTION throws_ok ( TEXT, int4, TEXT )
RETURNS TEXT AS $$
SELECT throws_ok( $1, $2::char(5), $3, NULL );
$$ LANGUAGE SQL;
-- throws_ok ( sql, errcode )
CREATE OR REPLACE FUNCTION throws_ok ( TEXT, int4 )
RETURNS TEXT AS $$
SELECT throws_ok( $1, $2::char(5), NULL, NULL );
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION _error_diag( TEXT, TEXT, TEXT, TEXT, TEXT, TEXT, TEXT, TEXT, TEXT, TEXT )
RETURNS TEXT AS $$
SELECT COALESCE(
COALESCE( NULLIF($1, '') || ': ', '' ) || COALESCE( NULLIF($2, ''), '' ),
'NO ERROR FOUND'
)
|| COALESCE(E'\n DETAIL: ' || nullif($3, ''), '')
|| COALESCE(E'\n HINT: ' || nullif($4, ''), '')
|| COALESCE(E'\n SCHEMA: ' || nullif($6, ''), '')
|| COALESCE(E'\n TABLE: ' || nullif($7, ''), '')
|| COALESCE(E'\n COLUMN: ' || nullif($8, ''), '')
|| COALESCE(E'\n CONSTRAINT: ' || nullif($9, ''), '')
|| COALESCE(E'\n TYPE: ' || nullif($10, ''), '')
-- We need to manually indent all the context lines
|| COALESCE(E'\n CONTEXT:\n'
|| regexp_replace(NULLIF( $5, ''), '^', ' ', 'gn'
), '');
$$ LANGUAGE sql IMMUTABLE;
-- lives_ok( sql, description )
CREATE OR REPLACE FUNCTION lives_ok ( TEXT, TEXT )
RETURNS TEXT AS $$
DECLARE
code TEXT := _query($1);
descr ALIAS FOR $2;
detail text;
hint text;
context text;
schname text;
tabname text;
colname text;
chkname text;
typname text;
BEGIN
EXECUTE code;
RETURN ok( TRUE, descr );
EXCEPTION WHEN OTHERS OR ASSERT_FAILURE THEN
-- There should have been no exception.
GET STACKED DIAGNOSTICS
detail = PG_EXCEPTION_DETAIL,
hint = PG_EXCEPTION_HINT,
context = PG_EXCEPTION_CONTEXT,
schname = SCHEMA_NAME,
tabname = TABLE_NAME,
colname = COLUMN_NAME,
chkname = CONSTRAINT_NAME,
typname = PG_DATATYPE_NAME;
RETURN ok( FALSE, descr ) || E'\n' || diag(
' died: ' || _error_diag(SQLSTATE, SQLERRM, detail, hint, context, schname, tabname, colname, chkname, typname)
);
END;
$$ LANGUAGE plpgsql;
-- lives_ok( sql )
CREATE OR REPLACE FUNCTION lives_ok ( TEXT )
RETURNS TEXT AS $$
SELECT lives_ok( $1, NULL );
$$ LANGUAGE SQL;
-- performs_ok ( sql, milliseconds, description )
CREATE OR REPLACE FUNCTION performs_ok ( TEXT, NUMERIC, TEXT )
RETURNS TEXT AS $$
DECLARE
query TEXT := _query($1);
max_time ALIAS FOR $2;
descr ALIAS FOR $3;
starts_at TEXT;
act_time NUMERIC;
BEGIN
starts_at := timeofday();
EXECUTE query;
act_time := extract( millisecond from timeofday()::timestamptz - starts_at::timestamptz);
IF act_time < max_time THEN RETURN ok(TRUE, descr); END IF;
RETURN ok( FALSE, descr ) || E'\n' || diag(
' runtime: ' || act_time || ' ms' ||
E'\n exceeds: ' || max_time || ' ms'
);
END;
$$ LANGUAGE plpgsql;
-- performs_ok ( sql, milliseconds )
CREATE OR REPLACE FUNCTION performs_ok ( TEXT, NUMERIC )
RETURNS TEXT AS $$
SELECT performs_ok(
$1, $2, 'Should run in less than ' || $2 || ' ms'
);
$$ LANGUAGE sql;
-- Convenience function to run a query many times and returns
-- the middle set of those times as defined by the last argument
-- e.g. _time_trials('SELECT 1', 100, 0.8) will execute 'SELECT 1'
-- 100 times, and return the execution times for the middle 80 runs
--
-- I could have left this logic in performs_within, but I have
-- plans to hook into this function for other purposes outside
-- of pgTAP
CREATE TYPE _time_trial_type
AS (a_time NUMERIC);
CREATE OR REPLACE FUNCTION _time_trials(TEXT, INT, NUMERIC)
RETURNS SETOF _time_trial_type AS $$
DECLARE
query TEXT := _query($1);
iterations ALIAS FOR $2;
return_percent ALIAS FOR $3;
start_time TEXT;
act_time NUMERIC;
times NUMERIC[];
offset_it INT;
limit_it INT;
offset_percent NUMERIC;
a_time _time_trial_type;
BEGIN
-- Execute the query over and over
FOR i IN 1..iterations LOOP
start_time := timeofday();
EXECUTE query;
-- Store the execution time for the run in an array of times
times[i] := extract(millisecond from timeofday()::timestamptz - start_time::timestamptz);
END LOOP;
offset_percent := (1.0 - return_percent) / 2.0;
-- Ensure that offset skips the bottom X% of runs, or set it to 0
SELECT GREATEST((offset_percent * iterations)::int, 0) INTO offset_it;
-- Ensure that with limit the query to returning only the middle X% of runs
SELECT GREATEST((return_percent * iterations)::int, 1) INTO limit_it;
FOR a_time IN SELECT times[i]
FROM generate_series(array_lower(times, 1), array_upper(times, 1)) i
ORDER BY 1
OFFSET offset_it
LIMIT limit_it LOOP
RETURN NEXT a_time;
END LOOP;
END;
$$ LANGUAGE plpgsql;
-- performs_within( sql, average_milliseconds, within, iterations, description )
CREATE OR REPLACE FUNCTION performs_within(TEXT, NUMERIC, NUMERIC, INT, TEXT)
RETURNS TEXT AS $$
DECLARE
query TEXT := _query($1);
expected_avg ALIAS FOR $2;
within ALIAS FOR $3;
iterations ALIAS FOR $4;
descr ALIAS FOR $5;
avg_time NUMERIC;
BEGIN
SELECT avg(a_time) FROM _time_trials(query, iterations, 0.8) t1 INTO avg_time;
IF abs(avg_time - expected_avg) < within THEN RETURN ok(TRUE, descr); END IF;
RETURN ok(FALSE, descr) || E'\n' || diag(' average runtime: ' || avg_time || ' ms'
|| E'\n desired average: ' || expected_avg || ' +/- ' || within || ' ms'
);
END;
$$ LANGUAGE plpgsql;
-- performs_within( sql, average_milliseconds, within, iterations )
CREATE OR REPLACE FUNCTION performs_within(TEXT, NUMERIC, NUMERIC, INT)
RETURNS TEXT AS $$
SELECT performs_within(
$1, $2, $3, $4,
'Should run within ' || $2 || ' +/- ' || $3 || ' ms');
$$ LANGUAGE sql;
-- performs_within( sql, average_milliseconds, within, description )
CREATE OR REPLACE FUNCTION performs_within(TEXT, NUMERIC, NUMERIC, TEXT)
RETURNS TEXT AS $$
SELECT performs_within(
$1, $2, $3, 10, $4
);
$$ LANGUAGE sql;
-- performs_within( sql, average_milliseconds, within )
CREATE OR REPLACE FUNCTION performs_within(TEXT, NUMERIC, NUMERIC)
RETURNS TEXT AS $$
SELECT performs_within(
$1, $2, $3, 10,
'Should run within ' || $2 || ' +/- ' || $3 || ' ms');
$$ LANGUAGE sql;
CREATE OR REPLACE FUNCTION _relexists ( NAME, NAME )
RETURNS BOOLEAN AS $$
SELECT EXISTS(
SELECT true
FROM pg_catalog.pg_namespace n
JOIN pg_catalog.pg_class c ON n.oid = c.relnamespace
WHERE n.nspname = $1
AND c.relname = $2
);
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION _relexists ( NAME )
RETURNS BOOLEAN AS $$
SELECT EXISTS(
SELECT true
FROM pg_catalog.pg_class c
WHERE pg_catalog.pg_table_is_visible(c.oid)
AND c.relname = $1
);
$$ LANGUAGE SQL;
-- has_relation( schema, relation, description )
CREATE OR REPLACE FUNCTION has_relation ( NAME, NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( _relexists( $1, $2 ), $3 );
$$ LANGUAGE SQL;
-- has_relation( relation, description )
CREATE OR REPLACE FUNCTION has_relation ( NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( _relexists( $1 ), $2 );
$$ LANGUAGE SQL;
-- has_relation( relation )
CREATE OR REPLACE FUNCTION has_relation ( NAME )
RETURNS TEXT AS $$
SELECT has_relation( $1, 'Relation ' || quote_ident($1) || ' should exist' );
$$ LANGUAGE SQL;
-- hasnt_relation( schema, relation, description )
CREATE OR REPLACE FUNCTION hasnt_relation ( NAME, NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( NOT _relexists( $1, $2 ), $3 );
$$ LANGUAGE SQL;
-- hasnt_relation( relation, description )
CREATE OR REPLACE FUNCTION hasnt_relation ( NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( NOT _relexists( $1 ), $2 );
$$ LANGUAGE SQL;
-- hasnt_relation( relation )
CREATE OR REPLACE FUNCTION hasnt_relation ( NAME )
RETURNS TEXT AS $$
SELECT hasnt_relation( $1, 'Relation ' || quote_ident($1) || ' should not exist' );
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION _rexists ( CHAR[], NAME, NAME )
RETURNS BOOLEAN AS $$
SELECT EXISTS(
SELECT true
FROM pg_catalog.pg_namespace n
JOIN pg_catalog.pg_class c ON n.oid = c.relnamespace
WHERE c.relkind = ANY($1)
AND n.nspname = $2
AND c.relname = $3
);
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION _rexists ( CHAR[], NAME )
RETURNS BOOLEAN AS $$
SELECT EXISTS(
SELECT true
FROM pg_catalog.pg_class c
WHERE c.relkind = ANY($1)
AND pg_catalog.pg_table_is_visible(c.oid)
AND c.relname = $2
);
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION _rexists ( CHAR, NAME, NAME )
RETURNS BOOLEAN AS $$
SELECT _rexists(ARRAY[$1], $2, $3);
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION _rexists ( CHAR, NAME )
RETURNS BOOLEAN AS $$
SELECT _rexists(ARRAY[$1], $2);
$$ LANGUAGE SQL;
-- has_table( schema, table, description )
CREATE OR REPLACE FUNCTION has_table ( NAME, NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( _rexists( '{r,p}'::char[], $1, $2 ), $3 );
$$ LANGUAGE SQL;
-- has_table( schema, table )
CREATE OR REPLACE FUNCTION has_table ( NAME, NAME )
RETURNS TEXT AS $$
SELECT ok(
_rexists( '{r,p}'::char[], $1, $2 ),
'Table ' || quote_ident($1) || '.' || quote_ident($2) || ' should exist'
);
$$ LANGUAGE SQL;
-- has_table( table, description )
CREATE OR REPLACE FUNCTION has_table ( NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( _rexists( '{r,p}'::char[], $1 ), $2 );
$$ LANGUAGE SQL;
-- has_table( table )
CREATE OR REPLACE FUNCTION has_table ( NAME )
RETURNS TEXT AS $$
SELECT has_table( $1, 'Table ' || quote_ident($1) || ' should exist' );
$$ LANGUAGE SQL;
-- hasnt_table( schema, table, description )
CREATE OR REPLACE FUNCTION hasnt_table ( NAME, NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( NOT _rexists( '{r,p}'::char[], $1, $2 ), $3 );
$$ LANGUAGE SQL;
-- hasnt_table( schema, table )
CREATE OR REPLACE FUNCTION hasnt_table ( NAME, NAME )
RETURNS TEXT AS $$
SELECT ok(
NOT _rexists( '{r,p}'::char[], $1, $2 ),
'Table ' || quote_ident($1) || '.' || quote_ident($2) || ' should not exist'
);
$$ LANGUAGE SQL;
-- hasnt_table( table, description )
CREATE OR REPLACE FUNCTION hasnt_table ( NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( NOT _rexists( '{r,p}'::char[], $1 ), $2 );
$$ LANGUAGE SQL;
-- hasnt_table( table )
CREATE OR REPLACE FUNCTION hasnt_table ( NAME )
RETURNS TEXT AS $$
SELECT hasnt_table( $1, 'Table ' || quote_ident($1) || ' should not exist' );
$$ LANGUAGE SQL;
-- has_view( schema, view, description )
CREATE OR REPLACE FUNCTION has_view ( NAME, NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( _rexists( 'v', $1, $2 ), $3 );
$$ LANGUAGE SQL;
-- has_view( view, description )
CREATE OR REPLACE FUNCTION has_view ( NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( _rexists( 'v', $1 ), $2 );
$$ LANGUAGE SQL;
-- has_view( view )
CREATE OR REPLACE FUNCTION has_view ( NAME )
RETURNS TEXT AS $$
SELECT has_view( $1, 'View ' || quote_ident($1) || ' should exist' );
$$ LANGUAGE SQL;
-- hasnt_view( schema, view, description )
CREATE OR REPLACE FUNCTION hasnt_view ( NAME, NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( NOT _rexists( 'v', $1, $2 ), $3 );
$$ LANGUAGE SQL;
-- hasnt_view( view, description )
CREATE OR REPLACE FUNCTION hasnt_view ( NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( NOT _rexists( 'v', $1 ), $2 );
$$ LANGUAGE SQL;
-- hasnt_view( view )
CREATE OR REPLACE FUNCTION hasnt_view ( NAME )
RETURNS TEXT AS $$
SELECT hasnt_view( $1, 'View ' || quote_ident($1) || ' should not exist' );
$$ LANGUAGE SQL;
-- has_sequence( schema, sequence, description )
CREATE OR REPLACE FUNCTION has_sequence ( NAME, NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( _rexists( 'S', $1, $2 ), $3 );
$$ LANGUAGE SQL;
-- has_sequence( schema, sequence )
CREATE OR REPLACE FUNCTION has_sequence ( NAME, NAME )
RETURNS TEXT AS $$
SELECT ok(
_rexists( 'S', $1, $2 ),
'Sequence ' || quote_ident($1) || '.' || quote_ident($2) || ' should exist'
);
$$ LANGUAGE SQL;
-- has_sequence( sequence, description )
CREATE OR REPLACE FUNCTION has_sequence ( NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( _rexists( 'S', $1 ), $2 );
$$ LANGUAGE SQL;
-- has_sequence( sequence )
CREATE OR REPLACE FUNCTION has_sequence ( NAME )
RETURNS TEXT AS $$
SELECT has_sequence( $1, 'Sequence ' || quote_ident($1) || ' should exist' );
$$ LANGUAGE SQL;
-- hasnt_sequence( schema, sequence, description )
CREATE OR REPLACE FUNCTION hasnt_sequence ( NAME, NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( NOT _rexists( 'S', $1, $2 ), $3 );
$$ LANGUAGE SQL;
-- hasnt_sequence( sequence, description )
CREATE OR REPLACE FUNCTION hasnt_sequence ( NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( NOT _rexists( 'S', $1 ), $2 );
$$ LANGUAGE SQL;
-- hasnt_sequence( sequence )
CREATE OR REPLACE FUNCTION hasnt_sequence ( NAME )
RETURNS TEXT AS $$
SELECT hasnt_sequence( $1, 'Sequence ' || quote_ident($1) || ' should not exist' );
$$ LANGUAGE SQL;
-- has_foreign_table( schema, table, description )
CREATE OR REPLACE FUNCTION has_foreign_table ( NAME, NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( _rexists( 'f', $1, $2 ), $3 );
$$ LANGUAGE SQL;
-- has_foreign_table( schema, table )
CREATE OR REPLACE FUNCTION has_foreign_table ( NAME, NAME )
RETURNS TEXT AS $$
SELECT ok(
_rexists( 'f', $1, $2 ),
'Foreign table ' || quote_ident($1) || '.' || quote_ident($2) || ' should exist'
);
$$ LANGUAGE SQL;
-- has_foreign_table( table, description )
CREATE OR REPLACE FUNCTION has_foreign_table ( NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( _rexists( 'f', $1 ), $2 );
$$ LANGUAGE SQL;
-- has_foreign_table( table )
CREATE OR REPLACE FUNCTION has_foreign_table ( NAME )
RETURNS TEXT AS $$
SELECT has_foreign_table( $1, 'Foreign table ' || quote_ident($1) || ' should exist' );
$$ LANGUAGE SQL;
-- hasnt_foreign_table( schema, table, description )
CREATE OR REPLACE FUNCTION hasnt_foreign_table ( NAME, NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( NOT _rexists( 'f', $1, $2 ), $3 );
$$ LANGUAGE SQL;
-- hasnt_foreign_table( schema, table )
CREATE OR REPLACE FUNCTION hasnt_foreign_table ( NAME, NAME )
RETURNS TEXT AS $$
SELECT ok(
NOT _rexists( 'f', $1, $2 ),
'Foreign table ' || quote_ident($1) || '.' || quote_ident($2) || ' should not exist'
);
$$ LANGUAGE SQL;
-- hasnt_foreign_table( table, description )
CREATE OR REPLACE FUNCTION hasnt_foreign_table ( NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( NOT _rexists( 'f', $1 ), $2 );
$$ LANGUAGE SQL;
-- hasnt_foreign_table( table )
CREATE OR REPLACE FUNCTION hasnt_foreign_table ( NAME )
RETURNS TEXT AS $$
SELECT hasnt_foreign_table( $1, 'Foreign table ' || quote_ident($1) || ' should not exist' );
$$ LANGUAGE SQL;
-- has_composite( schema, type, description )
CREATE OR REPLACE FUNCTION has_composite ( NAME, NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( _rexists( 'c', $1, $2 ), $3 );
$$ LANGUAGE SQL;
-- has_composite( type, description )
CREATE OR REPLACE FUNCTION has_composite ( NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( _rexists( 'c', $1 ), $2 );
$$ LANGUAGE SQL;
-- has_composite( type )
CREATE OR REPLACE FUNCTION has_composite ( NAME )
RETURNS TEXT AS $$
SELECT has_composite( $1, 'Composite type ' || quote_ident($1) || ' should exist' );
$$ LANGUAGE SQL;
-- hasnt_composite( schema, type, description )
CREATE OR REPLACE FUNCTION hasnt_composite ( NAME, NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( NOT _rexists( 'c', $1, $2 ), $3 );
$$ LANGUAGE SQL;
-- hasnt_composite( type, description )
CREATE OR REPLACE FUNCTION hasnt_composite ( NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( NOT _rexists( 'c', $1 ), $2 );
$$ LANGUAGE SQL;
-- hasnt_composite( type )
CREATE OR REPLACE FUNCTION hasnt_composite ( NAME )
RETURNS TEXT AS $$
SELECT hasnt_composite( $1, 'Composite type ' || quote_ident($1) || ' should not exist' );
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION _cexists ( NAME, NAME, NAME )
RETURNS BOOLEAN AS $$
SELECT EXISTS(
SELECT true
FROM pg_catalog.pg_namespace n
JOIN pg_catalog.pg_class c ON n.oid = c.relnamespace
JOIN pg_catalog.pg_attribute a ON c.oid = a.attrelid
WHERE n.nspname = $1
AND c.relname = $2
AND a.attnum > 0
AND NOT a.attisdropped
AND a.attname = $3
);
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION _cexists ( NAME, NAME )
RETURNS BOOLEAN AS $$
SELECT EXISTS(
SELECT true
FROM pg_catalog.pg_class c
JOIN pg_catalog.pg_attribute a ON c.oid = a.attrelid
WHERE c.relname = $1
AND pg_catalog.pg_table_is_visible(c.oid)
AND a.attnum > 0
AND NOT a.attisdropped
AND a.attname = $2
);
$$ LANGUAGE SQL;
-- has_column( schema, table, column, description )
CREATE OR REPLACE FUNCTION has_column ( NAME, NAME, NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( _cexists( $1, $2, $3 ), $4 );
$$ LANGUAGE SQL;
-- has_column( table, column, description )
CREATE OR REPLACE FUNCTION has_column ( NAME, NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( _cexists( $1, $2 ), $3 );
$$ LANGUAGE SQL;
-- has_column( table, column )
CREATE OR REPLACE FUNCTION has_column ( NAME, NAME )
RETURNS TEXT AS $$
SELECT has_column( $1, $2, 'Column ' || quote_ident($1) || '.' || quote_ident($2) || ' should exist' );
$$ LANGUAGE SQL;
-- hasnt_column( schema, table, column, description )
CREATE OR REPLACE FUNCTION hasnt_column ( NAME, NAME, NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( NOT _cexists( $1, $2, $3 ), $4 );
$$ LANGUAGE SQL;
-- hasnt_column( table, column, description )
CREATE OR REPLACE FUNCTION hasnt_column ( NAME, NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( NOT _cexists( $1, $2 ), $3 );
$$ LANGUAGE SQL;
-- hasnt_column( table, column )
CREATE OR REPLACE FUNCTION hasnt_column ( NAME, NAME )
RETURNS TEXT AS $$
SELECT hasnt_column( $1, $2, 'Column ' || quote_ident($1) || '.' || quote_ident($2) || ' should not exist' );
$$ LANGUAGE SQL;
-- _col_is_null( schema, table, column, desc, null )
CREATE OR REPLACE FUNCTION _col_is_null ( NAME, NAME, NAME, TEXT, bool )
RETURNS TEXT AS $$
DECLARE
qcol CONSTANT text := quote_ident($1) || '.' || quote_ident($2) || '.' || quote_ident($3);
c_desc CONSTANT text := coalesce(
$4,
'Column ' || qcol || ' should '
|| CASE WHEN $5 THEN 'be NOT' ELSE 'allow' END || ' NULL'
);
BEGIN
IF NOT _cexists( $1, $2, $3 ) THEN
RETURN fail( c_desc ) || E'\n'
|| diag (' Column ' || qcol || ' does not exist' );
END IF;
RETURN ok(
EXISTS(
SELECT true
FROM pg_catalog.pg_namespace n
JOIN pg_catalog.pg_class c ON n.oid = c.relnamespace
JOIN pg_catalog.pg_attribute a ON c.oid = a.attrelid
WHERE n.nspname = $1
AND c.relname = $2
AND a.attnum > 0
AND NOT a.attisdropped
AND a.attname = $3
AND a.attnotnull = $5
), c_desc
);
END;
$$ LANGUAGE plpgsql;
-- _col_is_null( table, column, desc, null )
CREATE OR REPLACE FUNCTION _col_is_null ( NAME, NAME, TEXT, bool )
RETURNS TEXT AS $$
DECLARE
qcol CONSTANT text := quote_ident($1) || '.' || quote_ident($2);
c_desc CONSTANT text := coalesce(
$3,
'Column ' || qcol || ' should '
|| CASE WHEN $4 THEN 'be NOT' ELSE 'allow' END || ' NULL'
);
BEGIN
IF NOT _cexists( $1, $2 ) THEN
RETURN fail( c_desc ) || E'\n'
|| diag (' Column ' || qcol || ' does not exist' );
END IF;
RETURN ok(
EXISTS(
SELECT true
FROM pg_catalog.pg_class c
JOIN pg_catalog.pg_attribute a ON c.oid = a.attrelid
WHERE pg_catalog.pg_table_is_visible(c.oid)
AND c.relname = $1
AND a.attnum > 0
AND NOT a.attisdropped
AND a.attname = $2
AND a.attnotnull = $4
), c_desc
);
END;
$$ LANGUAGE plpgsql;
-- col_not_null( schema, table, column, description )
-- col_not_null( schema, table, column )
CREATE OR REPLACE FUNCTION col_not_null (
schema_name NAME, table_name NAME, column_name NAME, description TEXT DEFAULT NULL
) RETURNS TEXT AS $$
SELECT _col_is_null( $1, $2, $3, $4, true );
$$ LANGUAGE SQL;
-- col_not_null( table, column, description )
-- col_not_null( table, column )
CREATE OR REPLACE FUNCTION col_not_null (
table_name NAME, column_name NAME, description TEXT DEFAULT NULL
) RETURNS TEXT AS $$
SELECT _col_is_null( $1, $2, $3, true );
$$ LANGUAGE SQL;
-- col_is_null( schema, table, column, description )
-- col_is_null( schema, table, column )
CREATE OR REPLACE FUNCTION col_is_null (
schema_name NAME, table_name NAME, column_name NAME, description TEXT DEFAULT NULL
) RETURNS TEXT AS $$
SELECT _col_is_null( $1, $2, $3, $4, false );
$$ LANGUAGE SQL;
-- col_is_null( table, column, description )
-- col_is_null( table, column )
CREATE OR REPLACE FUNCTION col_is_null (
table_name NAME, column_name NAME, description TEXT DEFAULT NULL
) RETURNS TEXT AS $$
SELECT _col_is_null( $1, $2, $3, false );
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION _get_col_type ( NAME, NAME, NAME )
RETURNS TEXT AS $$
SELECT pg_catalog.format_type(a.atttypid, a.atttypmod)
FROM pg_catalog.pg_namespace n
JOIN pg_catalog.pg_class c ON n.oid = c.relnamespace
JOIN pg_catalog.pg_attribute a ON c.oid = a.attrelid
WHERE n.nspname = $1
AND c.relname = $2
AND a.attname = $3
AND attnum > 0
AND NOT a.attisdropped
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION _get_col_type ( NAME, NAME )
RETURNS TEXT AS $$
SELECT pg_catalog.format_type(a.atttypid, a.atttypmod)
FROM pg_catalog.pg_attribute a
JOIN pg_catalog.pg_class c ON a.attrelid = c.oid
WHERE pg_catalog.pg_table_is_visible(c.oid)
AND c.relname = $1
AND a.attname = $2
AND attnum > 0
AND NOT a.attisdropped
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION _get_col_ns_type ( NAME, NAME, NAME )
RETURNS TEXT AS $$
-- Always include the namespace.
SELECT CASE WHEN pg_catalog.pg_type_is_visible(t.oid)
THEN quote_ident(tn.nspname) || '.'
ELSE ''
END || pg_catalog.format_type(a.atttypid, a.atttypmod)
FROM pg_catalog.pg_namespace n
JOIN pg_catalog.pg_class c ON n.oid = c.relnamespace
JOIN pg_catalog.pg_attribute a ON c.oid = a.attrelid
JOIN pg_catalog.pg_type t ON a.atttypid = t.oid
JOIN pg_catalog.pg_namespace tn ON t.typnamespace = tn.oid
WHERE n.nspname = $1
AND c.relname = $2
AND a.attname = $3
AND attnum > 0
AND NOT a.attisdropped
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION _quote_ident_like(TEXT, TEXT)
RETURNS TEXT AS $$
DECLARE
have TEXT;
pcision TEXT;
BEGIN
-- Just return it if rhs isn't quoted.
IF $2 !~ '"' THEN RETURN $1; END IF;
-- If it's quoted ident without precision, return it quoted.
IF $2 ~ '"$' THEN RETURN quote_ident($1); END IF;
pcision := substring($1 FROM '[(][^")]+[)]$');
-- Just quote it if thre is no precision.
if pcision IS NULL THEN RETURN quote_ident($1); END IF;
-- Quote the non-precision part and concatenate with precision.
RETURN quote_ident(substring($1 FOR char_length($1) - char_length(pcision)))
|| pcision;
END;
$$ LANGUAGE plpgsql;
-- col_type_is( schema, table, column, schema, type, description )
CREATE OR REPLACE FUNCTION col_type_is ( NAME, NAME, NAME, NAME, TEXT, TEXT )
RETURNS TEXT AS $$
DECLARE
have_type TEXT := _get_col_ns_type($1, $2, $3);
want_type TEXT;
BEGIN
IF have_type IS NULL THEN
RETURN fail( $6 ) || E'\n' || diag (
' Column ' || COALESCE(quote_ident($1) || '.', '')
|| quote_ident($2) || '.' || quote_ident($3) || ' does not exist'
);
END IF;
want_type := quote_ident($4) || '.' || _quote_ident_like($5, have_type);
IF have_type = want_type THEN
-- We're good to go.
RETURN ok( true, $6 );
END IF;
-- Wrong data type. tell 'em what we really got.
RETURN ok( false, $6 ) || E'\n' || diag(
' have: ' || have_type ||
E'\n want: ' || want_type
);
END;
$$ LANGUAGE plpgsql;
-- col_type_is( schema, table, column, schema, type )
CREATE OR REPLACE FUNCTION col_type_is ( NAME, NAME, NAME, NAME, TEXT )
RETURNS TEXT AS $$
SELECT col_type_is( $1, $2, $3, $4, $5, 'Column ' || quote_ident($1) || '.' || quote_ident($2)
|| '.' || quote_ident($3) || ' should be type ' || quote_ident($4) || '.' || $5);
$$ LANGUAGE SQL;
-- col_type_is( schema, table, column, type, description )
CREATE OR REPLACE FUNCTION col_type_is ( NAME, NAME, NAME, TEXT, TEXT )
RETURNS TEXT AS $$
DECLARE
have_type TEXT;
want_type TEXT;
BEGIN
-- Get the data type.
IF $1 IS NULL THEN
have_type := _get_col_type($2, $3);
ELSE
have_type := _get_col_type($1, $2, $3);
END IF;
IF have_type IS NULL THEN
RETURN fail( $5 ) || E'\n' || diag (
' Column ' || COALESCE(quote_ident($1) || '.', '')
|| quote_ident($2) || '.' || quote_ident($3) || ' does not exist'
);
END IF;
want_type := _quote_ident_like($4, have_type);
IF have_type = want_type THEN
-- We're good to go.
RETURN ok( true, $5 );
END IF;
-- Wrong data type. tell 'em what we really got.
RETURN ok( false, $5 ) || E'\n' || diag(
' have: ' || have_type ||
E'\n want: ' || want_type
);
END;
$$ LANGUAGE plpgsql;
-- col_type_is( schema, table, column, type )
CREATE OR REPLACE FUNCTION col_type_is ( NAME, NAME, NAME, TEXT )
RETURNS TEXT AS $$
SELECT col_type_is( $1, $2, $3, $4, 'Column ' || quote_ident($1) || '.' || quote_ident($2) || '.' || quote_ident($3) || ' should be type ' || $4 );
$$ LANGUAGE SQL;
-- col_type_is( table, column, type, description )
CREATE OR REPLACE FUNCTION col_type_is ( NAME, NAME, TEXT, TEXT )
RETURNS TEXT AS $$
SELECT col_type_is( NULL, $1, $2, $3, $4 );
$$ LANGUAGE SQL;
-- col_type_is( table, column, type )
CREATE OR REPLACE FUNCTION col_type_is ( NAME, NAME, TEXT )
RETURNS TEXT AS $$
SELECT col_type_is( $1, $2, $3, 'Column ' || quote_ident($1) || '.' || quote_ident($2) || ' should be type ' || $3 );
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION _has_def ( NAME, NAME, NAME )
RETURNS boolean AS $$
SELECT a.atthasdef
FROM pg_catalog.pg_namespace n
JOIN pg_catalog.pg_class c ON n.oid = c.relnamespace
JOIN pg_catalog.pg_attribute a ON c.oid = a.attrelid
WHERE n.nspname = $1
AND c.relname = $2
AND a.attnum > 0
AND NOT a.attisdropped
AND a.attname = $3
$$ LANGUAGE sql;
CREATE OR REPLACE FUNCTION _has_def ( NAME, NAME )
RETURNS boolean AS $$
SELECT a.atthasdef
FROM pg_catalog.pg_class c
JOIN pg_catalog.pg_attribute a ON c.oid = a.attrelid
WHERE c.relname = $1
AND a.attnum > 0
AND NOT a.attisdropped
AND a.attname = $2
AND pg_catalog.pg_table_is_visible(c.oid)
$$ LANGUAGE sql;
-- col_has_default( schema, table, column, description )
CREATE OR REPLACE FUNCTION col_has_default ( NAME, NAME, NAME, TEXT )
RETURNS TEXT AS $$
BEGIN
IF NOT _cexists( $1, $2, $3 ) THEN
RETURN fail( $4 ) || E'\n'
|| diag (' Column ' || quote_ident($1) || '.' || quote_ident($2) || '.' || quote_ident($3) || ' does not exist' );
END IF;
RETURN ok( _has_def( $1, $2, $3 ), $4 );
END
$$ LANGUAGE plpgsql;
-- col_has_default( table, column, description )
CREATE OR REPLACE FUNCTION col_has_default ( NAME, NAME, TEXT )
RETURNS TEXT AS $$
BEGIN
IF NOT _cexists( $1, $2 ) THEN
RETURN fail( $3 ) || E'\n'
|| diag (' Column ' || quote_ident($1) || '.' || quote_ident($2) || ' does not exist' );
END IF;
RETURN ok( _has_def( $1, $2 ), $3 );
END;
$$ LANGUAGE plpgsql;
-- col_has_default( table, column )
CREATE OR REPLACE FUNCTION col_has_default ( NAME, NAME )
RETURNS TEXT AS $$
SELECT col_has_default( $1, $2, 'Column ' || quote_ident($1) || '.' || quote_ident($2) || ' should have a default' );
$$ LANGUAGE SQL;
-- col_hasnt_default( schema, table, column, description )
CREATE OR REPLACE FUNCTION col_hasnt_default ( NAME, NAME, NAME, TEXT )
RETURNS TEXT AS $$
BEGIN
IF NOT _cexists( $1, $2, $3 ) THEN
RETURN fail( $4 ) || E'\n'
|| diag (' Column ' || quote_ident($1) || '.' || quote_ident($2) || '.' || quote_ident($3) || ' does not exist' );
END IF;
RETURN ok( NOT _has_def( $1, $2, $3 ), $4 );
END;
$$ LANGUAGE plpgsql;
-- col_hasnt_default( table, column, description )
CREATE OR REPLACE FUNCTION col_hasnt_default ( NAME, NAME, TEXT )
RETURNS TEXT AS $$
BEGIN
IF NOT _cexists( $1, $2 ) THEN
RETURN fail( $3 ) || E'\n'
|| diag (' Column ' || quote_ident($1) || '.' || quote_ident($2) || ' does not exist' );
END IF;
RETURN ok( NOT _has_def( $1, $2 ), $3 );
END;
$$ LANGUAGE plpgsql;
-- col_hasnt_default( table, column )
CREATE OR REPLACE FUNCTION col_hasnt_default ( NAME, NAME )
RETURNS TEXT AS $$
SELECT col_hasnt_default( $1, $2, 'Column ' || quote_ident($1) || '.' || quote_ident($2) || ' should not have a default' );
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION _def_is( TEXT, TEXT, anyelement, TEXT )
RETURNS TEXT AS $$
DECLARE
thing text;
BEGIN
-- Function or special SQL syntax.
IF $1 ~ '^[^'']+[(]' OR $1 = ANY('{CURRENT_CATALOG,CURRENT_ROLE,CURRENT_SCHEMA,CURRENT_USER,SESSION_USER,USER}') THEN
RETURN is( $1, $3, $4 );
END IF;
EXECUTE 'SELECT is('
|| COALESCE($1, 'NULL' || '::' || $2) || '::' || $2 || ', '
|| COALESCE(quote_literal($3), 'NULL') || '::' || $2 || ', '
|| COALESCE(quote_literal($4), 'NULL')
|| ')' INTO thing;
RETURN thing;
END;
$$ LANGUAGE plpgsql;
-- _cdi( schema, table, column, default, description )
CREATE OR REPLACE FUNCTION _cdi ( NAME, NAME, NAME, anyelement, TEXT )
RETURNS TEXT AS $$
BEGIN
IF NOT _cexists( $1, $2, $3 ) THEN
RETURN fail( $5 ) || E'\n'
|| diag (' Column ' || quote_ident($1) || '.' || quote_ident($2) || '.' || quote_ident($3) || ' does not exist' );
END IF;
IF NOT _has_def( $1, $2, $3 ) THEN
RETURN fail( $5 ) || E'\n'
|| diag (' Column ' || quote_ident($1) || '.' || quote_ident($2) || '.' || quote_ident($3) || ' has no default' );
END IF;
RETURN _def_is(
pg_catalog.pg_get_expr(d.adbin, d.adrelid),
pg_catalog.format_type(a.atttypid, a.atttypmod),
$4, $5
)
FROM pg_catalog.pg_namespace n, pg_catalog.pg_class c, pg_catalog.pg_attribute a,
pg_catalog.pg_attrdef d
WHERE n.oid = c.relnamespace
AND c.oid = a.attrelid
AND a.atthasdef
AND a.attrelid = d.adrelid
AND a.attnum = d.adnum
AND n.nspname = $1
AND c.relname = $2
AND a.attnum > 0
AND NOT a.attisdropped
AND a.attname = $3;
END;
$$ LANGUAGE plpgsql;
-- _cdi( table, column, default, description )
CREATE OR REPLACE FUNCTION _cdi ( NAME, NAME, anyelement, TEXT )
RETURNS TEXT AS $$
BEGIN
IF NOT _cexists( $1, $2 ) THEN
RETURN fail( $4 ) || E'\n'
|| diag (' Column ' || quote_ident($1) || '.' || quote_ident($2) || ' does not exist' );
END IF;
IF NOT _has_def( $1, $2 ) THEN
RETURN fail( $4 ) || E'\n'
|| diag (' Column ' || quote_ident($1) || '.' || quote_ident($2) || ' has no default' );
END IF;
RETURN _def_is(
pg_catalog.pg_get_expr(d.adbin, d.adrelid),
pg_catalog.format_type(a.atttypid, a.atttypmod),
$3, $4
)
FROM pg_catalog.pg_class c, pg_catalog.pg_attribute a, pg_catalog.pg_attrdef d
WHERE c.oid = a.attrelid
AND pg_table_is_visible(c.oid)
AND a.atthasdef
AND a.attrelid = d.adrelid
AND a.attnum = d.adnum
AND c.relname = $1
AND a.attnum > 0
AND NOT a.attisdropped
AND a.attname = $2;
END;
$$ LANGUAGE plpgsql;
-- _cdi( table, column, default )
CREATE OR REPLACE FUNCTION _cdi ( NAME, NAME, anyelement )
RETURNS TEXT AS $$
SELECT col_default_is(
$1, $2, $3,
'Column ' || quote_ident($1) || '.' || quote_ident($2) || ' should default to '
|| COALESCE( quote_literal($3), 'NULL')
);
$$ LANGUAGE sql;
-- col_default_is( schema, table, column, default, description )
CREATE OR REPLACE FUNCTION col_default_is ( NAME, NAME, NAME, anyelement, TEXT )
RETURNS TEXT AS $$
SELECT _cdi( $1, $2, $3, $4, $5 );
$$ LANGUAGE sql;
-- col_default_is( schema, table, column, default, description )
CREATE OR REPLACE FUNCTION col_default_is ( NAME, NAME, NAME, TEXT, TEXT )
RETURNS TEXT AS $$
SELECT _cdi( $1, $2, $3, $4, $5 );
$$ LANGUAGE sql;
-- col_default_is( table, column, default, description )
CREATE OR REPLACE FUNCTION col_default_is ( NAME, NAME, anyelement, TEXT )
RETURNS TEXT AS $$
SELECT _cdi( $1, $2, $3, $4 );
$$ LANGUAGE sql;
-- col_default_is( table, column, default, description )
CREATE OR REPLACE FUNCTION col_default_is ( NAME, NAME, TEXT, TEXT )
RETURNS TEXT AS $$
SELECT _cdi( $1, $2, $3, $4 );
$$ LANGUAGE sql;
-- col_default_is( table, column, default )
CREATE OR REPLACE FUNCTION col_default_is ( NAME, NAME, anyelement )
RETURNS TEXT AS $$
SELECT _cdi( $1, $2, $3 );
$$ LANGUAGE sql;
-- col_default_is( table, column, default::text )
CREATE OR REPLACE FUNCTION col_default_is ( NAME, NAME, text )
RETURNS TEXT AS $$
SELECT _cdi( $1, $2, $3 );
$$ LANGUAGE sql;
-- _hasc( schema, table, constraint_type )
CREATE OR REPLACE FUNCTION _hasc ( NAME, NAME, CHAR )
RETURNS BOOLEAN AS $$
SELECT EXISTS(
SELECT true
FROM pg_catalog.pg_namespace n
JOIN pg_catalog.pg_class c ON c.relnamespace = n.oid
JOIN pg_catalog.pg_constraint x ON c.oid = x.conrelid
WHERE n.nspname = $1
AND c.relname = $2
AND x.contype = $3
);
$$ LANGUAGE sql;
-- _hasc( table, constraint_type )
CREATE OR REPLACE FUNCTION _hasc ( NAME, CHAR )
RETURNS BOOLEAN AS $$
SELECT EXISTS(
SELECT true
FROM pg_catalog.pg_class c
JOIN pg_catalog.pg_constraint x ON c.oid = x.conrelid
WHERE pg_table_is_visible(c.oid)
AND c.relname = $1
AND x.contype = $2
);
$$ LANGUAGE sql;
-- has_pk( schema, table, description )
CREATE OR REPLACE FUNCTION has_pk ( NAME, NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( _hasc( $1, $2, 'p' ), $3 );
$$ LANGUAGE sql;
-- has_pk( table, description )
CREATE OR REPLACE FUNCTION has_pk ( NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( _hasc( $1, 'p' ), $2 );
$$ LANGUAGE sql;
-- has_pk( table )
CREATE OR REPLACE FUNCTION has_pk ( NAME )
RETURNS TEXT AS $$
SELECT has_pk( $1, 'Table ' || quote_ident($1) || ' should have a primary key' );
$$ LANGUAGE sql;
-- hasnt_pk( schema, table, description )
CREATE OR REPLACE FUNCTION hasnt_pk ( NAME, NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( NOT _hasc( $1, $2, 'p' ), $3 );
$$ LANGUAGE sql;
-- hasnt_pk( table, description )
CREATE OR REPLACE FUNCTION hasnt_pk ( NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( NOT _hasc( $1, 'p' ), $2 );
$$ LANGUAGE sql;
-- hasnt_pk( table )
CREATE OR REPLACE FUNCTION hasnt_pk ( NAME )
RETURNS TEXT AS $$
SELECT hasnt_pk( $1, 'Table ' || quote_ident($1) || ' should not have a primary key' );
$$ LANGUAGE sql;
CREATE OR REPLACE FUNCTION _ident_array_to_string( name[], text )
RETURNS text AS $$
SELECT array_to_string(ARRAY(
SELECT quote_ident($1[i])
FROM generate_series(1, array_upper($1, 1)) s(i)
ORDER BY i
), $2);
$$ LANGUAGE SQL immutable;
-- Borrowed from newsysviews: http://pgfoundry.org/projects/newsysviews/
CREATE OR REPLACE FUNCTION _pg_sv_column_array( OID, SMALLINT[] )
RETURNS NAME[] AS $$
SELECT ARRAY(
SELECT a.attname
FROM pg_catalog.pg_attribute a
JOIN generate_series(1, array_upper($2, 1)) s(i) ON a.attnum = $2[i]
WHERE attrelid = $1
ORDER BY i
)
$$ LANGUAGE SQL stable;
-- Borrowed from newsysviews: http://pgfoundry.org/projects/newsysviews/
CREATE OR REPLACE FUNCTION _pg_sv_table_accessible( OID, OID )
RETURNS BOOLEAN AS $$
SELECT CASE WHEN has_schema_privilege($1, 'USAGE') THEN (
has_table_privilege($2, 'SELECT')
OR has_table_privilege($2, 'INSERT')
or has_table_privilege($2, 'UPDATE')
OR has_table_privilege($2, 'DELETE')
OR has_table_privilege($2, 'RULE')
OR has_table_privilege($2, 'REFERENCES')
OR has_table_privilege($2, 'TRIGGER')
) ELSE FALSE
END;
$$ LANGUAGE SQL immutable strict;
-- Borrowed from newsysviews: http://pgfoundry.org/projects/newsysviews/
CREATE OR REPLACE VIEW pg_all_foreign_keys
AS
SELECT n1.nspname AS fk_schema_name,
c1.relname AS fk_table_name,
k1.conname AS fk_constraint_name,
c1.oid AS fk_table_oid,
_pg_sv_column_array(k1.conrelid,k1.conkey) AS fk_columns,
n2.nspname AS pk_schema_name,
c2.relname AS pk_table_name,
k2.conname AS pk_constraint_name,
c2.oid AS pk_table_oid,
ci.relname AS pk_index_name,
_pg_sv_column_array(k1.confrelid,k1.confkey) AS pk_columns,
CASE k1.confmatchtype WHEN 'f' THEN 'FULL'
WHEN 'p' THEN 'PARTIAL'
WHEN 'u' THEN 'NONE'
else null
END AS match_type,
CASE k1.confdeltype WHEN 'a' THEN 'NO ACTION'
WHEN 'c' THEN 'CASCADE'
WHEN 'd' THEN 'SET DEFAULT'
WHEN 'n' THEN 'SET NULL'
WHEN 'r' THEN 'RESTRICT'
else null
END AS on_delete,
CASE k1.confupdtype WHEN 'a' THEN 'NO ACTION'
WHEN 'c' THEN 'CASCADE'
WHEN 'd' THEN 'SET DEFAULT'
WHEN 'n' THEN 'SET NULL'
WHEN 'r' THEN 'RESTRICT'
ELSE NULL
END AS on_update,
k1.condeferrable AS is_deferrable,
k1.condeferred AS is_deferred
FROM pg_catalog.pg_constraint k1
JOIN pg_catalog.pg_namespace n1 ON (n1.oid = k1.connamespace)
JOIN pg_catalog.pg_class c1 ON (c1.oid = k1.conrelid)
JOIN pg_catalog.pg_class c2 ON (c2.oid = k1.confrelid)
JOIN pg_catalog.pg_namespace n2 ON (n2.oid = c2.relnamespace)
JOIN pg_catalog.pg_depend d ON (
d.classid = 'pg_constraint'::regclass
AND d.objid = k1.oid
AND d.objsubid = 0
AND d.deptype = 'n'
AND d.refclassid = 'pg_class'::regclass
AND d.refobjsubid=0
)
JOIN pg_catalog.pg_class ci ON (ci.oid = d.refobjid AND ci.relkind = 'i')
LEFT JOIN pg_depend d2 ON (
d2.classid = 'pg_class'::regclass
AND d2.objid = ci.oid
AND d2.objsubid = 0
AND d2.deptype = 'i'
AND d2.refclassid = 'pg_constraint'::regclass
AND d2.refobjsubid = 0
)
LEFT JOIN pg_catalog.pg_constraint k2 ON (
k2.oid = d2.refobjid
AND k2.contype IN ('p', 'u')
)
WHERE k1.conrelid != 0
AND k1.confrelid != 0
AND k1.contype = 'f'
AND _pg_sv_table_accessible(n1.oid, c1.oid);
-- _keys( schema, table, constraint_type )
CREATE OR REPLACE FUNCTION _keys ( NAME, NAME, CHAR )
RETURNS SETOF NAME[] AS $$
SELECT _pg_sv_column_array(x.conrelid,x.conkey) -- name[] doesn't support collation
FROM pg_catalog.pg_namespace n
JOIN pg_catalog.pg_class c ON n.oid = c.relnamespace
JOIN pg_catalog.pg_constraint x ON c.oid = x.conrelid
WHERE n.nspname = $1
AND c.relname = $2
AND x.contype = $3
ORDER BY 1
$$ LANGUAGE sql;
-- _keys( table, constraint_type )
CREATE OR REPLACE FUNCTION _keys ( NAME, CHAR )
RETURNS SETOF NAME[] AS $$
SELECT _pg_sv_column_array(x.conrelid,x.conkey) -- name[] doesn't support collation
FROM pg_catalog.pg_class c
JOIN pg_catalog.pg_constraint x ON c.oid = x.conrelid
AND c.relname = $1
AND x.contype = $2
WHERE pg_catalog.pg_table_is_visible(c.oid)
ORDER BY 1
$$ LANGUAGE sql;
-- _ckeys( schema, table, constraint_type )
CREATE OR REPLACE FUNCTION _ckeys ( NAME, NAME, CHAR )
RETURNS NAME[] AS $$
SELECT * FROM _keys($1, $2, $3) LIMIT 1;
$$ LANGUAGE sql;
-- _ckeys( table, constraint_type )
CREATE OR REPLACE FUNCTION _ckeys ( NAME, CHAR )
RETURNS NAME[] AS $$
SELECT * FROM _keys($1, $2) LIMIT 1;
$$ LANGUAGE sql;
-- col_is_pk( schema, table, column, description )
CREATE OR REPLACE FUNCTION col_is_pk ( NAME, NAME, NAME[], TEXT )
RETURNS TEXT AS $$
SELECT is( _ckeys( $1, $2, 'p' ), $3, $4 );
$$ LANGUAGE sql;
-- col_is_pk( table, column, description )
CREATE OR REPLACE FUNCTION col_is_pk ( NAME, NAME[], TEXT )
RETURNS TEXT AS $$
SELECT is( _ckeys( $1, 'p' ), $2, $3 );
$$ LANGUAGE sql;
-- col_is_pk( table, column[] )
CREATE OR REPLACE FUNCTION col_is_pk ( NAME, NAME[] )
RETURNS TEXT AS $$
SELECT col_is_pk( $1, $2, 'Columns ' || quote_ident($1) || '(' || _ident_array_to_string($2, ', ') || ') should be a primary key' );
$$ LANGUAGE sql;
-- col_is_pk( schema, table, column, description )
CREATE OR REPLACE FUNCTION col_is_pk ( NAME, NAME, NAME, TEXT )
RETURNS TEXT AS $$
SELECT col_is_pk( $1, $2, ARRAY[$3], $4 );
$$ LANGUAGE sql;
-- col_is_pk( table, column, description )
CREATE OR REPLACE FUNCTION col_is_pk ( NAME, NAME, TEXT )
RETURNS TEXT AS $$
SELECT col_is_pk( $1, ARRAY[$2], $3 );
$$ LANGUAGE sql;
-- col_is_pk( table, column )
CREATE OR REPLACE FUNCTION col_is_pk ( NAME, NAME )
RETURNS TEXT AS $$
SELECT col_is_pk( $1, $2, 'Column ' || quote_ident($1) || '(' || quote_ident($2) || ') should be a primary key' );
$$ LANGUAGE sql;
-- col_isnt_pk( schema, table, column, description )
CREATE OR REPLACE FUNCTION col_isnt_pk ( NAME, NAME, NAME[], TEXT )
RETURNS TEXT AS $$
SELECT isnt( _ckeys( $1, $2, 'p' ), $3, $4 );
$$ LANGUAGE sql;
-- col_isnt_pk( table, column, description )
CREATE OR REPLACE FUNCTION col_isnt_pk ( NAME, NAME[], TEXT )
RETURNS TEXT AS $$
SELECT isnt( _ckeys( $1, 'p' ), $2, $3 );
$$ LANGUAGE sql;
-- col_isnt_pk( table, column[] )
CREATE OR REPLACE FUNCTION col_isnt_pk ( NAME, NAME[] )
RETURNS TEXT AS $$
SELECT col_isnt_pk( $1, $2, 'Columns ' || quote_ident($1) || '(' || _ident_array_to_string($2, ', ') || ') should not be a primary key' );
$$ LANGUAGE sql;
-- col_isnt_pk( schema, table, column, description )
CREATE OR REPLACE FUNCTION col_isnt_pk ( NAME, NAME, NAME, TEXT )
RETURNS TEXT AS $$
SELECT col_isnt_pk( $1, $2, ARRAY[$3], $4 );
$$ LANGUAGE sql;
-- col_isnt_pk( table, column, description )
CREATE OR REPLACE FUNCTION col_isnt_pk ( NAME, NAME, TEXT )
RETURNS TEXT AS $$
SELECT col_isnt_pk( $1, ARRAY[$2], $3 );
$$ LANGUAGE sql;
-- col_isnt_pk( table, column )
CREATE OR REPLACE FUNCTION col_isnt_pk ( NAME, NAME )
RETURNS TEXT AS $$
SELECT col_isnt_pk( $1, $2, 'Column ' || quote_ident($1) || '(' || quote_ident($2) || ') should not be a primary key' );
$$ LANGUAGE sql;
-- has_fk( schema, table, description )
CREATE OR REPLACE FUNCTION has_fk ( NAME, NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( _hasc( $1, $2, 'f' ), $3 );
$$ LANGUAGE sql;
-- has_fk( table, description )
CREATE OR REPLACE FUNCTION has_fk ( NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( _hasc( $1, 'f' ), $2 );
$$ LANGUAGE sql;
-- has_fk( table )
CREATE OR REPLACE FUNCTION has_fk ( NAME )
RETURNS TEXT AS $$
SELECT has_fk( $1, 'Table ' || quote_ident($1) || ' should have a foreign key constraint' );
$$ LANGUAGE sql;
-- hasnt_fk( schema, table, description )
CREATE OR REPLACE FUNCTION hasnt_fk ( NAME, NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( NOT _hasc( $1, $2, 'f' ), $3 );
$$ LANGUAGE sql;
-- hasnt_fk( table, description )
CREATE OR REPLACE FUNCTION hasnt_fk ( NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( NOT _hasc( $1, 'f' ), $2 );
$$ LANGUAGE sql;
-- hasnt_fk( table )
CREATE OR REPLACE FUNCTION hasnt_fk ( NAME )
RETURNS TEXT AS $$
SELECT hasnt_fk( $1, 'Table ' || quote_ident($1) || ' should not have a foreign key constraint' );
$$ LANGUAGE sql;
CREATE OR REPLACE FUNCTION _fkexists ( NAME, NAME, NAME[] )
RETURNS BOOLEAN AS $$
SELECT EXISTS(
SELECT TRUE
FROM pg_all_foreign_keys
WHERE fk_schema_name = $1
AND quote_ident(fk_table_name) = quote_ident($2)
AND fk_columns = $3
);
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION _fkexists ( NAME, NAME[] )
RETURNS BOOLEAN AS $$
SELECT EXISTS(
SELECT TRUE
FROM pg_all_foreign_keys
WHERE quote_ident(fk_table_name) = quote_ident($1)
AND pg_catalog.pg_table_is_visible(fk_table_oid)
AND fk_columns = $2
);
$$ LANGUAGE SQL;
-- col_is_fk( schema, table, column, description )
CREATE OR REPLACE FUNCTION col_is_fk ( NAME, NAME, NAME[], TEXT )
RETURNS TEXT AS $$
DECLARE
names text[];
BEGIN
IF _fkexists($1, $2, $3) THEN
RETURN pass( $4 );
END IF;
-- Try to show the columns.
SELECT ARRAY(
SELECT _ident_array_to_string(fk_columns, ', ')
FROM pg_all_foreign_keys
WHERE fk_schema_name = $1
AND fk_table_name = $2
ORDER BY fk_columns
) INTO names;
IF names[1] IS NOT NULL THEN
RETURN fail($4) || E'\n' || diag(
' Table ' || quote_ident($1) || '.' || quote_ident($2) || E' has foreign key constraints on these columns:\n '
|| array_to_string( names, E'\n ' )
);
END IF;
-- No FKs in this table.
RETURN fail($4) || E'\n' || diag(
' Table ' || quote_ident($1) || '.' || quote_ident($2) || ' has no foreign key columns'
);
END;
$$ LANGUAGE plpgsql;
-- col_is_fk( table, column, description )
CREATE OR REPLACE FUNCTION col_is_fk ( NAME, NAME[], TEXT )
RETURNS TEXT AS $$
DECLARE
names text[];
BEGIN
IF _fkexists($1, $2) THEN
RETURN pass( $3 );
END IF;
-- Try to show the columns.
SELECT ARRAY(
SELECT _ident_array_to_string(fk_columns, ', ')
FROM pg_all_foreign_keys
WHERE fk_table_name = $1
ORDER BY fk_columns
) INTO names;
IF NAMES[1] IS NOT NULL THEN
RETURN fail($3) || E'\n' || diag(
' Table ' || quote_ident($1) || E' has foreign key constraints on these columns:\n '
|| array_to_string( names, E'\n ' )
);
END IF;
-- No FKs in this table.
RETURN fail($3) || E'\n' || diag(
' Table ' || quote_ident($1) || ' has no foreign key columns'
);
END;
$$ LANGUAGE plpgsql;
-- col_is_fk( table, column[] )
CREATE OR REPLACE FUNCTION col_is_fk ( NAME, NAME[] )
RETURNS TEXT AS $$
SELECT col_is_fk( $1, $2, 'Columns ' || quote_ident($1) || '(' || _ident_array_to_string($2, ', ') || ') should be a foreign key' );
$$ LANGUAGE sql;
-- col_is_fk( schema, table, column, description )
CREATE OR REPLACE FUNCTION col_is_fk ( NAME, NAME, NAME, TEXT )
RETURNS TEXT AS $$
SELECT col_is_fk( $1, $2, ARRAY[$3], $4 );
$$ LANGUAGE sql;
-- col_is_fk( table, column, description )
CREATE OR REPLACE FUNCTION col_is_fk ( NAME, NAME, TEXT )
RETURNS TEXT AS $$
SELECT col_is_fk( $1, ARRAY[$2], $3 );
$$ LANGUAGE sql;
-- col_is_fk( table, column )
CREATE OR REPLACE FUNCTION col_is_fk ( NAME, NAME )
RETURNS TEXT AS $$
SELECT col_is_fk( $1, $2, 'Column ' || quote_ident($1) || '(' || quote_ident($2) || ') should be a foreign key' );
$$ LANGUAGE sql;
-- col_isnt_fk( schema, table, column, description )
CREATE OR REPLACE FUNCTION col_isnt_fk ( NAME, NAME, NAME[], TEXT )
RETURNS TEXT AS $$
SELECT ok( NOT _fkexists( $1, $2, $3 ), $4 );
$$ LANGUAGE SQL;
-- col_isnt_fk( table, column, description )
CREATE OR REPLACE FUNCTION col_isnt_fk ( NAME, NAME[], TEXT )
RETURNS TEXT AS $$
SELECT ok( NOT _fkexists( $1, $2 ), $3 );
$$ LANGUAGE SQL;
-- col_isnt_fk( table, column[] )
CREATE OR REPLACE FUNCTION col_isnt_fk ( NAME, NAME[] )
RETURNS TEXT AS $$
SELECT col_isnt_fk( $1, $2, 'Columns ' || quote_ident($1) || '(' || _ident_array_to_string($2, ', ') || ') should not be a foreign key' );
$$ LANGUAGE sql;
-- col_isnt_fk( schema, table, column, description )
CREATE OR REPLACE FUNCTION col_isnt_fk ( NAME, NAME, NAME, TEXT )
RETURNS TEXT AS $$
SELECT col_isnt_fk( $1, $2, ARRAY[$3], $4 );
$$ LANGUAGE sql;
-- col_isnt_fk( table, column, description )
CREATE OR REPLACE FUNCTION col_isnt_fk ( NAME, NAME, TEXT )
RETURNS TEXT AS $$
SELECT col_isnt_fk( $1, ARRAY[$2], $3 );
$$ LANGUAGE sql;
-- col_isnt_fk( table, column )
CREATE OR REPLACE FUNCTION col_isnt_fk ( NAME, NAME )
RETURNS TEXT AS $$
SELECT col_isnt_fk( $1, $2, 'Column ' || quote_ident($1) || '(' || quote_ident($2) || ') should not be a foreign key' );
$$ LANGUAGE sql;
-- has_unique( schema, table, description )
CREATE OR REPLACE FUNCTION has_unique ( TEXT, TEXT, TEXT )
RETURNS TEXT AS $$
SELECT ok( _hasc( $1, $2, 'u' ), $3 );
$$ LANGUAGE sql;
-- has_unique( table, description )
CREATE OR REPLACE FUNCTION has_unique ( TEXT, TEXT )
RETURNS TEXT AS $$
SELECT ok( _hasc( $1, 'u' ), $2 );
$$ LANGUAGE sql;
-- has_unique( table )
CREATE OR REPLACE FUNCTION has_unique ( TEXT )
RETURNS TEXT AS $$
SELECT has_unique( $1, 'Table ' || quote_ident($1) || ' should have a unique constraint' );
$$ LANGUAGE sql;
CREATE OR REPLACE FUNCTION _constraint ( NAME, NAME, CHAR, NAME[], TEXT, TEXT )
RETURNS TEXT AS $$
DECLARE
akey NAME[];
keys TEXT[] := '{}';
have TEXT;
BEGIN
FOR akey IN SELECT * FROM _keys($1, $2, $3) LOOP
IF akey = $4 THEN RETURN pass($5); END IF;
keys = keys || akey::text;
END LOOP;
IF array_upper(keys, 0) = 1 THEN
have := 'No ' || $6 || ' constraints';
ELSE
have := array_to_string(keys, E'\n ');
END IF;
RETURN fail($5) || E'\n' || diag(
' have: ' || have
|| E'\n want: ' || CASE WHEN $4 IS NULL THEN 'NULL' ELSE $4::text END
);
END;
$$ LANGUAGE plpgsql;
CREATE OR REPLACE FUNCTION _constraint ( NAME, CHAR, NAME[], TEXT, TEXT )
RETURNS TEXT AS $$
DECLARE
akey NAME[];
keys TEXT[] := '{}';
have TEXT;
BEGIN
FOR akey IN SELECT * FROM _keys($1, $2) LOOP
IF akey = $3 THEN RETURN pass($4); END IF;
keys = keys || akey::text;
END LOOP;
IF array_upper(keys, 0) = 1 THEN
have := 'No ' || $5 || ' constraints';
ELSE
have := array_to_string(keys, E'\n ');
END IF;
RETURN fail($4) || E'\n' || diag(
' have: ' || have
|| E'\n want: ' || CASE WHEN $3 IS NULL THEN 'NULL' ELSE $3::text END
);
END;
$$ LANGUAGE plpgsql;
-- col_is_unique( schema, table, column, description )
CREATE OR REPLACE FUNCTION col_is_unique ( NAME, NAME, NAME[], TEXT )
RETURNS TEXT AS $$
SELECT _constraint( $1, $2, 'u', $3, $4, 'unique' );
$$ LANGUAGE sql;
-- col_is_unique( schema, table, column[] )
CREATE OR REPLACE FUNCTION col_is_unique ( NAME, NAME, NAME[] )
RETURNS TEXT AS $$
SELECT col_is_unique( $1, $2, $3, 'Columns ' || quote_ident($2) || '(' || _ident_array_to_string($3, ', ') || ') should have a unique constraint' );
$$ LANGUAGE sql;
-- col_is_unique( scheam, table, column )
CREATE OR REPLACE FUNCTION col_is_unique ( NAME, NAME, NAME )
RETURNS TEXT AS $$
SELECT col_is_unique( $1, $2, ARRAY[$3], 'Column ' || quote_ident($2) || '(' || quote_ident($3) || ') should have a unique constraint' );
$$ LANGUAGE sql;
-- col_is_unique( table, column, description )
CREATE OR REPLACE FUNCTION col_is_unique ( NAME, NAME[], TEXT )
RETURNS TEXT AS $$
SELECT _constraint( $1, 'u', $2, $3, 'unique' );
$$ LANGUAGE sql;
-- col_is_unique( table, column[] )
CREATE OR REPLACE FUNCTION col_is_unique ( NAME, NAME[] )
RETURNS TEXT AS $$
SELECT col_is_unique( $1, $2, 'Columns ' || quote_ident($1) || '(' || _ident_array_to_string($2, ', ') || ') should have a unique constraint' );
$$ LANGUAGE sql;
-- col_is_unique( schema, table, column, description )
CREATE OR REPLACE FUNCTION col_is_unique ( NAME, NAME, NAME, TEXT )
RETURNS TEXT AS $$
SELECT col_is_unique( $1, $2, ARRAY[$3], $4 );
$$ LANGUAGE sql;
-- col_is_unique( table, column, description )
CREATE OR REPLACE FUNCTION col_is_unique ( NAME, NAME, TEXT )
RETURNS TEXT AS $$
SELECT col_is_unique( $1, ARRAY[$2], $3 );
$$ LANGUAGE sql;
-- col_is_unique( table, column )
CREATE OR REPLACE FUNCTION col_is_unique ( NAME, NAME )
RETURNS TEXT AS $$
SELECT col_is_unique( $1, $2, 'Column ' || quote_ident($1) || '(' || quote_ident($2) || ') should have a unique constraint' );
$$ LANGUAGE sql;
-- has_check( schema, table, description )
CREATE OR REPLACE FUNCTION has_check ( NAME, NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( _hasc( $1, $2, 'c' ), $3 );
$$ LANGUAGE sql;
-- has_check( table, description )
CREATE OR REPLACE FUNCTION has_check ( NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( _hasc( $1, 'c' ), $2 );
$$ LANGUAGE sql;
-- has_check( table )
CREATE OR REPLACE FUNCTION has_check ( NAME )
RETURNS TEXT AS $$
SELECT has_check( $1, 'Table ' || quote_ident($1) || ' should have a check constraint' );
$$ LANGUAGE sql;
-- col_has_check( schema, table, column, description )
CREATE OR REPLACE FUNCTION col_has_check ( NAME, NAME, NAME[], TEXT )
RETURNS TEXT AS $$
SELECT _constraint( $1, $2, 'c', $3, $4, 'check' );
$$ LANGUAGE sql;
-- col_has_check( table, column, description )
CREATE OR REPLACE FUNCTION col_has_check ( NAME, NAME[], TEXT )
RETURNS TEXT AS $$
SELECT _constraint( $1, 'c', $2, $3, 'check' );
$$ LANGUAGE sql;
-- col_has_check( table, column[] )
CREATE OR REPLACE FUNCTION col_has_check ( NAME, NAME[] )
RETURNS TEXT AS $$
SELECT col_has_check( $1, $2, 'Columns ' || quote_ident($1) || '(' || _ident_array_to_string($2, ', ') || ') should have a check constraint' );
$$ LANGUAGE sql;
-- col_has_check( schema, table, column, description )
CREATE OR REPLACE FUNCTION col_has_check ( NAME, NAME, NAME, TEXT )
RETURNS TEXT AS $$
SELECT col_has_check( $1, $2, ARRAY[$3], $4 );
$$ LANGUAGE sql;
-- col_has_check( table, column, description )
CREATE OR REPLACE FUNCTION col_has_check ( NAME, NAME, TEXT )
RETURNS TEXT AS $$
SELECT col_has_check( $1, ARRAY[$2], $3 );
$$ LANGUAGE sql;
-- col_has_check( table, column )
CREATE OR REPLACE FUNCTION col_has_check ( NAME, NAME )
RETURNS TEXT AS $$
SELECT col_has_check( $1, $2, 'Column ' || quote_ident($1) || '(' || quote_ident($2) || ') should have a check constraint' );
$$ LANGUAGE sql;
-- fk_ok( fk_schema, fk_table, fk_column[], pk_schema, pk_table, pk_column[], description )
CREATE OR REPLACE FUNCTION fk_ok ( NAME, NAME, NAME[], NAME, NAME, NAME[], TEXT )
RETURNS TEXT AS $$
DECLARE
sch name;
tab name;
cols name[];
BEGIN
SELECT pk_schema_name, pk_table_name, pk_columns
FROM pg_all_foreign_keys
WHERE fk_schema_name = $1
AND fk_table_name = $2
AND fk_columns = $3
INTO sch, tab, cols;
RETURN is(
-- have
quote_ident($1) || '.' || quote_ident($2) || '(' || _ident_array_to_string( $3, ', ' )
|| ') REFERENCES ' || COALESCE ( sch || '.' || tab || '(' || _ident_array_to_string( cols, ', ' ) || ')', 'NOTHING' ),
-- want
quote_ident($1) || '.' || quote_ident($2) || '(' || _ident_array_to_string( $3, ', ' )
|| ') REFERENCES ' ||
$4 || '.' || $5 || '(' || _ident_array_to_string( $6, ', ' ) || ')',
$7
);
END;
$$ LANGUAGE plpgsql;
-- fk_ok( fk_table, fk_column[], pk_table, pk_column[], description )
CREATE OR REPLACE FUNCTION fk_ok ( NAME, NAME[], NAME, NAME[], TEXT )
RETURNS TEXT AS $$
DECLARE
tab name;
cols name[];
BEGIN
SELECT pk_table_name, pk_columns
FROM pg_all_foreign_keys
WHERE fk_table_name = $1
AND fk_columns = $2
AND pg_catalog.pg_table_is_visible(fk_table_oid)
INTO tab, cols;
RETURN is(
-- have
$1 || '(' || _ident_array_to_string( $2, ', ' )
|| ') REFERENCES ' || COALESCE( tab || '(' || _ident_array_to_string( cols, ', ' ) || ')', 'NOTHING'),
-- want
$1 || '(' || _ident_array_to_string( $2, ', ' )
|| ') REFERENCES ' ||
$3 || '(' || _ident_array_to_string( $4, ', ' ) || ')',
$5
);
END;
$$ LANGUAGE plpgsql;
-- fk_ok( fk_schema, fk_table, fk_column[], fk_schema, pk_table, pk_column[] )
CREATE OR REPLACE FUNCTION fk_ok ( NAME, NAME, NAME[], NAME, NAME, NAME[] )
RETURNS TEXT AS $$
SELECT fk_ok( $1, $2, $3, $4, $5, $6,
quote_ident($1) || '.' || quote_ident($2) || '(' || _ident_array_to_string( $3, ', ' )
|| ') should reference ' ||
$4 || '.' || $5 || '(' || _ident_array_to_string( $6, ', ' ) || ')'
);
$$ LANGUAGE sql;
-- fk_ok( fk_table, fk_column[], pk_table, pk_column[] )
CREATE OR REPLACE FUNCTION fk_ok ( NAME, NAME[], NAME, NAME[] )
RETURNS TEXT AS $$
SELECT fk_ok( $1, $2, $3, $4,
$1 || '(' || _ident_array_to_string( $2, ', ' )
|| ') should reference ' ||
$3 || '(' || _ident_array_to_string( $4, ', ' ) || ')'
);
$$ LANGUAGE sql;
-- fk_ok( fk_schema, fk_table, fk_column, pk_schema, pk_table, pk_column, description )
CREATE OR REPLACE FUNCTION fk_ok ( NAME, NAME, NAME, NAME, NAME, NAME, TEXT )
RETURNS TEXT AS $$
SELECT fk_ok( $1, $2, ARRAY[$3], $4, $5, ARRAY[$6], $7 );
$$ LANGUAGE sql;
-- fk_ok( fk_schema, fk_table, fk_column, pk_schema, pk_table, pk_column )
CREATE OR REPLACE FUNCTION fk_ok ( NAME, NAME, NAME, NAME, NAME, TEXT )
RETURNS TEXT AS $$
SELECT fk_ok( $1, $2, ARRAY[$3], $4, $5, ARRAY[$6] );
$$ LANGUAGE sql;
-- fk_ok( fk_table, fk_column, pk_table, pk_column, description )
CREATE OR REPLACE FUNCTION fk_ok ( NAME, NAME, NAME, NAME, TEXT )
RETURNS TEXT AS $$
SELECT fk_ok( $1, ARRAY[$2], $3, ARRAY[$4], $5 );
$$ LANGUAGE sql;
-- fk_ok( fk_table, fk_column, pk_table, pk_column )
CREATE OR REPLACE FUNCTION fk_ok ( NAME, NAME, NAME, NAME )
RETURNS TEXT AS $$
SELECT fk_ok( $1, ARRAY[$2], $3, ARRAY[$4] );
$$ LANGUAGE sql;
/*
* tap_funky used to just be a simple view, but the problem with that is the
* definition of pg_proc changed in version 11. Thanks to how pg_dump (and
* hence pg_upgrade) works, this made it impossible to upgrade Postgres if
* pgTap was installed. In order to fix that, we need code that will actually
* work on both < PG11 and >= PG11.
*/
CREATE OR REPLACE FUNCTION _prokind( p_oid oid )
RETURNS "char" AS $$
BEGIN
IF pg_version_num() >= 110000 THEN
RETURN prokind FROM pg_catalog.pg_proc WHERE oid = p_oid;
ELSE
RETURN CASE proisagg WHEN true THEN 'a' WHEN false THEN 'f' END
FROM pg_catalog.pg_proc WHERE oid = p_oid;
END IF;
END;
$$ LANGUAGE plpgsql STABLE;
CREATE OR REPLACE VIEW tap_funky
AS SELECT p.oid AS oid,
n.nspname AS schema,
p.proname AS name,
pg_catalog.pg_get_userbyid(p.proowner) AS owner,
array_to_string(p.proargtypes::regtype[], ',') AS args,
CASE p.proretset WHEN TRUE THEN 'setof ' ELSE '' END
|| p.prorettype::regtype AS returns,
p.prolang AS langoid,
p.proisstrict AS is_strict,
_prokind(p.oid) AS kind,
p.prosecdef AS is_definer,
p.proretset AS returns_set,
p.provolatile::char AS volatility,
pg_catalog.pg_function_is_visible(p.oid) AS is_visible
FROM pg_catalog.pg_proc p
JOIN pg_catalog.pg_namespace n ON p.pronamespace = n.oid
;
CREATE OR REPLACE FUNCTION _funkargs ( NAME[] )
RETURNS TEXT AS $$
BEGIN
RETURN array_to_string($1::regtype[], ',');
EXCEPTION WHEN undefined_object THEN
RETURN array_to_string($1, ',');
END;
$$ LANGUAGE PLPGSQL STABLE;
CREATE OR REPLACE FUNCTION _got_func ( NAME, NAME, NAME[] )
RETURNS BOOLEAN AS $$
SELECT EXISTS(
SELECT TRUE
FROM tap_funky
WHERE schema = $1
AND name = $2
AND args = _funkargs($3)
);
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION _got_func ( NAME, NAME )
RETURNS BOOLEAN AS $$
SELECT EXISTS( SELECT TRUE FROM tap_funky WHERE schema = $1 AND name = $2 );
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION _got_func ( NAME, NAME[] )
RETURNS BOOLEAN AS $$
SELECT EXISTS(
SELECT TRUE
FROM tap_funky
WHERE name = $1
AND args = _funkargs($2)
AND is_visible
);
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION _got_func ( NAME )
RETURNS BOOLEAN AS $$
SELECT EXISTS( SELECT TRUE FROM tap_funky WHERE name = $1 AND is_visible);
$$ LANGUAGE SQL;
-- has_function( schema, function, args[], description )
CREATE OR REPLACE FUNCTION has_function ( NAME, NAME, NAME[], TEXT )
RETURNS TEXT AS $$
SELECT ok( _got_func($1, $2, $3), $4 );
$$ LANGUAGE SQL;
-- has_function( schema, function, args[] )
CREATE OR REPLACE FUNCTION has_function( NAME, NAME, NAME[] )
RETURNS TEXT AS $$
SELECT ok(
_got_func($1, $2, $3),
'Function ' || quote_ident($1) || '.' || quote_ident($2) || '(' ||
array_to_string($3, ', ') || ') should exist'
);
$$ LANGUAGE sql;
-- has_function( schema, function, description )
CREATE OR REPLACE FUNCTION has_function ( NAME, NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( _got_func($1, $2), $3 );
$$ LANGUAGE SQL;
-- has_function( schema, function )
CREATE OR REPLACE FUNCTION has_function( NAME, NAME )
RETURNS TEXT AS $$
SELECT ok(
_got_func($1, $2),
'Function ' || quote_ident($1) || '.' || quote_ident($2) || '() should exist'
);
$$ LANGUAGE sql;
-- has_function( function, args[], description )
CREATE OR REPLACE FUNCTION has_function ( NAME, NAME[], TEXT )
RETURNS TEXT AS $$
SELECT ok( _got_func($1, $2), $3 );
$$ LANGUAGE SQL;
-- has_function( function, args[] )
CREATE OR REPLACE FUNCTION has_function( NAME, NAME[] )
RETURNS TEXT AS $$
SELECT ok(
_got_func($1, $2),
'Function ' || quote_ident($1) || '(' ||
array_to_string($2, ', ') || ') should exist'
);
$$ LANGUAGE sql;
-- has_function( function, description )
CREATE OR REPLACE FUNCTION has_function( NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( _got_func($1), $2 );
$$ LANGUAGE sql;
-- has_function( function )
CREATE OR REPLACE FUNCTION has_function( NAME )
RETURNS TEXT AS $$
SELECT ok( _got_func($1), 'Function ' || quote_ident($1) || '() should exist' );
$$ LANGUAGE sql;
-- hasnt_function( schema, function, args[], description )
CREATE OR REPLACE FUNCTION hasnt_function ( NAME, NAME, NAME[], TEXT )
RETURNS TEXT AS $$
SELECT ok( NOT _got_func($1, $2, $3), $4 );
$$ LANGUAGE SQL;
-- hasnt_function( schema, function, args[] )
CREATE OR REPLACE FUNCTION hasnt_function( NAME, NAME, NAME[] )
RETURNS TEXT AS $$
SELECT ok(
NOT _got_func($1, $2, $3),
'Function ' || quote_ident($1) || '.' || quote_ident($2) || '(' ||
array_to_string($3, ', ') || ') should not exist'
);
$$ LANGUAGE sql;
-- hasnt_function( schema, function, description )
CREATE OR REPLACE FUNCTION hasnt_function ( NAME, NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( NOT _got_func($1, $2), $3 );
$$ LANGUAGE SQL;
-- hasnt_function( schema, function )
CREATE OR REPLACE FUNCTION hasnt_function( NAME, NAME )
RETURNS TEXT AS $$
SELECT ok(
NOT _got_func($1, $2),
'Function ' || quote_ident($1) || '.' || quote_ident($2) || '() should not exist'
);
$$ LANGUAGE sql;
-- hasnt_function( function, args[], description )
CREATE OR REPLACE FUNCTION hasnt_function ( NAME, NAME[], TEXT )
RETURNS TEXT AS $$
SELECT ok( NOT _got_func($1, $2), $3 );
$$ LANGUAGE SQL;
-- hasnt_function( function, args[] )
CREATE OR REPLACE FUNCTION hasnt_function( NAME, NAME[] )
RETURNS TEXT AS $$
SELECT ok(
NOT _got_func($1, $2),
'Function ' || quote_ident($1) || '(' ||
array_to_string($2, ', ') || ') should not exist'
);
$$ LANGUAGE sql;
-- hasnt_function( function, description )
CREATE OR REPLACE FUNCTION hasnt_function( NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( NOT _got_func($1), $2 );
$$ LANGUAGE sql;
-- hasnt_function( function )
CREATE OR REPLACE FUNCTION hasnt_function( NAME )
RETURNS TEXT AS $$
SELECT ok( NOT _got_func($1), 'Function ' || quote_ident($1) || '() should not exist' );
$$ LANGUAGE sql;
CREATE OR REPLACE FUNCTION _pg_sv_type_array( OID[] )
RETURNS NAME[] AS $$
SELECT ARRAY(
SELECT t.typname
FROM pg_catalog.pg_type t
JOIN generate_series(1, array_upper($1, 1)) s(i) ON t.oid = $1[i]
ORDER BY i
)
$$ LANGUAGE SQL stable;
-- can( schema, functions[], description )
CREATE OR REPLACE FUNCTION can ( NAME, NAME[], TEXT )
RETURNS TEXT AS $$
DECLARE
missing text[];
BEGIN
SELECT ARRAY(
SELECT quote_ident($2[i])
FROM generate_series(1, array_upper($2, 1)) s(i)
LEFT JOIN tap_funky ON name = $2[i] AND schema = $1
WHERE oid IS NULL
GROUP BY $2[i], s.i
ORDER BY MIN(s.i)
) INTO missing;
IF missing[1] IS NULL THEN
RETURN ok( true, $3 );
END IF;
RETURN ok( false, $3 ) || E'\n' || diag(
' ' || quote_ident($1) || '.' ||
array_to_string( missing, E'() missing\n ' || quote_ident($1) || '.') ||
'() missing'
);
END;
$$ LANGUAGE plpgsql;
-- can( schema, functions[] )
CREATE OR REPLACE FUNCTION can ( NAME, NAME[] )
RETURNS TEXT AS $$
SELECT can( $1, $2, 'Schema ' || quote_ident($1) || ' can' );
$$ LANGUAGE sql;
-- can( functions[], description )
CREATE OR REPLACE FUNCTION can ( NAME[], TEXT )
RETURNS TEXT AS $$
DECLARE
missing text[];
BEGIN
SELECT ARRAY(
SELECT quote_ident($1[i])
FROM generate_series(1, array_upper($1, 1)) s(i)
LEFT JOIN pg_catalog.pg_proc p
ON $1[i] = p.proname
AND pg_catalog.pg_function_is_visible(p.oid)
WHERE p.oid IS NULL
ORDER BY s.i
) INTO missing;
IF missing[1] IS NULL THEN
RETURN ok( true, $2 );
END IF;
RETURN ok( false, $2 ) || E'\n' || diag(
' ' ||
array_to_string( missing, E'() missing\n ') ||
'() missing'
);
END;
$$ LANGUAGE plpgsql;
-- can( functions[] )
CREATE OR REPLACE FUNCTION can ( NAME[] )
RETURNS TEXT AS $$
SELECT can( $1, 'Schema ' || _ident_array_to_string(current_schemas(true), ' or ') || ' can' );
$$ LANGUAGE sql;
CREATE OR REPLACE FUNCTION _ikeys( NAME, NAME, NAME)
RETURNS TEXT[] AS $$
SELECT ARRAY(
SELECT pg_catalog.pg_get_indexdef( ci.oid, s.i + 1, false)
FROM pg_catalog.pg_index x
JOIN pg_catalog.pg_class ct ON ct.oid = x.indrelid
JOIN pg_catalog.pg_class ci ON ci.oid = x.indexrelid
JOIN pg_catalog.pg_namespace n ON n.oid = ct.relnamespace
JOIN generate_series(0, current_setting('max_index_keys')::int - 1) s(i)
ON x.indkey[s.i] IS NOT NULL
WHERE ct.relname = $2
AND ci.relname = $3
AND n.nspname = $1
ORDER BY s.i
);
$$ LANGUAGE sql;
CREATE OR REPLACE FUNCTION _ikeys( NAME, NAME)
RETURNS TEXT[] AS $$
SELECT ARRAY(
SELECT pg_catalog.pg_get_indexdef( ci.oid, s.i + 1, false)
FROM pg_catalog.pg_index x
JOIN pg_catalog.pg_class ct ON ct.oid = x.indrelid
JOIN pg_catalog.pg_class ci ON ci.oid = x.indexrelid
JOIN generate_series(0, current_setting('max_index_keys')::int - 1) s(i)
ON x.indkey[s.i] IS NOT NULL
WHERE ct.relname = $1
AND ci.relname = $2
AND pg_catalog.pg_table_is_visible(ct.oid)
ORDER BY s.i
);
$$ LANGUAGE sql;
CREATE OR REPLACE FUNCTION _have_index( NAME, NAME, NAME)
RETURNS BOOLEAN AS $$
SELECT EXISTS (
SELECT TRUE
FROM pg_catalog.pg_index x
JOIN pg_catalog.pg_class ct ON ct.oid = x.indrelid
JOIN pg_catalog.pg_class ci ON ci.oid = x.indexrelid
JOIN pg_catalog.pg_namespace n ON n.oid = ct.relnamespace
WHERE n.nspname = $1
AND ct.relname = $2
AND ci.relname = $3
);
$$ LANGUAGE sql;
CREATE OR REPLACE FUNCTION _have_index( NAME, NAME)
RETURNS BOOLEAN AS $$
SELECT EXISTS (
SELECT TRUE
FROM pg_catalog.pg_index x
JOIN pg_catalog.pg_class ct ON ct.oid = x.indrelid
JOIN pg_catalog.pg_class ci ON ci.oid = x.indexrelid
WHERE ct.relname = $1
AND ci.relname = $2
AND pg_catalog.pg_table_is_visible(ct.oid)
);
$$ LANGUAGE sql;
-- has_index( schema, table, index, columns[], description )
CREATE OR REPLACE FUNCTION has_index ( NAME, NAME, NAME, NAME[], text )
RETURNS TEXT AS $$
DECLARE
index_cols name[];
BEGIN
index_cols := _ikeys($1, $2, $3 );
IF index_cols IS NULL OR index_cols = '{}'::name[] THEN
RETURN ok( false, $5 ) || E'\n'
|| diag( 'Index ' || quote_ident($3) || ' ON ' || quote_ident($1) || '.' || quote_ident($2) || ' not found');
END IF;
RETURN is(
quote_ident($3) || ' ON ' || quote_ident($1) || '.' || quote_ident($2) || '(' || array_to_string( index_cols, ', ' ) || ')',
quote_ident($3) || ' ON ' || quote_ident($1) || '.' || quote_ident($2) || '(' || array_to_string( $4, ', ' ) || ')',
$5
);
END;
$$ LANGUAGE plpgsql;
-- has_index( schema, table, index, columns[] )
CREATE OR REPLACE FUNCTION has_index ( NAME, NAME, NAME, NAME[] )
RETURNS TEXT AS $$
SELECT has_index( $1, $2, $3, $4, 'Index ' || quote_ident($3) || ' should exist' );
$$ LANGUAGE sql;
-- has_index( schema, table, index, column, description )
CREATE OR REPLACE FUNCTION has_index ( NAME, NAME, NAME, NAME, text )
RETURNS TEXT AS $$
SELECT has_index( $1, $2, $3, ARRAY[$4], $5 );
$$ LANGUAGE sql;
-- has_index( schema, table, index, column )
CREATE OR REPLACE FUNCTION has_index ( NAME, NAME, NAME, NAME )
RETURNS TEXT AS $$
SELECT has_index( $1, $2, $3, $4, 'Index ' || quote_ident($3) || ' should exist' );
$$ LANGUAGE sql;
-- has_index( table, index, columns[], description )
CREATE OR REPLACE FUNCTION has_index ( NAME, NAME, NAME[], text )
RETURNS TEXT AS $$
DECLARE
index_cols name[];
BEGIN
index_cols := _ikeys($1, $2 );
IF index_cols IS NULL OR index_cols = '{}'::name[] THEN
RETURN ok( false, $4 ) || E'\n'
|| diag( 'Index ' || quote_ident($2) || ' ON ' || quote_ident($1) || ' not found');
END IF;
RETURN is(
quote_ident($2) || ' ON ' || quote_ident($1) || '(' || array_to_string( index_cols, ', ' ) || ')',
quote_ident($2) || ' ON ' || quote_ident($1) || '(' || array_to_string( $3, ', ' ) || ')',
$4
);
END;
$$ LANGUAGE plpgsql;
-- has_index( table, index, columns[] )
CREATE OR REPLACE FUNCTION has_index ( NAME, NAME, NAME[] )
RETURNS TEXT AS $$
SELECT has_index( $1, $2, $3, 'Index ' || quote_ident($2) || ' should exist' );
$$ LANGUAGE sql;
-- _is_schema( schema )
CREATE OR REPLACE FUNCTION _is_schema( NAME )
returns boolean AS $$
SELECT EXISTS(
SELECT true
FROM pg_catalog.pg_namespace
WHERE nspname = $1
);
$$ LANGUAGE sql;
-- has_index( table, index, column/expression, description )
-- has_index( schema, table, index, column/expression )
CREATE OR REPLACE FUNCTION has_index ( NAME, NAME, NAME, text )
RETURNS TEXT AS $$
SELECT CASE WHEN _is_schema( $1 ) THEN
-- Looking for schema.table index.
ok ( _have_index( $1, $2, $3 ), $4)
ELSE
-- Looking for particular columns.
has_index( $1, $2, ARRAY[$3], $4 )
END;
$$ LANGUAGE sql;
-- has_index( table, index, column/expression )
-- has_index( schema, table, index )
CREATE OR REPLACE FUNCTION has_index ( NAME, NAME, NAME )
RETURNS TEXT AS $$
BEGIN
IF _is_schema($1) THEN
-- ( schema, table, index )
RETURN ok( _have_index( $1, $2, $3 ), 'Index ' || quote_ident($3) || ' should exist' );
ELSE
-- ( table, index, column/expression )
RETURN has_index( $1, $2, $3, 'Index ' || quote_ident($2) || ' should exist' );
END IF;
END;
$$ LANGUAGE plpgsql;
-- has_index( table, index, description )
CREATE OR REPLACE FUNCTION has_index ( NAME, NAME, text )
RETURNS TEXT AS $$
SELECT CASE WHEN $3 LIKE '%(%'
THEN has_index( $1, $2, $3::name )
ELSE ok( _have_index( $1, $2 ), $3 )
END;
$$ LANGUAGE sql;
-- has_index( table, index )
CREATE OR REPLACE FUNCTION has_index ( NAME, NAME )
RETURNS TEXT AS $$
SELECT ok( _have_index( $1, $2 ), 'Index ' || quote_ident($2) || ' should exist' );
$$ LANGUAGE sql;
-- hasnt_index( schema, table, index, description )
CREATE OR REPLACE FUNCTION hasnt_index ( NAME, NAME, NAME, TEXT )
RETURNS TEXT AS $$
BEGIN
RETURN ok( NOT _have_index( $1, $2, $3 ), $4 );
END;
$$ LANGUAGE plpgSQL;
-- hasnt_index( schema, table, index )
CREATE OR REPLACE FUNCTION hasnt_index ( NAME, NAME, NAME )
RETURNS TEXT AS $$
SELECT ok(
NOT _have_index( $1, $2, $3 ),
'Index ' || quote_ident($3) || ' should not exist'
);
$$ LANGUAGE SQL;
-- hasnt_index( table, index, description )
CREATE OR REPLACE FUNCTION hasnt_index ( NAME, NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( NOT _have_index( $1, $2 ), $3 );
$$ LANGUAGE SQL;
-- hasnt_index( table, index )
CREATE OR REPLACE FUNCTION hasnt_index ( NAME, NAME )
RETURNS TEXT AS $$
SELECT ok(
NOT _have_index( $1, $2 ),
'Index ' || quote_ident($2) || ' should not exist'
);
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION _is_indexed( NAME, NAME, TEXT[] )
RETURNS BOOL AS $$
SELECT EXISTS( SELECT TRUE FROM (
SELECT _ikeys(coalesce($1, n.nspname), $2, ci.relname) AS cols
FROM pg_catalog.pg_index x
JOIN pg_catalog.pg_class ct ON ct.oid = x.indrelid
JOIN pg_catalog.pg_class ci ON ci.oid = x.indexrelid
JOIN pg_catalog.pg_namespace n ON n.oid = ct.relnamespace
WHERE ($1 IS NULL OR n.nspname = $1)
AND ct.relname = $2
) icols
WHERE cols = $3 )
$$ LANGUAGE sql;
-- is_indexed( schema, table, columns[], description )
CREATE OR REPLACE FUNCTION is_indexed ( NAME, NAME, NAME[], TEXT )
RETURNS TEXT AS $$
SELECT ok( _is_indexed($1, $2, $3), $4 );
$$ LANGUAGE sql;
-- is_indexed( schema, table, columns[] )
CREATE OR REPLACE FUNCTION is_indexed ( NAME, NAME, NAME[] )
RETURNS TEXT AS $$
SELECT ok(
_is_indexed($1, $2, $3),
'Should have an index on ' || quote_ident($1) || '.' || quote_ident($2) || '(' || array_to_string( $3, ', ' ) || ')'
);
$$ LANGUAGE sql;
-- is_indexed( table, columns[], description )
CREATE OR REPLACE FUNCTION is_indexed ( NAME, NAME[], TEXT )
RETURNS TEXT AS $$
SELECT ok( _is_indexed(NULL, $1, $2), $3 );
$$ LANGUAGE sql;
-- is_indexed( table, columns[] )
CREATE OR REPLACE FUNCTION is_indexed ( NAME, NAME[] )
RETURNS TEXT AS $$
SELECT ok(
_is_indexed(NULL, $1, $2),
'Should have an index on ' || quote_ident($1) || '(' || array_to_string( $2, ', ' ) || ')'
);
$$ LANGUAGE sql;
-- is_indexed( schema, table, column, description )
CREATE OR REPLACE FUNCTION is_indexed ( NAME, NAME, NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok ( _is_indexed( $1, $2, ARRAY[$3]::NAME[]), $4);
$$ LANGUAGE sql;
-- is_indexed( schema, table, column )
-- is_indexed( table, column, description )
CREATE OR REPLACE FUNCTION is_indexed ( NAME, NAME, NAME )
RETURNS TEXT AS $$
SELECT CASE WHEN _is_schema( $1 ) THEN
-- Looking for schema.table index.
is_indexed( $1, $2, ARRAY[$3]::NAME[] )
ELSE
-- Looking for particular columns.
is_indexed( $1, ARRAY[$2]::NAME[], $3 )
END;
$$ LANGUAGE sql;
-- is_indexed( table, column )
CREATE OR REPLACE FUNCTION is_indexed ( NAME, NAME )
RETURNS TEXT AS $$
SELECT ok ( _is_indexed( NULL, $1, ARRAY[$2]::NAME[]) );
$$ LANGUAGE sql;
-- index_is_unique( schema, table, index, description )
CREATE OR REPLACE FUNCTION index_is_unique ( NAME, NAME, NAME, text )
RETURNS TEXT AS $$
DECLARE
res boolean;
BEGIN
SELECT x.indisunique
FROM pg_catalog.pg_index x
JOIN pg_catalog.pg_class ct ON ct.oid = x.indrelid
JOIN pg_catalog.pg_class ci ON ci.oid = x.indexrelid
JOIN pg_catalog.pg_namespace n ON n.oid = ct.relnamespace
WHERE ct.relname = $2
AND ci.relname = $3
AND n.nspname = $1
INTO res;
RETURN ok( COALESCE(res, false), $4 );
END;
$$ LANGUAGE plpgsql;
-- index_is_unique( schema, table, index )
CREATE OR REPLACE FUNCTION index_is_unique ( NAME, NAME, NAME )
RETURNS TEXT AS $$
SELECT index_is_unique(
$1, $2, $3,
'Index ' || quote_ident($3) || ' should be unique'
);
$$ LANGUAGE sql;
-- index_is_unique( table, index )
CREATE OR REPLACE FUNCTION index_is_unique ( NAME, NAME )
RETURNS TEXT AS $$
DECLARE
res boolean;
BEGIN
SELECT x.indisunique
FROM pg_catalog.pg_index x
JOIN pg_catalog.pg_class ct ON ct.oid = x.indrelid
JOIN pg_catalog.pg_class ci ON ci.oid = x.indexrelid
WHERE ct.relname = $1
AND ci.relname = $2
AND pg_catalog.pg_table_is_visible(ct.oid)
INTO res;
RETURN ok(
COALESCE(res, false),
'Index ' || quote_ident($2) || ' should be unique'
);
END;
$$ LANGUAGE plpgsql;
-- index_is_unique( index )
CREATE OR REPLACE FUNCTION index_is_unique ( NAME )
RETURNS TEXT AS $$
DECLARE
res boolean;
BEGIN
SELECT x.indisunique
FROM pg_catalog.pg_index x
JOIN pg_catalog.pg_class ci ON ci.oid = x.indexrelid
JOIN pg_catalog.pg_class ct ON ct.oid = x.indrelid
WHERE ci.relname = $1
AND pg_catalog.pg_table_is_visible(ct.oid)
INTO res;
RETURN ok(
COALESCE(res, false),
'Index ' || quote_ident($1) || ' should be unique'
);
END;
$$ LANGUAGE plpgsql;
-- index_is_primary( schema, table, index, description )
CREATE OR REPLACE FUNCTION index_is_primary ( NAME, NAME, NAME, text )
RETURNS TEXT AS $$
DECLARE
res boolean;
BEGIN
SELECT x.indisprimary
FROM pg_catalog.pg_index x
JOIN pg_catalog.pg_class ct ON ct.oid = x.indrelid
JOIN pg_catalog.pg_class ci ON ci.oid = x.indexrelid
JOIN pg_catalog.pg_namespace n ON n.oid = ct.relnamespace
WHERE ct.relname = $2
AND ci.relname = $3
AND n.nspname = $1
INTO res;
RETURN ok( COALESCE(res, false), $4 );
END;
$$ LANGUAGE plpgsql;
-- index_is_primary( schema, table, index )
CREATE OR REPLACE FUNCTION index_is_primary ( NAME, NAME, NAME )
RETURNS TEXT AS $$
SELECT index_is_primary(
$1, $2, $3,
'Index ' || quote_ident($3) || ' should be on a primary key'
);
$$ LANGUAGE sql;
-- index_is_primary( table, index )
CREATE OR REPLACE FUNCTION index_is_primary ( NAME, NAME )
RETURNS TEXT AS $$
DECLARE
res boolean;
BEGIN
SELECT x.indisprimary
FROM pg_catalog.pg_index x
JOIN pg_catalog.pg_class ct ON ct.oid = x.indrelid
JOIN pg_catalog.pg_class ci ON ci.oid = x.indexrelid
WHERE ct.relname = $1
AND ci.relname = $2
AND pg_catalog.pg_table_is_visible(ct.oid)
INTO res;
RETURN ok(
COALESCE(res, false),
'Index ' || quote_ident($2) || ' should be on a primary key'
);
END;
$$ LANGUAGE plpgsql;
-- index_is_primary( index )
CREATE OR REPLACE FUNCTION index_is_primary ( NAME )
RETURNS TEXT AS $$
DECLARE
res boolean;
BEGIN
SELECT x.indisprimary
FROM pg_catalog.pg_index x
JOIN pg_catalog.pg_class ci ON ci.oid = x.indexrelid
JOIN pg_catalog.pg_class ct ON ct.oid = x.indrelid
WHERE ci.relname = $1
AND pg_catalog.pg_table_is_visible(ct.oid)
INTO res;
RETURN ok(
COALESCE(res, false),
'Index ' || quote_ident($1) || ' should be on a primary key'
);
END;
$$ LANGUAGE plpgsql;
-- is_clustered( schema, table, index, description )
CREATE OR REPLACE FUNCTION is_clustered ( NAME, NAME, NAME, text )
RETURNS TEXT AS $$
DECLARE
res boolean;
BEGIN
SELECT x.indisclustered
FROM pg_catalog.pg_index x
JOIN pg_catalog.pg_class ct ON ct.oid = x.indrelid
JOIN pg_catalog.pg_class ci ON ci.oid = x.indexrelid
JOIN pg_catalog.pg_namespace n ON n.oid = ct.relnamespace
WHERE ct.relname = $2
AND ci.relname = $3
AND n.nspname = $1
INTO res;
RETURN ok( COALESCE(res, false), $4 );
END;
$$ LANGUAGE plpgsql;
-- is_clustered( schema, table, index )
CREATE OR REPLACE FUNCTION is_clustered ( NAME, NAME, NAME )
RETURNS TEXT AS $$
SELECT is_clustered(
$1, $2, $3,
'Table ' || quote_ident($1) || '.' || quote_ident($2) ||
' should be clustered on index ' || quote_ident($3)
);
$$ LANGUAGE sql;
-- is_clustered( table, index )
CREATE OR REPLACE FUNCTION is_clustered ( NAME, NAME )
RETURNS TEXT AS $$
DECLARE
res boolean;
BEGIN
SELECT x.indisclustered
FROM pg_catalog.pg_index x
JOIN pg_catalog.pg_class ct ON ct.oid = x.indrelid
JOIN pg_catalog.pg_class ci ON ci.oid = x.indexrelid
WHERE ct.relname = $1
AND ci.relname = $2
INTO res;
RETURN ok(
COALESCE(res, false),
'Table ' || quote_ident($1) || ' should be clustered on index ' || quote_ident($2)
);
END;
$$ LANGUAGE plpgsql;
-- is_clustered( index )
CREATE OR REPLACE FUNCTION is_clustered ( NAME )
RETURNS TEXT AS $$
DECLARE
res boolean;
BEGIN
SELECT x.indisclustered
FROM pg_catalog.pg_index x
JOIN pg_catalog.pg_class ci ON ci.oid = x.indexrelid
WHERE ci.relname = $1
INTO res;
RETURN ok(
COALESCE(res, false),
'Table should be clustered on index ' || quote_ident($1)
);
END;
$$ LANGUAGE plpgsql;
-- index_is_type( schema, table, index, type, description )
CREATE OR REPLACE FUNCTION index_is_type ( NAME, NAME, NAME, NAME, text )
RETURNS TEXT AS $$
DECLARE
aname name;
BEGIN
SELECT am.amname
FROM pg_catalog.pg_index x
JOIN pg_catalog.pg_class ct ON ct.oid = x.indrelid
JOIN pg_catalog.pg_class ci ON ci.oid = x.indexrelid
JOIN pg_catalog.pg_namespace n ON n.oid = ct.relnamespace
JOIN pg_catalog.pg_am am ON ci.relam = am.oid
WHERE ct.relname = $2
AND ci.relname = $3
AND n.nspname = $1
INTO aname;
return is( aname, $4, $5 );
END;
$$ LANGUAGE plpgsql;
-- index_is_type( schema, table, index, type )
CREATE OR REPLACE FUNCTION index_is_type ( NAME, NAME, NAME, NAME )
RETURNS TEXT AS $$
SELECT index_is_type(
$1, $2, $3, $4,
'Index ' || quote_ident($3) || ' should be a ' || quote_ident($4) || ' index'
);
$$ LANGUAGE SQL;
-- index_is_type( table, index, type )
CREATE OR REPLACE FUNCTION index_is_type ( NAME, NAME, NAME )
RETURNS TEXT AS $$
DECLARE
aname name;
BEGIN
SELECT am.amname
FROM pg_catalog.pg_index x
JOIN pg_catalog.pg_class ct ON ct.oid = x.indrelid
JOIN pg_catalog.pg_class ci ON ci.oid = x.indexrelid
JOIN pg_catalog.pg_am am ON ci.relam = am.oid
WHERE ct.relname = $1
AND ci.relname = $2
INTO aname;
return is(
aname, $3,
'Index ' || quote_ident($2) || ' should be a ' || quote_ident($3) || ' index'
);
END;
$$ LANGUAGE plpgsql;
-- index_is_type( index, type )
CREATE OR REPLACE FUNCTION index_is_type ( NAME, NAME )
RETURNS TEXT AS $$
DECLARE
aname name;
BEGIN
SELECT am.amname
FROM pg_catalog.pg_index x
JOIN pg_catalog.pg_class ci ON ci.oid = x.indexrelid
JOIN pg_catalog.pg_am am ON ci.relam = am.oid
WHERE ci.relname = $1
INTO aname;
return is(
aname, $2,
'Index ' || quote_ident($1) || ' should be a ' || quote_ident($2) || ' index'
);
END;
$$ LANGUAGE plpgsql;
CREATE OR REPLACE FUNCTION _trig ( NAME, NAME, NAME )
RETURNS BOOLEAN AS $$
SELECT EXISTS(
SELECT true
FROM pg_catalog.pg_trigger t
JOIN pg_catalog.pg_class c ON c.oid = t.tgrelid
JOIN pg_catalog.pg_namespace n ON n.oid = c.relnamespace
WHERE n.nspname = $1
AND c.relname = $2
AND t.tgname = $3
);
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION _trig ( NAME, NAME )
RETURNS BOOLEAN AS $$
SELECT EXISTS(
SELECT true
FROM pg_catalog.pg_trigger t
JOIN pg_catalog.pg_class c ON c.oid = t.tgrelid
WHERE c.relname = $1
AND t.tgname = $2
AND pg_catalog.pg_table_is_visible(c.oid)
);
$$ LANGUAGE SQL;
-- has_trigger( schema, table, trigger, description )
CREATE OR REPLACE FUNCTION has_trigger ( NAME, NAME, NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( _trig($1, $2, $3), $4);
$$ LANGUAGE SQL;
-- has_trigger( schema, table, trigger )
CREATE OR REPLACE FUNCTION has_trigger ( NAME, NAME, NAME )
RETURNS TEXT AS $$
SELECT has_trigger(
$1, $2, $3,
'Table ' || quote_ident($1) || '.' || quote_ident($2) || ' should have trigger ' || quote_ident($3)
);
$$ LANGUAGE sql;
-- has_trigger( table, trigger, description )
CREATE OR REPLACE FUNCTION has_trigger ( NAME, NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( _trig($1, $2), $3);
$$ LANGUAGE sql;
-- has_trigger( table, trigger )
CREATE OR REPLACE FUNCTION has_trigger ( NAME, NAME )
RETURNS TEXT AS $$
SELECT ok( _trig($1, $2), 'Table ' || quote_ident($1) || ' should have trigger ' || quote_ident($2));
$$ LANGUAGE SQL;
-- hasnt_trigger( schema, table, trigger, description )
CREATE OR REPLACE FUNCTION hasnt_trigger ( NAME, NAME, NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( NOT _trig($1, $2, $3), $4);
$$ LANGUAGE SQL;
-- hasnt_trigger( schema, table, trigger )
CREATE OR REPLACE FUNCTION hasnt_trigger ( NAME, NAME, NAME )
RETURNS TEXT AS $$
SELECT ok(
NOT _trig($1, $2, $3),
'Table ' || quote_ident($1) || '.' || quote_ident($2) || ' should not have trigger ' || quote_ident($3)
);
$$ LANGUAGE sql;
-- hasnt_trigger( table, trigger, description )
CREATE OR REPLACE FUNCTION hasnt_trigger ( NAME, NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( NOT _trig($1, $2), $3);
$$ LANGUAGE sql;
-- hasnt_trigger( table, trigger )
CREATE OR REPLACE FUNCTION hasnt_trigger ( NAME, NAME )
RETURNS TEXT AS $$
SELECT ok( NOT _trig($1, $2), 'Table ' || quote_ident($1) || ' should not have trigger ' || quote_ident($2));
$$ LANGUAGE SQL;
-- trigger_is( schema, table, trigger, schema, function, description )
CREATE OR REPLACE FUNCTION trigger_is ( NAME, NAME, NAME, NAME, NAME, text )
RETURNS TEXT AS $$
DECLARE
pname text;
BEGIN
SELECT quote_ident(ni.nspname) || '.' || quote_ident(p.proname)
FROM pg_catalog.pg_trigger t
JOIN pg_catalog.pg_class ct ON ct.oid = t.tgrelid
JOIN pg_catalog.pg_namespace nt ON nt.oid = ct.relnamespace
JOIN pg_catalog.pg_proc p ON p.oid = t.tgfoid
JOIN pg_catalog.pg_namespace ni ON ni.oid = p.pronamespace
WHERE nt.nspname = $1
AND ct.relname = $2
AND t.tgname = $3
INTO pname;
RETURN is( pname, quote_ident($4) || '.' || quote_ident($5), $6 );
END;
$$ LANGUAGE plpgsql;
-- trigger_is( schema, table, trigger, schema, function )
CREATE OR REPLACE FUNCTION trigger_is ( NAME, NAME, NAME, NAME, NAME )
RETURNS TEXT AS $$
SELECT trigger_is(
$1, $2, $3, $4, $5,
'Trigger ' || quote_ident($3) || ' should call ' || quote_ident($4) || '.' || quote_ident($5) || '()'
);
$$ LANGUAGE sql;
-- trigger_is( table, trigger, function, description )
CREATE OR REPLACE FUNCTION trigger_is ( NAME, NAME, NAME, text )
RETURNS TEXT AS $$
DECLARE
pname text;
BEGIN
SELECT p.proname
FROM pg_catalog.pg_trigger t
JOIN pg_catalog.pg_class ct ON ct.oid = t.tgrelid
JOIN pg_catalog.pg_proc p ON p.oid = t.tgfoid
WHERE ct.relname = $1
AND t.tgname = $2
AND pg_catalog.pg_table_is_visible(ct.oid)
INTO pname;
RETURN is( pname, $3::text, $4 );
END;
$$ LANGUAGE plpgsql;
-- trigger_is( table, trigger, function )
CREATE OR REPLACE FUNCTION trigger_is ( NAME, NAME, NAME )
RETURNS TEXT AS $$
SELECT trigger_is(
$1, $2, $3,
'Trigger ' || quote_ident($2) || ' should call ' || quote_ident($3) || '()'
);
$$ LANGUAGE sql;
-- has_schema( schema, description )
CREATE OR REPLACE FUNCTION has_schema( NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok(
EXISTS(
SELECT true
FROM pg_catalog.pg_namespace
WHERE nspname = $1
), $2
);
$$ LANGUAGE sql;
-- has_schema( schema )
CREATE OR REPLACE FUNCTION has_schema( NAME )
RETURNS TEXT AS $$
SELECT has_schema( $1, 'Schema ' || quote_ident($1) || ' should exist' );
$$ LANGUAGE sql;
-- hasnt_schema( schema, description )
CREATE OR REPLACE FUNCTION hasnt_schema( NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok(
NOT EXISTS(
SELECT true
FROM pg_catalog.pg_namespace
WHERE nspname = $1
), $2
);
$$ LANGUAGE sql;
-- hasnt_schema( schema )
CREATE OR REPLACE FUNCTION hasnt_schema( NAME )
RETURNS TEXT AS $$
SELECT hasnt_schema( $1, 'Schema ' || quote_ident($1) || ' should not exist' );
$$ LANGUAGE sql;
-- has_tablespace( tablespace, location, description )
CREATE OR REPLACE FUNCTION has_tablespace( NAME, TEXT, TEXT )
RETURNS TEXT AS $$
BEGIN
IF pg_version_num() >= 90200 THEN
RETURN ok(
EXISTS(
SELECT true
FROM pg_catalog.pg_tablespace
WHERE spcname = $1
AND pg_tablespace_location(oid) = $2
), $3
);
ELSE
RETURN ok(
EXISTS(
SELECT true
FROM pg_catalog.pg_tablespace
WHERE spcname = $1
AND spclocation = $2
), $3
);
END IF;
END;
$$ LANGUAGE plpgsql;
-- has_tablespace( tablespace, description )
CREATE OR REPLACE FUNCTION has_tablespace( NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok(
EXISTS(
SELECT true
FROM pg_catalog.pg_tablespace
WHERE spcname = $1
), $2
);
$$ LANGUAGE sql;
-- has_tablespace( tablespace )
CREATE OR REPLACE FUNCTION has_tablespace( NAME )
RETURNS TEXT AS $$
SELECT has_tablespace( $1, 'Tablespace ' || quote_ident($1) || ' should exist' );
$$ LANGUAGE sql;
-- hasnt_tablespace( tablespace, description )
CREATE OR REPLACE FUNCTION hasnt_tablespace( NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok(
NOT EXISTS(
SELECT true
FROM pg_catalog.pg_tablespace
WHERE spcname = $1
), $2
);
$$ LANGUAGE sql;
-- hasnt_tablespace( tablespace )
CREATE OR REPLACE FUNCTION hasnt_tablespace( NAME )
RETURNS TEXT AS $$
SELECT hasnt_tablespace( $1, 'Tablespace ' || quote_ident($1) || ' should not exist' );
$$ LANGUAGE sql;
CREATE OR REPLACE FUNCTION _has_type( NAME, NAME, CHAR[] )
RETURNS BOOLEAN AS $$
SELECT EXISTS(
SELECT true
FROM pg_catalog.pg_type t
JOIN pg_catalog.pg_namespace n ON t.typnamespace = n.oid
WHERE t.typisdefined
AND n.nspname = $1
AND t.typname = $2
AND t.typtype = ANY( COALESCE($3, ARRAY['b', 'c', 'd', 'p', 'e']) )
);
$$ LANGUAGE sql;
CREATE OR REPLACE FUNCTION _has_type( NAME, CHAR[] )
RETURNS BOOLEAN AS $$
SELECT EXISTS(
SELECT true
FROM pg_catalog.pg_type t
WHERE t.typisdefined
AND pg_catalog.pg_type_is_visible(t.oid)
AND t.typname = $1
AND t.typtype = ANY( COALESCE($2, ARRAY['b', 'c', 'd', 'p', 'e']) )
);
$$ LANGUAGE sql;
-- has_type( schema, type, description )
CREATE OR REPLACE FUNCTION has_type( NAME, NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( _has_type( $1, $2, NULL ), $3 );
$$ LANGUAGE sql;
-- has_type( schema, type )
CREATE OR REPLACE FUNCTION has_type( NAME, NAME )
RETURNS TEXT AS $$
SELECT has_type( $1, $2, 'Type ' || quote_ident($1) || '.' || quote_ident($2) || ' should exist' );
$$ LANGUAGE sql;
-- has_type( type, description )
CREATE OR REPLACE FUNCTION has_type( NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( _has_type( $1, NULL ), $2 );
$$ LANGUAGE sql;
-- has_type( type )
CREATE OR REPLACE FUNCTION has_type( NAME )
RETURNS TEXT AS $$
SELECT ok( _has_type( $1, NULL ), ('Type ' || quote_ident($1) || ' should exist')::text );
$$ LANGUAGE sql;
-- hasnt_type( schema, type, description )
CREATE OR REPLACE FUNCTION hasnt_type( NAME, NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( NOT _has_type( $1, $2, NULL ), $3 );
$$ LANGUAGE sql;
-- hasnt_type( schema, type )
CREATE OR REPLACE FUNCTION hasnt_type( NAME, NAME )
RETURNS TEXT AS $$
SELECT hasnt_type( $1, $2, 'Type ' || quote_ident($1) || '.' || quote_ident($2) || ' should not exist' );
$$ LANGUAGE sql;
-- hasnt_type( type, description )
CREATE OR REPLACE FUNCTION hasnt_type( NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( NOT _has_type( $1, NULL ), $2 );
$$ LANGUAGE sql;
-- hasnt_type( type )
CREATE OR REPLACE FUNCTION hasnt_type( NAME )
RETURNS TEXT AS $$
SELECT ok( NOT _has_type( $1, NULL ), ('Type ' || quote_ident($1) || ' should not exist')::text );
$$ LANGUAGE sql;
-- has_domain( schema, domain, description )
CREATE OR REPLACE FUNCTION has_domain( NAME, NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( _has_type( $1, $2, ARRAY['d'] ), $3 );
$$ LANGUAGE sql;
-- has_domain( schema, domain )
CREATE OR REPLACE FUNCTION has_domain( NAME, NAME )
RETURNS TEXT AS $$
SELECT has_domain( $1, $2, 'Domain ' || quote_ident($1) || '.' || quote_ident($2) || ' should exist' );
$$ LANGUAGE sql;
-- has_domain( domain, description )
CREATE OR REPLACE FUNCTION has_domain( NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( _has_type( $1, ARRAY['d'] ), $2 );
$$ LANGUAGE sql;
-- has_domain( domain )
CREATE OR REPLACE FUNCTION has_domain( NAME )
RETURNS TEXT AS $$
SELECT ok( _has_type( $1, ARRAY['d'] ), ('Domain ' || quote_ident($1) || ' should exist')::text );
$$ LANGUAGE sql;
-- hasnt_domain( schema, domain, description )
CREATE OR REPLACE FUNCTION hasnt_domain( NAME, NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( NOT _has_type( $1, $2, ARRAY['d'] ), $3 );
$$ LANGUAGE sql;
-- hasnt_domain( schema, domain )
CREATE OR REPLACE FUNCTION hasnt_domain( NAME, NAME )
RETURNS TEXT AS $$
SELECT hasnt_domain( $1, $2, 'Domain ' || quote_ident($1) || '.' || quote_ident($2) || ' should not exist' );
$$ LANGUAGE sql;
-- hasnt_domain( domain, description )
CREATE OR REPLACE FUNCTION hasnt_domain( NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( NOT _has_type( $1, ARRAY['d'] ), $2 );
$$ LANGUAGE sql;
-- hasnt_domain( domain )
CREATE OR REPLACE FUNCTION hasnt_domain( NAME )
RETURNS TEXT AS $$
SELECT ok( NOT _has_type( $1, ARRAY['d'] ), ('Domain ' || quote_ident($1) || ' should not exist')::text );
$$ LANGUAGE sql;
-- has_enum( schema, enum, description )
CREATE OR REPLACE FUNCTION has_enum( NAME, NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( _has_type( $1, $2, ARRAY['e'] ), $3 );
$$ LANGUAGE sql;
-- has_enum( schema, enum )
CREATE OR REPLACE FUNCTION has_enum( NAME, NAME )
RETURNS TEXT AS $$
SELECT has_enum( $1, $2, 'Enum ' || quote_ident($1) || '.' || quote_ident($2) || ' should exist' );
$$ LANGUAGE sql;
-- has_enum( enum, description )
CREATE OR REPLACE FUNCTION has_enum( NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( _has_type( $1, ARRAY['e'] ), $2 );
$$ LANGUAGE sql;
-- has_enum( enum )
CREATE OR REPLACE FUNCTION has_enum( NAME )
RETURNS TEXT AS $$
SELECT ok( _has_type( $1, ARRAY['e'] ), ('Enum ' || quote_ident($1) || ' should exist')::text );
$$ LANGUAGE sql;
-- hasnt_enum( schema, enum, description )
CREATE OR REPLACE FUNCTION hasnt_enum( NAME, NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( NOT _has_type( $1, $2, ARRAY['e'] ), $3 );
$$ LANGUAGE sql;
-- hasnt_enum( schema, enum )
CREATE OR REPLACE FUNCTION hasnt_enum( NAME, NAME )
RETURNS TEXT AS $$
SELECT hasnt_enum( $1, $2, 'Enum ' || quote_ident($1) || '.' || quote_ident($2) || ' should not exist' );
$$ LANGUAGE sql;
-- hasnt_enum( enum, description )
CREATE OR REPLACE FUNCTION hasnt_enum( NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( NOT _has_type( $1, ARRAY['e'] ), $2 );
$$ LANGUAGE sql;
-- hasnt_enum( enum )
CREATE OR REPLACE FUNCTION hasnt_enum( NAME )
RETURNS TEXT AS $$
SELECT ok( NOT _has_type( $1, ARRAY['e'] ), ('Enum ' || quote_ident($1) || ' should not exist')::text );
$$ LANGUAGE sql;
-- enum_has_labels( schema, enum, labels, description )
CREATE OR REPLACE FUNCTION enum_has_labels( NAME, NAME, NAME[], TEXT )
RETURNS TEXT AS $$
SELECT is(
ARRAY(
SELECT e.enumlabel
FROM pg_catalog.pg_type t
JOIN pg_catalog.pg_enum e ON t.oid = e.enumtypid
JOIN pg_catalog.pg_namespace n ON t.typnamespace = n.oid
WHERE t.typisdefined
AND n.nspname = $1
AND t.typname = $2
AND t.typtype = 'e'
ORDER BY e.enumsortorder
),
$3,
$4
);
$$ LANGUAGE sql;
-- enum_has_labels( schema, enum, labels )
CREATE OR REPLACE FUNCTION enum_has_labels( NAME, NAME, NAME[] )
RETURNS TEXT AS $$
SELECT enum_has_labels(
$1, $2, $3,
'Enum ' || quote_ident($1) || '.' || quote_ident($2) || ' should have labels (' || array_to_string( $3, ', ' ) || ')'
);
$$ LANGUAGE sql;
-- enum_has_labels( enum, labels, description )
CREATE OR REPLACE FUNCTION enum_has_labels( NAME, NAME[], TEXT )
RETURNS TEXT AS $$
SELECT is(
ARRAY(
SELECT e.enumlabel
FROM pg_catalog.pg_type t
JOIN pg_catalog.pg_enum e ON t.oid = e.enumtypid
WHERE t.typisdefined
AND pg_catalog.pg_type_is_visible(t.oid)
AND t.typname = $1
AND t.typtype = 'e'
ORDER BY e.enumsortorder
),
$2,
$3
);
$$ LANGUAGE sql;
-- enum_has_labels( enum, labels )
CREATE OR REPLACE FUNCTION enum_has_labels( NAME, NAME[] )
RETURNS TEXT AS $$
SELECT enum_has_labels(
$1, $2,
'Enum ' || quote_ident($1) || ' should have labels (' || array_to_string( $2, ', ' ) || ')'
);
$$ LANGUAGE sql;
CREATE OR REPLACE FUNCTION _has_role( NAME )
RETURNS BOOLEAN AS $$
SELECT EXISTS(
SELECT true
FROM pg_catalog.pg_roles
WHERE rolname = $1
);
$$ LANGUAGE sql STRICT;
-- has_role( role, description )
CREATE OR REPLACE FUNCTION has_role( NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( _has_role($1), $2 );
$$ LANGUAGE sql;
-- has_role( role )
CREATE OR REPLACE FUNCTION has_role( NAME )
RETURNS TEXT AS $$
SELECT ok( _has_role($1), 'Role ' || quote_ident($1) || ' should exist' );
$$ LANGUAGE sql;
-- hasnt_role( role, description )
CREATE OR REPLACE FUNCTION hasnt_role( NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( NOT _has_role($1), $2 );
$$ LANGUAGE sql;
-- hasnt_role( role )
CREATE OR REPLACE FUNCTION hasnt_role( NAME )
RETURNS TEXT AS $$
SELECT ok( NOT _has_role($1), 'Role ' || quote_ident($1) || ' should not exist' );
$$ LANGUAGE sql;
CREATE OR REPLACE FUNCTION _has_user( NAME )
RETURNS BOOLEAN AS $$
SELECT EXISTS( SELECT true FROM pg_catalog.pg_user WHERE usename = $1);
$$ LANGUAGE sql STRICT;
-- has_user( user, description )
CREATE OR REPLACE FUNCTION has_user( NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( _has_user($1), $2 );
$$ LANGUAGE sql;
-- has_user( user )
CREATE OR REPLACE FUNCTION has_user( NAME )
RETURNS TEXT AS $$
SELECT ok( _has_user( $1 ), 'User ' || quote_ident($1) || ' should exist');
$$ LANGUAGE sql;
-- hasnt_user( user, description )
CREATE OR REPLACE FUNCTION hasnt_user( NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( NOT _has_user($1), $2 );
$$ LANGUAGE sql;
-- hasnt_user( user )
CREATE OR REPLACE FUNCTION hasnt_user( NAME )
RETURNS TEXT AS $$
SELECT ok( NOT _has_user( $1 ), 'User ' || quote_ident($1) || ' should not exist');
$$ LANGUAGE sql;
CREATE OR REPLACE FUNCTION _is_super( NAME )
RETURNS BOOLEAN AS $$
SELECT rolsuper
FROM pg_catalog.pg_roles
WHERE rolname = $1
$$ LANGUAGE sql STRICT;
-- is_superuser( user, description )
CREATE OR REPLACE FUNCTION is_superuser( NAME, TEXT )
RETURNS TEXT AS $$
DECLARE
is_super boolean := _is_super($1);
BEGIN
IF is_super IS NULL THEN
RETURN fail( $2 ) || E'\n' || diag( ' User ' || quote_ident($1) || ' does not exist') ;
END IF;
RETURN ok( is_super, $2 );
END;
$$ LANGUAGE plpgsql;
-- is_superuser( user )
CREATE OR REPLACE FUNCTION is_superuser( NAME )
RETURNS TEXT AS $$
SELECT is_superuser( $1, 'User ' || quote_ident($1) || ' should be a super user' );
$$ LANGUAGE sql;
-- isnt_superuser( user, description )
CREATE OR REPLACE FUNCTION isnt_superuser( NAME, TEXT )
RETURNS TEXT AS $$
DECLARE
is_super boolean := _is_super($1);
BEGIN
IF is_super IS NULL THEN
RETURN fail( $2 ) || E'\n' || diag( ' User ' || quote_ident($1) || ' does not exist') ;
END IF;
RETURN ok( NOT is_super, $2 );
END;
$$ LANGUAGE plpgsql;
-- isnt_superuser( user )
CREATE OR REPLACE FUNCTION isnt_superuser( NAME )
RETURNS TEXT AS $$
SELECT isnt_superuser( $1, 'User ' || quote_ident($1) || ' should not be a super user' );
$$ LANGUAGE sql;
CREATE OR REPLACE FUNCTION _has_group( NAME )
RETURNS BOOLEAN AS $$
SELECT EXISTS(
SELECT true
FROM pg_catalog.pg_group
WHERE groname = $1
);
$$ LANGUAGE sql STRICT;
-- has_group( group, description )
CREATE OR REPLACE FUNCTION has_group( NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( _has_group($1), $2 );
$$ LANGUAGE sql;
-- has_group( group )
CREATE OR REPLACE FUNCTION has_group( NAME )
RETURNS TEXT AS $$
SELECT ok( _has_group($1), 'Group ' || quote_ident($1) || ' should exist' );
$$ LANGUAGE sql;
-- hasnt_group( group, description )
CREATE OR REPLACE FUNCTION hasnt_group( NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( NOT _has_group($1), $2 );
$$ LANGUAGE sql;
-- hasnt_group( group )
CREATE OR REPLACE FUNCTION hasnt_group( NAME )
RETURNS TEXT AS $$
SELECT ok( NOT _has_group($1), 'Group ' || quote_ident($1) || ' should not exist' );
$$ LANGUAGE sql;
CREATE OR REPLACE FUNCTION _grolist ( NAME )
RETURNS oid[] AS $$
SELECT ARRAY(
SELECT member
FROM pg_catalog.pg_auth_members m
JOIN pg_catalog.pg_roles r ON m.roleid = r.oid
WHERE r.rolname = $1
);
$$ LANGUAGE sql;
-- is_member_of( role, members[], description )
CREATE OR REPLACE FUNCTION is_member_of( NAME, NAME[], TEXT )
RETURNS TEXT AS $$
DECLARE
missing text[];
BEGIN
IF NOT _has_role($1) THEN
RETURN fail( $3 ) || E'\n' || diag (
' Role ' || quote_ident($1) || ' does not exist'
);
END IF;
SELECT ARRAY(
SELECT quote_ident($2[i])
FROM generate_series(1, array_upper($2, 1)) s(i)
LEFT JOIN pg_catalog.pg_roles r ON rolname = $2[i]
WHERE r.oid IS NULL
OR NOT r.oid = ANY ( _grolist($1) )
ORDER BY s.i
) INTO missing;
IF missing[1] IS NULL THEN
RETURN ok( true, $3 );
END IF;
RETURN ok( false, $3 ) || E'\n' || diag(
' Members missing from the ' || quote_ident($1) || E' role:\n ' ||
array_to_string( missing, E'\n ')
);
END;
$$ LANGUAGE plpgsql;
-- is_member_of( role, member, description )
CREATE OR REPLACE FUNCTION is_member_of( NAME, NAME, TEXT )
RETURNS TEXT AS $$
SELECT is_member_of( $1, ARRAY[$2], $3 );
$$ LANGUAGE SQL;
-- is_member_of( role, members[] )
CREATE OR REPLACE FUNCTION is_member_of( NAME, NAME[] )
RETURNS TEXT AS $$
SELECT is_member_of( $1, $2, 'Should have members of role ' || quote_ident($1) );
$$ LANGUAGE SQL;
-- is_member_of( role, member )
CREATE OR REPLACE FUNCTION is_member_of( NAME, NAME )
RETURNS TEXT AS $$
SELECT is_member_of( $1, ARRAY[$2] );
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION _cmp_types(oid, name)
RETURNS BOOLEAN AS $$
DECLARE
dtype TEXT := pg_catalog.format_type($1, NULL);
BEGIN
RETURN dtype = _quote_ident_like($2, dtype);
END;
$$ LANGUAGE plpgsql;
CREATE OR REPLACE FUNCTION _cast_exists ( NAME, NAME, NAME, NAME )
RETURNS BOOLEAN AS $$
SELECT EXISTS (
SELECT TRUE
FROM pg_catalog.pg_cast c
JOIN pg_catalog.pg_proc p ON c.castfunc = p.oid
JOIN pg_catalog.pg_namespace n ON p.pronamespace = n.oid
WHERE _cmp_types(castsource, $1)
AND _cmp_types(casttarget, $2)
AND n.nspname = $3
AND p.proname = $4
);
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION _cast_exists ( NAME, NAME, NAME )
RETURNS BOOLEAN AS $$
SELECT EXISTS (
SELECT TRUE
FROM pg_catalog.pg_cast c
JOIN pg_catalog.pg_proc p ON c.castfunc = p.oid
WHERE _cmp_types(castsource, $1)
AND _cmp_types(casttarget, $2)
AND p.proname = $3
);
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION _cast_exists ( NAME, NAME )
RETURNS BOOLEAN AS $$
SELECT EXISTS (
SELECT TRUE
FROM pg_catalog.pg_cast c
WHERE _cmp_types(castsource, $1)
AND _cmp_types(casttarget, $2)
);
$$ LANGUAGE SQL;
-- has_cast( source_type, target_type, schema, function, description )
CREATE OR REPLACE FUNCTION has_cast ( NAME, NAME, NAME, NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( _cast_exists( $1, $2, $3, $4 ), $5 );
$$ LANGUAGE SQL;
-- has_cast( source_type, target_type, schema, function )
CREATE OR REPLACE FUNCTION has_cast ( NAME, NAME, NAME, NAME )
RETURNS TEXT AS $$
SELECT ok(
_cast_exists( $1, $2, $3, $4 ),
'Cast (' || quote_ident($1) || ' AS ' || quote_ident($2)
|| ') WITH FUNCTION ' || quote_ident($3)
|| '.' || quote_ident($4) || '() should exist'
);
$$ LANGUAGE SQL;
-- has_cast( source_type, target_type, function, description )
CREATE OR REPLACE FUNCTION has_cast ( NAME, NAME, NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( _cast_exists( $1, $2, $3 ), $4 );
$$ LANGUAGE SQL;
-- has_cast( source_type, target_type, function )
CREATE OR REPLACE FUNCTION has_cast ( NAME, NAME, NAME )
RETURNS TEXT AS $$
SELECT ok(
_cast_exists( $1, $2, $3 ),
'Cast (' || quote_ident($1) || ' AS ' || quote_ident($2)
|| ') WITH FUNCTION ' || quote_ident($3) || '() should exist'
);
$$ LANGUAGE SQL;
-- has_cast( source_type, target_type, description )
CREATE OR REPLACE FUNCTION has_cast ( NAME, NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( _cast_exists( $1, $2 ), $3 );
$$ LANGUAGE SQL;
-- has_cast( source_type, target_type )
CREATE OR REPLACE FUNCTION has_cast ( NAME, NAME )
RETURNS TEXT AS $$
SELECT ok(
_cast_exists( $1, $2 ),
'Cast (' || quote_ident($1) || ' AS ' || quote_ident($2)
|| ') should exist'
);
$$ LANGUAGE SQL;
-- hasnt_cast( source_type, target_type, schema, function, description )
CREATE OR REPLACE FUNCTION hasnt_cast ( NAME, NAME, NAME, NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( NOT _cast_exists( $1, $2, $3, $4 ), $5 );
$$ LANGUAGE SQL;
-- hasnt_cast( source_type, target_type, schema, function )
CREATE OR REPLACE FUNCTION hasnt_cast ( NAME, NAME, NAME, NAME )
RETURNS TEXT AS $$
SELECT ok(
NOT _cast_exists( $1, $2, $3, $4 ),
'Cast (' || quote_ident($1) || ' AS ' || quote_ident($2)
|| ') WITH FUNCTION ' || quote_ident($3)
|| '.' || quote_ident($4) || '() should not exist'
);
$$ LANGUAGE SQL;
-- hasnt_cast( source_type, target_type, function, description )
CREATE OR REPLACE FUNCTION hasnt_cast ( NAME, NAME, NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( NOT _cast_exists( $1, $2, $3 ), $4 );
$$ LANGUAGE SQL;
-- hasnt_cast( source_type, target_type, function )
CREATE OR REPLACE FUNCTION hasnt_cast ( NAME, NAME, NAME )
RETURNS TEXT AS $$
SELECT ok(
NOT _cast_exists( $1, $2, $3 ),
'Cast (' || quote_ident($1) || ' AS ' || quote_ident($2)
|| ') WITH FUNCTION ' || quote_ident($3) || '() should not exist'
);
$$ LANGUAGE SQL;
-- hasnt_cast( source_type, target_type, description )
CREATE OR REPLACE FUNCTION hasnt_cast ( NAME, NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( NOT _cast_exists( $1, $2 ), $3 );
$$ LANGUAGE SQL;
-- hasnt_cast( source_type, target_type )
CREATE OR REPLACE FUNCTION hasnt_cast ( NAME, NAME )
RETURNS TEXT AS $$
SELECT ok(
NOT _cast_exists( $1, $2 ),
'Cast (' || quote_ident($1) || ' AS ' || quote_ident($2)
|| ') should not exist'
);
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION _expand_context( char )
RETURNS text AS $$
SELECT CASE $1
WHEN 'i' THEN 'implicit'
WHEN 'a' THEN 'assignment'
WHEN 'e' THEN 'explicit'
ELSE 'unknown' END
$$ LANGUAGE SQL IMMUTABLE;
CREATE OR REPLACE FUNCTION _get_context( NAME, NAME )
RETURNS "char" AS $$
SELECT c.castcontext
FROM pg_catalog.pg_cast c
WHERE _cmp_types(castsource, $1)
AND _cmp_types(casttarget, $2)
$$ LANGUAGE SQL;
-- cast_context_is( source_type, target_type, context, description )
CREATE OR REPLACE FUNCTION cast_context_is( NAME, NAME, TEXT, TEXT )
RETURNS TEXT AS $$
DECLARE
want char = substring(LOWER($3) FROM 1 FOR 1);
have char := _get_context($1, $2);
BEGIN
IF have IS NOT NULL THEN
RETURN is( _expand_context(have), _expand_context(want), $4 );
END IF;
RETURN ok( false, $4 ) || E'\n' || diag(
' Cast (' || quote_ident($1) || ' AS ' || quote_ident($2)
|| ') does not exist'
);
END;
$$ LANGUAGE plpgsql;
-- cast_context_is( source_type, target_type, context )
CREATE OR REPLACE FUNCTION cast_context_is( NAME, NAME, TEXT )
RETURNS TEXT AS $$
SELECT cast_context_is(
$1, $2, $3,
'Cast (' || quote_ident($1) || ' AS ' || quote_ident($2)
|| ') context should be ' || _expand_context(substring(LOWER($3) FROM 1 FOR 1))
);
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION _op_exists ( NAME, NAME, NAME, NAME, NAME )
RETURNS BOOLEAN AS $$
SELECT EXISTS (
SELECT TRUE
FROM pg_catalog.pg_operator o
JOIN pg_catalog.pg_namespace n ON o.oprnamespace = n.oid
WHERE n.nspname = $2
AND o.oprname = $3
AND CASE o.oprkind WHEN 'l' THEN $1 IS NULL
ELSE _cmp_types(o.oprleft, $1) END
AND CASE o.oprkind WHEN 'r' THEN $4 IS NULL
ELSE _cmp_types(o.oprright, $4) END
AND _cmp_types(o.oprresult, $5)
);
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION _op_exists ( NAME, NAME, NAME, NAME )
RETURNS BOOLEAN AS $$
SELECT EXISTS (
SELECT TRUE
FROM pg_catalog.pg_operator o
WHERE pg_catalog.pg_operator_is_visible(o.oid)
AND o.oprname = $2
AND CASE o.oprkind WHEN 'l' THEN $1 IS NULL
ELSE _cmp_types(o.oprleft, $1) END
AND CASE o.oprkind WHEN 'r' THEN $3 IS NULL
ELSE _cmp_types(o.oprright, $3) END
AND _cmp_types(o.oprresult, $4)
);
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION _op_exists ( NAME, NAME, NAME )
RETURNS BOOLEAN AS $$
SELECT EXISTS (
SELECT TRUE
FROM pg_catalog.pg_operator o
WHERE pg_catalog.pg_operator_is_visible(o.oid)
AND o.oprname = $2
AND CASE o.oprkind WHEN 'l' THEN $1 IS NULL
ELSE _cmp_types(o.oprleft, $1) END
AND CASE o.oprkind WHEN 'r' THEN $3 IS NULL
ELSE _cmp_types(o.oprright, $3) END
);
$$ LANGUAGE SQL;
-- has_operator( left_type, schema, name, right_type, return_type, description )
CREATE OR REPLACE FUNCTION has_operator ( NAME, NAME, NAME, NAME, NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( _op_exists($1, $2, $3, $4, $5 ), $6 );
$$ LANGUAGE SQL;
-- has_operator( left_type, schema, name, right_type, return_type )
CREATE OR REPLACE FUNCTION has_operator ( NAME, NAME, NAME, NAME, NAME )
RETURNS TEXT AS $$
SELECT ok(
_op_exists($1, $2, $3, $4, $5 ),
'Operator ' || quote_ident($2) || '.' || $3 || '(' || $1 || ',' || $4
|| ') RETURNS ' || $5 || ' should exist'
);
$$ LANGUAGE SQL;
-- has_operator( left_type, name, right_type, return_type, description )
CREATE OR REPLACE FUNCTION has_operator ( NAME, NAME, NAME, NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( _op_exists($1, $2, $3, $4 ), $5 );
$$ LANGUAGE SQL;
-- has_operator( left_type, name, right_type, return_type )
CREATE OR REPLACE FUNCTION has_operator ( NAME, NAME, NAME, NAME )
RETURNS TEXT AS $$
SELECT ok(
_op_exists($1, $2, $3, $4 ),
'Operator ' || $2 || '(' || $1 || ',' || $3
|| ') RETURNS ' || $4 || ' should exist'
);
$$ LANGUAGE SQL;
-- has_operator( left_type, name, right_type, description )
CREATE OR REPLACE FUNCTION has_operator ( NAME, NAME, NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( _op_exists($1, $2, $3 ), $4 );
$$ LANGUAGE SQL;
-- has_operator( left_type, name, right_type )
CREATE OR REPLACE FUNCTION has_operator ( NAME, NAME, NAME )
RETURNS TEXT AS $$
SELECT ok(
_op_exists($1, $2, $3 ),
'Operator ' || $2 || '(' || $1 || ',' || $3
|| ') should exist'
);
$$ LANGUAGE SQL;
-- has_leftop( schema, name, right_type, return_type, description )
CREATE OR REPLACE FUNCTION has_leftop ( NAME, NAME, NAME, NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( _op_exists(NULL, $1, $2, $3, $4), $5 );
$$ LANGUAGE SQL;
-- has_leftop( schema, name, right_type, return_type )
CREATE OR REPLACE FUNCTION has_leftop ( NAME, NAME, NAME, NAME )
RETURNS TEXT AS $$
SELECT ok(
_op_exists(NULL, $1, $2, $3, $4 ),
'Left operator ' || quote_ident($1) || '.' || $2 || '(NONE,'
|| $3 || ') RETURNS ' || $4 || ' should exist'
);
$$ LANGUAGE SQL;
-- has_leftop( name, right_type, return_type, description )
CREATE OR REPLACE FUNCTION has_leftop ( NAME, NAME, NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( _op_exists(NULL, $1, $2, $3), $4 );
$$ LANGUAGE SQL;
-- has_leftop( name, right_type, return_type )
CREATE OR REPLACE FUNCTION has_leftop ( NAME, NAME, NAME )
RETURNS TEXT AS $$
SELECT ok(
_op_exists(NULL, $1, $2, $3 ),
'Left operator ' || $1 || '(NONE,' || $2 || ') RETURNS ' || $3 || ' should exist'
);
$$ LANGUAGE SQL;
-- has_leftop( name, right_type, description )
CREATE OR REPLACE FUNCTION has_leftop ( NAME, NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( _op_exists(NULL, $1, $2), $3 );
$$ LANGUAGE SQL;
-- has_leftop( name, right_type )
CREATE OR REPLACE FUNCTION has_leftop ( NAME, NAME )
RETURNS TEXT AS $$
SELECT ok(
_op_exists(NULL, $1, $2 ),
'Left operator ' || $1 || '(NONE,' || $2 || ') should exist'
);
$$ LANGUAGE SQL;
-- has_rightop( left_type, schema, name, return_type, description )
CREATE OR REPLACE FUNCTION has_rightop ( NAME, NAME, NAME, NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( _op_exists( $1, $2, $3, NULL, $4), $5 );
$$ LANGUAGE SQL;
-- has_rightop( left_type, schema, name, return_type )
CREATE OR REPLACE FUNCTION has_rightop ( NAME, NAME, NAME, NAME )
RETURNS TEXT AS $$
SELECT ok(
_op_exists($1, $2, $3, NULL, $4 ),
'Right operator ' || quote_ident($2) || '.' || $3 || '('
|| $1 || ',NONE) RETURNS ' || $4 || ' should exist'
);
$$ LANGUAGE SQL;
-- has_rightop( left_type, name, return_type, description )
CREATE OR REPLACE FUNCTION has_rightop ( NAME, NAME, NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( _op_exists( $1, $2, NULL, $3), $4 );
$$ LANGUAGE SQL;
-- has_rightop( left_type, name, return_type )
CREATE OR REPLACE FUNCTION has_rightop ( NAME, NAME, NAME )
RETURNS TEXT AS $$
SELECT ok(
_op_exists($1, $2, NULL, $3 ),
'Right operator ' || $2 || '('
|| $1 || ',NONE) RETURNS ' || $3 || ' should exist'
);
$$ LANGUAGE SQL;
-- has_rightop( left_type, name, description )
CREATE OR REPLACE FUNCTION has_rightop ( NAME, NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( _op_exists( $1, $2, NULL), $3 );
$$ LANGUAGE SQL;
-- has_rightop( left_type, name )
CREATE OR REPLACE FUNCTION has_rightop ( NAME, NAME )
RETURNS TEXT AS $$
SELECT ok(
_op_exists($1, $2, NULL ),
'Right operator ' || $2 || '(' || $1 || ',NONE) should exist'
);
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION _are ( text, name[], name[], TEXT )
RETURNS TEXT AS $$
DECLARE
what ALIAS FOR $1;
extras ALIAS FOR $2;
missing ALIAS FOR $3;
descr ALIAS FOR $4;
msg TEXT := '';
res BOOLEAN := TRUE;
BEGIN
IF extras[1] IS NOT NULL THEN
res = FALSE;
msg := E'\n' || diag(
' Extra ' || what || E':\n '
|| _ident_array_to_sorted_string( extras, E'\n ' )
);
END IF;
IF missing[1] IS NOT NULL THEN
res = FALSE;
msg := msg || E'\n' || diag(
' Missing ' || what || E':\n '
|| _ident_array_to_sorted_string( missing, E'\n ' )
);
END IF;
RETURN ok(res, descr) || msg;
END;
$$ LANGUAGE plpgsql;
-- tablespaces_are( tablespaces, description )
CREATE OR REPLACE FUNCTION tablespaces_are ( NAME[], TEXT )
RETURNS TEXT AS $$
SELECT _are(
'tablespaces',
ARRAY(
SELECT spcname
FROM pg_catalog.pg_tablespace
EXCEPT
SELECT $1[i]
FROM generate_series(1, array_upper($1, 1)) s(i)
),
ARRAY(
SELECT $1[i]
FROM generate_series(1, array_upper($1, 1)) s(i)
EXCEPT
SELECT spcname
FROM pg_catalog.pg_tablespace
),
$2
);
$$ LANGUAGE SQL;
-- tablespaces_are( tablespaces )
CREATE OR REPLACE FUNCTION tablespaces_are ( NAME[] )
RETURNS TEXT AS $$
SELECT tablespaces_are( $1, 'There should be the correct tablespaces' );
$$ LANGUAGE SQL;
-- schemas_are( schemas, description )
CREATE OR REPLACE FUNCTION schemas_are ( NAME[], TEXT )
RETURNS TEXT AS $$
SELECT _are(
'schemas',
ARRAY(
SELECT nspname
FROM pg_catalog.pg_namespace
WHERE nspname NOT LIKE 'pg_%'
AND nspname <> 'information_schema'
EXCEPT
SELECT $1[i]
FROM generate_series(1, array_upper($1, 1)) s(i)
),
ARRAY(
SELECT $1[i]
FROM generate_series(1, array_upper($1, 1)) s(i)
EXCEPT
SELECT nspname
FROM pg_catalog.pg_namespace
WHERE nspname NOT LIKE 'pg_%'
AND nspname <> 'information_schema'
),
$2
);
$$ LANGUAGE SQL;
-- schemas_are( schemas )
CREATE OR REPLACE FUNCTION schemas_are ( NAME[] )
RETURNS TEXT AS $$
SELECT schemas_are( $1, 'There should be the correct schemas' );
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION _extras ( CHAR[], NAME, NAME[] )
RETURNS NAME[] AS $$
SELECT ARRAY(
SELECT c.relname
FROM pg_catalog.pg_namespace n
JOIN pg_catalog.pg_class c ON n.oid = c.relnamespace
WHERE c.relkind = ANY($1)
AND n.nspname = $2
AND c.relname NOT IN('pg_all_foreign_keys', 'tap_funky', '__tresults___numb_seq', '__tcache___id_seq')
EXCEPT
SELECT $3[i]
FROM generate_series(1, array_upper($3, 1)) s(i)
);
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION _extras ( CHAR[], NAME[] )
RETURNS NAME[] AS $$
SELECT ARRAY(
SELECT c.relname
FROM pg_catalog.pg_namespace n
JOIN pg_catalog.pg_class c ON n.oid = c.relnamespace
WHERE pg_catalog.pg_table_is_visible(c.oid)
AND n.nspname <> 'pg_catalog'
AND c.relkind = ANY($1)
AND c.relname NOT IN ('__tcache__', 'pg_all_foreign_keys', 'tap_funky', '__tresults___numb_seq', '__tcache___id_seq')
EXCEPT
SELECT $2[i]
FROM generate_series(1, array_upper($2, 1)) s(i)
);
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION _extras ( CHAR, NAME, NAME[] )
RETURNS NAME[] AS $$
SELECT _extras(ARRAY[$1], $2, $3);
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION _extras ( CHAR, NAME[] )
RETURNS NAME[] AS $$
SELECT _extras(ARRAY[$1], $2);
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION _missing ( CHAR[], NAME, NAME[] )
RETURNS NAME[] AS $$
SELECT ARRAY(
SELECT $3[i]
FROM generate_series(1, array_upper($3, 1)) s(i)
EXCEPT
SELECT c.relname
FROM pg_catalog.pg_namespace n
JOIN pg_catalog.pg_class c ON n.oid = c.relnamespace
WHERE c.relkind = ANY($1)
AND n.nspname = $2
);
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION _missing ( CHAR[], NAME[] )
RETURNS NAME[] AS $$
SELECT ARRAY(
SELECT $2[i]
FROM generate_series(1, array_upper($2, 1)) s(i)
EXCEPT
SELECT c.relname
FROM pg_catalog.pg_namespace n
JOIN pg_catalog.pg_class c ON n.oid = c.relnamespace
WHERE pg_catalog.pg_table_is_visible(c.oid)
AND n.nspname NOT IN ('pg_catalog', 'information_schema')
AND c.relkind = ANY($1)
);
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION _missing ( CHAR, NAME, NAME[] )
RETURNS NAME[] AS $$
SELECT _missing(ARRAY[$1], $2, $3);
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION _missing ( CHAR, NAME[] )
RETURNS NAME[] AS $$
SELECT _missing(ARRAY[$1], $2);
$$ LANGUAGE SQL;
-- tables_are( schema, tables, description )
CREATE OR REPLACE FUNCTION tables_are ( NAME, NAME[], TEXT )
RETURNS TEXT AS $$
SELECT _are( 'tables', _extras('{r,p}'::char[], $1, $2), _missing('{r,p}'::char[], $1, $2), $3);
$$ LANGUAGE SQL;
-- tables_are( tables, description )
CREATE OR REPLACE FUNCTION tables_are ( NAME[], TEXT )
RETURNS TEXT AS $$
SELECT _are( 'tables', _extras('{r,p}'::char[], $1), _missing('{r,p}'::char[], $1), $2);
$$ LANGUAGE SQL;
-- tables_are( schema, tables )
CREATE OR REPLACE FUNCTION tables_are ( NAME, NAME[] )
RETURNS TEXT AS $$
SELECT _are(
'tables', _extras('{r,p}'::char[], $1, $2), _missing('{r,p}'::char[], $1, $2),
'Schema ' || quote_ident($1) || ' should have the correct tables'
);
$$ LANGUAGE SQL;
-- tables_are( tables )
CREATE OR REPLACE FUNCTION tables_are ( NAME[] )
RETURNS TEXT AS $$
SELECT _are(
'tables', _extras('{r,p}'::char[], $1), _missing('{r,p}'::char[], $1),
'Search path ' || pg_catalog.current_setting('search_path') || ' should have the correct tables'
);
$$ LANGUAGE SQL;
-- views_are( schema, views, description )
CREATE OR REPLACE FUNCTION views_are ( NAME, NAME[], TEXT )
RETURNS TEXT AS $$
SELECT _are( 'views', _extras('v', $1, $2), _missing('v', $1, $2), $3);
$$ LANGUAGE SQL;
-- views_are( views, description )
CREATE OR REPLACE FUNCTION views_are ( NAME[], TEXT )
RETURNS TEXT AS $$
SELECT _are( 'views', _extras('v', $1), _missing('v', $1), $2);
$$ LANGUAGE SQL;
-- views_are( schema, views )
CREATE OR REPLACE FUNCTION views_are ( NAME, NAME[] )
RETURNS TEXT AS $$
SELECT _are(
'views', _extras('v', $1, $2), _missing('v', $1, $2),
'Schema ' || quote_ident($1) || ' should have the correct views'
);
$$ LANGUAGE SQL;
-- views_are( views )
CREATE OR REPLACE FUNCTION views_are ( NAME[] )
RETURNS TEXT AS $$
SELECT _are(
'views', _extras('v', $1), _missing('v', $1),
'Search path ' || pg_catalog.current_setting('search_path') || ' should have the correct views'
);
$$ LANGUAGE SQL;
-- sequences_are( schema, sequences, description )
CREATE OR REPLACE FUNCTION sequences_are ( NAME, NAME[], TEXT )
RETURNS TEXT AS $$
SELECT _are( 'sequences', _extras('S', $1, $2), _missing('S', $1, $2), $3);
$$ LANGUAGE SQL;
-- sequences_are( sequences, description )
CREATE OR REPLACE FUNCTION sequences_are ( NAME[], TEXT )
RETURNS TEXT AS $$
SELECT _are( 'sequences', _extras('S', $1), _missing('S', $1), $2);
$$ LANGUAGE SQL;
-- sequences_are( schema, sequences )
CREATE OR REPLACE FUNCTION sequences_are ( NAME, NAME[] )
RETURNS TEXT AS $$
SELECT _are(
'sequences', _extras('S', $1, $2), _missing('S', $1, $2),
'Schema ' || quote_ident($1) || ' should have the correct sequences'
);
$$ LANGUAGE SQL;
-- sequences_are( sequences )
CREATE OR REPLACE FUNCTION sequences_are ( NAME[] )
RETURNS TEXT AS $$
SELECT _are(
'sequences', _extras('S', $1), _missing('S', $1),
'Search path ' || pg_catalog.current_setting('search_path') || ' should have the correct sequences'
);
$$ LANGUAGE SQL;
-- functions_are( schema, functions[], description )
CREATE OR REPLACE FUNCTION functions_are ( NAME, NAME[], TEXT )
RETURNS TEXT AS $$
SELECT _are(
'functions',
ARRAY(
SELECT name FROM tap_funky WHERE schema = $1
EXCEPT
SELECT $2[i]
FROM generate_series(1, array_upper($2, 1)) s(i)
),
ARRAY(
SELECT $2[i]
FROM generate_series(1, array_upper($2, 1)) s(i)
EXCEPT
SELECT name FROM tap_funky WHERE schema = $1
),
$3
);
$$ LANGUAGE SQL;
-- functions_are( schema, functions[] )
CREATE OR REPLACE FUNCTION functions_are ( NAME, NAME[] )
RETURNS TEXT AS $$
SELECT functions_are( $1, $2, 'Schema ' || quote_ident($1) || ' should have the correct functions' );
$$ LANGUAGE SQL;
-- functions_are( functions[], description )
CREATE OR REPLACE FUNCTION functions_are ( NAME[], TEXT )
RETURNS TEXT AS $$
SELECT _are(
'functions',
ARRAY(
SELECT name FROM tap_funky WHERE is_visible
AND schema NOT IN ('pg_catalog', 'information_schema')
EXCEPT
SELECT $1[i]
FROM generate_series(1, array_upper($1, 1)) s(i)
),
ARRAY(
SELECT $1[i]
FROM generate_series(1, array_upper($1, 1)) s(i)
EXCEPT
SELECT name FROM tap_funky WHERE is_visible
AND schema NOT IN ('pg_catalog', 'information_schema')
),
$2
);
$$ LANGUAGE SQL;
-- functions_are( functions[] )
CREATE OR REPLACE FUNCTION functions_are ( NAME[] )
RETURNS TEXT AS $$
SELECT functions_are( $1, 'Search path ' || pg_catalog.current_setting('search_path') || ' should have the correct functions' );
$$ LANGUAGE SQL;
-- indexes_are( schema, table, indexes[], description )
CREATE OR REPLACE FUNCTION indexes_are( NAME, NAME, NAME[], TEXT )
RETURNS TEXT AS $$
SELECT _are(
'indexes',
ARRAY(
SELECT ci.relname
FROM pg_catalog.pg_index x
JOIN pg_catalog.pg_class ct ON ct.oid = x.indrelid
JOIN pg_catalog.pg_class ci ON ci.oid = x.indexrelid
JOIN pg_catalog.pg_namespace n ON n.oid = ct.relnamespace
WHERE ct.relname = $2
AND n.nspname = $1
EXCEPT
SELECT $3[i]
FROM generate_series(1, array_upper($3, 1)) s(i)
),
ARRAY(
SELECT $3[i]
FROM generate_series(1, array_upper($3, 1)) s(i)
EXCEPT
SELECT ci.relname
FROM pg_catalog.pg_index x
JOIN pg_catalog.pg_class ct ON ct.oid = x.indrelid
JOIN pg_catalog.pg_class ci ON ci.oid = x.indexrelid
JOIN pg_catalog.pg_namespace n ON n.oid = ct.relnamespace
WHERE ct.relname = $2
AND n.nspname = $1
),
$4
);
$$ LANGUAGE SQL;
-- indexes_are( schema, table, indexes[] )
CREATE OR REPLACE FUNCTION indexes_are( NAME, NAME, NAME[] )
RETURNS TEXT AS $$
SELECT indexes_are( $1, $2, $3, 'Table ' || quote_ident($1) || '.' || quote_ident($2) || ' should have the correct indexes' );
$$ LANGUAGE SQL;
-- indexes_are( table, indexes[], description )
CREATE OR REPLACE FUNCTION indexes_are( NAME, NAME[], TEXT )
RETURNS TEXT AS $$
SELECT _are(
'indexes',
ARRAY(
SELECT ci.relname
FROM pg_catalog.pg_index x
JOIN pg_catalog.pg_class ct ON ct.oid = x.indrelid
JOIN pg_catalog.pg_class ci ON ci.oid = x.indexrelid
JOIN pg_catalog.pg_namespace n ON n.oid = ct.relnamespace
WHERE ct.relname = $1
AND pg_catalog.pg_table_is_visible(ct.oid)
AND n.nspname NOT IN ('pg_catalog', 'information_schema')
EXCEPT
SELECT $2[i]
FROM generate_series(1, array_upper($2, 1)) s(i)
),
ARRAY(
SELECT $2[i]
FROM generate_series(1, array_upper($2, 1)) s(i)
EXCEPT
SELECT ci.relname
FROM pg_catalog.pg_index x
JOIN pg_catalog.pg_class ct ON ct.oid = x.indrelid
JOIN pg_catalog.pg_class ci ON ci.oid = x.indexrelid
JOIN pg_catalog.pg_namespace n ON n.oid = ct.relnamespace
WHERE ct.relname = $1
AND pg_catalog.pg_table_is_visible(ct.oid)
AND n.nspname NOT IN ('pg_catalog', 'information_schema')
),
$3
);
$$ LANGUAGE SQL;
-- indexes_are( table, indexes[] )
CREATE OR REPLACE FUNCTION indexes_are( NAME, NAME[] )
RETURNS TEXT AS $$
SELECT indexes_are( $1, $2, 'Table ' || quote_ident($1) || ' should have the correct indexes' );
$$ LANGUAGE SQL;
-- users_are( users[], description )
CREATE OR REPLACE FUNCTION users_are( NAME[], TEXT )
RETURNS TEXT AS $$
SELECT _are(
'users',
ARRAY(
SELECT usename
FROM pg_catalog.pg_user
EXCEPT
SELECT $1[i]
FROM generate_series(1, array_upper($1, 1)) s(i)
),
ARRAY(
SELECT $1[i]
FROM generate_series(1, array_upper($1, 1)) s(i)
EXCEPT
SELECT usename
FROM pg_catalog.pg_user
),
$2
);
$$ LANGUAGE SQL;
-- users_are( users[] )
CREATE OR REPLACE FUNCTION users_are( NAME[] )
RETURNS TEXT AS $$
SELECT users_are( $1, 'There should be the correct users' );
$$ LANGUAGE SQL;
-- groups_are( groups[], description )
CREATE OR REPLACE FUNCTION groups_are( NAME[], TEXT )
RETURNS TEXT AS $$
SELECT _are(
'groups',
ARRAY(
SELECT groname
FROM pg_catalog.pg_group
EXCEPT
SELECT $1[i]
FROM generate_series(1, array_upper($1, 1)) s(i)
),
ARRAY(
SELECT $1[i]
FROM generate_series(1, array_upper($1, 1)) s(i)
EXCEPT
SELECT groname
FROM pg_catalog.pg_group
),
$2
);
$$ LANGUAGE SQL;
-- groups_are( groups[] )
CREATE OR REPLACE FUNCTION groups_are( NAME[] )
RETURNS TEXT AS $$
SELECT groups_are( $1, 'There should be the correct groups' );
$$ LANGUAGE SQL;
-- languages_are( languages[], description )
CREATE OR REPLACE FUNCTION languages_are( NAME[], TEXT )
RETURNS TEXT AS $$
SELECT _are(
'languages',
ARRAY(
SELECT lanname
FROM pg_catalog.pg_language
WHERE lanispl
EXCEPT
SELECT $1[i]
FROM generate_series(1, array_upper($1, 1)) s(i)
),
ARRAY(
SELECT $1[i]
FROM generate_series(1, array_upper($1, 1)) s(i)
EXCEPT
SELECT lanname
FROM pg_catalog.pg_language
WHERE lanispl
),
$2
);
$$ LANGUAGE SQL;
-- languages_are( languages[] )
CREATE OR REPLACE FUNCTION languages_are( NAME[] )
RETURNS TEXT AS $$
SELECT languages_are( $1, 'There should be the correct procedural languages' );
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION _is_trusted( NAME )
RETURNS BOOLEAN AS $$
SELECT lanpltrusted FROM pg_catalog.pg_language WHERE lanname = $1;
$$ LANGUAGE SQL;
-- has_language( language, description)
CREATE OR REPLACE FUNCTION has_language( NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( _is_trusted($1) IS NOT NULL, $2 );
$$ LANGUAGE SQL;
-- has_language( language )
CREATE OR REPLACE FUNCTION has_language( NAME )
RETURNS TEXT AS $$
SELECT ok( _is_trusted($1) IS NOT NULL, 'Procedural language ' || quote_ident($1) || ' should exist' );
$$ LANGUAGE SQL;
-- hasnt_language( language, description)
CREATE OR REPLACE FUNCTION hasnt_language( NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( _is_trusted($1) IS NULL, $2 );
$$ LANGUAGE SQL;
-- hasnt_language( language )
CREATE OR REPLACE FUNCTION hasnt_language( NAME )
RETURNS TEXT AS $$
SELECT ok( _is_trusted($1) IS NULL, 'Procedural language ' || quote_ident($1) || ' should not exist' );
$$ LANGUAGE SQL;
-- language_is_trusted( language, description )
CREATE OR REPLACE FUNCTION language_is_trusted( NAME, TEXT )
RETURNS TEXT AS $$
DECLARE
is_trusted boolean := _is_trusted($1);
BEGIN
IF is_trusted IS NULL THEN
RETURN fail( $2 ) || E'\n' || diag( ' Procedural language ' || quote_ident($1) || ' does not exist') ;
END IF;
RETURN ok( is_trusted, $2 );
END;
$$ LANGUAGE plpgsql;
-- language_is_trusted( language )
CREATE OR REPLACE FUNCTION language_is_trusted( NAME )
RETURNS TEXT AS $$
SELECT language_is_trusted($1, 'Procedural language ' || quote_ident($1) || ' should be trusted' );
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION _opc_exists( NAME, NAME )
RETURNS BOOLEAN AS $$
SELECT EXISTS (
SELECT TRUE
FROM pg_catalog.pg_opclass oc
JOIN pg_catalog.pg_namespace n ON oc.opcnamespace = n.oid
WHERE n.nspname = $1
AND oc.opcname = $2
);
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION _opc_exists( NAME )
RETURNS BOOLEAN AS $$
SELECT EXISTS (
SELECT TRUE
FROM pg_catalog.pg_opclass oc
WHERE oc.opcname = $1
AND pg_opclass_is_visible(oid)
);
$$ LANGUAGE SQL;
-- has_opclass( schema, name, description )
CREATE OR REPLACE FUNCTION has_opclass( NAME, NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( _opc_exists( $1, $2 ), $3 );
$$ LANGUAGE SQL;
-- has_opclass( schema, name )
CREATE OR REPLACE FUNCTION has_opclass( NAME, NAME )
RETURNS TEXT AS $$
SELECT ok( _opc_exists( $1, $2 ), 'Operator class ' || quote_ident($1) || '.' || quote_ident($2) || ' should exist' );
$$ LANGUAGE SQL;
-- has_opclass( name, description )
CREATE OR REPLACE FUNCTION has_opclass( NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( _opc_exists( $1 ), $2)
$$ LANGUAGE SQL;
-- has_opclass( name )
CREATE OR REPLACE FUNCTION has_opclass( NAME )
RETURNS TEXT AS $$
SELECT ok( _opc_exists( $1 ), 'Operator class ' || quote_ident($1) || ' should exist' );
$$ LANGUAGE SQL;
-- hasnt_opclass( schema, name, description )
CREATE OR REPLACE FUNCTION hasnt_opclass( NAME, NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( NOT _opc_exists( $1, $2 ), $3 );
$$ LANGUAGE SQL;
-- hasnt_opclass( schema, name )
CREATE OR REPLACE FUNCTION hasnt_opclass( NAME, NAME )
RETURNS TEXT AS $$
SELECT ok( NOT _opc_exists( $1, $2 ), 'Operator class ' || quote_ident($1) || '.' || quote_ident($2) || ' should not exist' );
$$ LANGUAGE SQL;
-- hasnt_opclass( name, description )
CREATE OR REPLACE FUNCTION hasnt_opclass( NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( NOT _opc_exists( $1 ), $2)
$$ LANGUAGE SQL;
-- hasnt_opclass( name )
CREATE OR REPLACE FUNCTION hasnt_opclass( NAME )
RETURNS TEXT AS $$
SELECT ok( NOT _opc_exists( $1 ), 'Operator class ' || quote_ident($1) || ' should not exist' );
$$ LANGUAGE SQL;
-- opclasses_are( schema, opclasses[], description )
CREATE OR REPLACE FUNCTION opclasses_are ( NAME, NAME[], TEXT )
RETURNS TEXT AS $$
SELECT _are(
'operator classes',
ARRAY(
SELECT oc.opcname
FROM pg_catalog.pg_opclass oc
JOIN pg_catalog.pg_namespace n ON oc.opcnamespace = n.oid
WHERE n.nspname = $1
EXCEPT
SELECT $2[i]
FROM generate_series(1, array_upper($2, 1)) s(i)
),
ARRAY(
SELECT $2[i]
FROM generate_series(1, array_upper($2, 1)) s(i)
EXCEPT
SELECT oc.opcname
FROM pg_catalog.pg_opclass oc
JOIN pg_catalog.pg_namespace n ON oc.opcnamespace = n.oid
WHERE n.nspname = $1
),
$3
);
$$ LANGUAGE SQL;
-- opclasses_are( schema, opclasses[] )
CREATE OR REPLACE FUNCTION opclasses_are ( NAME, NAME[] )
RETURNS TEXT AS $$
SELECT opclasses_are( $1, $2, 'Schema ' || quote_ident($1) || ' should have the correct operator classes' );
$$ LANGUAGE SQL;
-- opclasses_are( opclasses[], description )
CREATE OR REPLACE FUNCTION opclasses_are ( NAME[], TEXT )
RETURNS TEXT AS $$
SELECT _are(
'operator classes',
ARRAY(
SELECT oc.opcname
FROM pg_catalog.pg_opclass oc
JOIN pg_catalog.pg_namespace n ON oc.opcnamespace = n.oid
AND n.nspname NOT IN ('pg_catalog', 'information_schema')
AND pg_catalog.pg_opclass_is_visible(oc.oid)
EXCEPT
SELECT $1[i]
FROM generate_series(1, array_upper($1, 1)) s(i)
),
ARRAY(
SELECT $1[i]
FROM generate_series(1, array_upper($1, 1)) s(i)
EXCEPT
SELECT oc.opcname
FROM pg_catalog.pg_opclass oc
JOIN pg_catalog.pg_namespace n ON oc.opcnamespace = n.oid
AND n.nspname NOT IN ('pg_catalog', 'information_schema')
AND pg_catalog.pg_opclass_is_visible(oc.oid)
),
$2
);
$$ LANGUAGE SQL;
-- opclasses_are( opclasses[] )
CREATE OR REPLACE FUNCTION opclasses_are ( NAME[] )
RETURNS TEXT AS $$
SELECT opclasses_are( $1, 'Search path ' || pg_catalog.current_setting('search_path') || ' should have the correct operator classes' );
$$ LANGUAGE SQL;
-- rules_are( schema, table, rules[], description )
CREATE OR REPLACE FUNCTION rules_are( NAME, NAME, NAME[], TEXT )
RETURNS TEXT AS $$
SELECT _are(
'rules',
ARRAY(
SELECT r.rulename
FROM pg_catalog.pg_rewrite r
JOIN pg_catalog.pg_class c ON c.oid = r.ev_class
JOIN pg_catalog.pg_namespace n ON c.relnamespace = n.oid
WHERE c.relname = $2
AND n.nspname = $1
EXCEPT
SELECT $3[i]
FROM generate_series(1, array_upper($3, 1)) s(i)
),
ARRAY(
SELECT $3[i]
FROM generate_series(1, array_upper($3, 1)) s(i)
EXCEPT
SELECT r.rulename
FROM pg_catalog.pg_rewrite r
JOIN pg_catalog.pg_class c ON c.oid = r.ev_class
JOIN pg_catalog.pg_namespace n ON c.relnamespace = n.oid
WHERE c.relname = $2
AND n.nspname = $1
),
$4
);
$$ LANGUAGE SQL;
-- rules_are( schema, table, rules[] )
CREATE OR REPLACE FUNCTION rules_are( NAME, NAME, NAME[] )
RETURNS TEXT AS $$
SELECT rules_are( $1, $2, $3, 'Relation ' || quote_ident($1) || '.' || quote_ident($2) || ' should have the correct rules' );
$$ LANGUAGE SQL;
-- rules_are( table, rules[], description )
CREATE OR REPLACE FUNCTION rules_are( NAME, NAME[], TEXT )
RETURNS TEXT AS $$
SELECT _are(
'rules',
ARRAY(
SELECT r.rulename
FROM pg_catalog.pg_rewrite r
JOIN pg_catalog.pg_class c ON c.oid = r.ev_class
JOIN pg_catalog.pg_namespace n ON c.relnamespace = n.oid
WHERE c.relname = $1
AND n.nspname NOT IN ('pg_catalog', 'information_schema')
AND pg_catalog.pg_table_is_visible(c.oid)
EXCEPT
SELECT $2[i]
FROM generate_series(1, array_upper($2, 1)) s(i)
),
ARRAY(
SELECT $2[i]
FROM generate_series(1, array_upper($2, 1)) s(i)
EXCEPT
SELECT r.rulename
FROM pg_catalog.pg_rewrite r
JOIN pg_catalog.pg_class c ON c.oid = r.ev_class
JOIN pg_catalog.pg_namespace n ON c.relnamespace = n.oid
AND c.relname = $1
AND n.nspname NOT IN ('pg_catalog', 'information_schema')
AND pg_catalog.pg_table_is_visible(c.oid)
),
$3
);
$$ LANGUAGE SQL;
-- rules_are( table, rules[] )
CREATE OR REPLACE FUNCTION rules_are( NAME, NAME[] )
RETURNS TEXT AS $$
SELECT rules_are( $1, $2, 'Relation ' || quote_ident($1) || ' should have the correct rules' );
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION _is_instead( NAME, NAME, NAME )
RETURNS BOOLEAN AS $$
SELECT r.is_instead
FROM pg_catalog.pg_rewrite r
JOIN pg_catalog.pg_class c ON c.oid = r.ev_class
JOIN pg_catalog.pg_namespace n ON c.relnamespace = n.oid
WHERE r.rulename = $3
AND c.relname = $2
AND n.nspname = $1
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION _is_instead( NAME, NAME )
RETURNS BOOLEAN AS $$
SELECT r.is_instead
FROM pg_catalog.pg_rewrite r
JOIN pg_catalog.pg_class c ON c.oid = r.ev_class
WHERE r.rulename = $2
AND c.relname = $1
AND pg_catalog.pg_table_is_visible(c.oid)
$$ LANGUAGE SQL;
-- has_rule( schema, table, rule, description )
CREATE OR REPLACE FUNCTION has_rule( NAME, NAME, NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( _is_instead($1, $2, $3) IS NOT NULL, $4 );
$$ LANGUAGE SQL;
-- has_rule( schema, table, rule )
CREATE OR REPLACE FUNCTION has_rule( NAME, NAME, NAME )
RETURNS TEXT AS $$
SELECT ok( _is_instead($1, $2, $3) IS NOT NULL, 'Relation ' || quote_ident($1) || '.' || quote_ident($2) || ' should have rule ' || quote_ident($3) );
$$ LANGUAGE SQL;
-- has_rule( table, rule, description )
CREATE OR REPLACE FUNCTION has_rule( NAME, NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( _is_instead($1, $2) IS NOT NULL, $3 );
$$ LANGUAGE SQL;
-- has_rule( table, rule )
CREATE OR REPLACE FUNCTION has_rule( NAME, NAME )
RETURNS TEXT AS $$
SELECT ok( _is_instead($1, $2) IS NOT NULL, 'Relation ' || quote_ident($1) || ' should have rule ' || quote_ident($2) );
$$ LANGUAGE SQL;
-- hasnt_rule( schema, table, rule, description )
CREATE OR REPLACE FUNCTION hasnt_rule( NAME, NAME, NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( _is_instead($1, $2, $3) IS NULL, $4 );
$$ LANGUAGE SQL;
-- hasnt_rule( schema, table, rule )
CREATE OR REPLACE FUNCTION hasnt_rule( NAME, NAME, NAME )
RETURNS TEXT AS $$
SELECT ok( _is_instead($1, $2, $3) IS NULL, 'Relation ' || quote_ident($1) || '.' || quote_ident($2) || ' should not have rule ' || quote_ident($3) );
$$ LANGUAGE SQL;
-- hasnt_rule( table, rule, description )
CREATE OR REPLACE FUNCTION hasnt_rule( NAME, NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( _is_instead($1, $2) IS NULL, $3 );
$$ LANGUAGE SQL;
-- hasnt_rule( table, rule )
CREATE OR REPLACE FUNCTION hasnt_rule( NAME, NAME )
RETURNS TEXT AS $$
SELECT ok( _is_instead($1, $2) IS NULL, 'Relation ' || quote_ident($1) || ' should not have rule ' || quote_ident($2) );
$$ LANGUAGE SQL;
-- rule_is_instead( schema, table, rule, description )
CREATE OR REPLACE FUNCTION rule_is_instead( NAME, NAME, NAME, TEXT )
RETURNS TEXT AS $$
DECLARE
is_it boolean := _is_instead($1, $2, $3);
BEGIN
IF is_it IS NOT NULL THEN RETURN ok( is_it, $4 ); END IF;
RETURN ok( FALSE, $4 ) || E'\n' || diag(
' Rule ' || quote_ident($3) || ' does not exist'
);
END;
$$ LANGUAGE plpgsql;
-- rule_is_instead( schema, table, rule )
CREATE OR REPLACE FUNCTION rule_is_instead( NAME, NAME, NAME )
RETURNS TEXT AS $$
SELECT rule_is_instead( $1, $2, $3, 'Rule ' || quote_ident($3) || ' on relation ' || quote_ident($1) || '.' || quote_ident($2) || ' should be an INSTEAD rule' );
$$ LANGUAGE SQL;
-- rule_is_instead( table, rule, description )
CREATE OR REPLACE FUNCTION rule_is_instead( NAME, NAME, TEXT )
RETURNS TEXT AS $$
DECLARE
is_it boolean := _is_instead($1, $2);
BEGIN
IF is_it IS NOT NULL THEN RETURN ok( is_it, $3 ); END IF;
RETURN ok( FALSE, $3 ) || E'\n' || diag(
' Rule ' || quote_ident($2) || ' does not exist'
);
END;
$$ LANGUAGE plpgsql;
-- rule_is_instead( table, rule )
CREATE OR REPLACE FUNCTION rule_is_instead( NAME, NAME )
RETURNS TEXT AS $$
SELECT rule_is_instead($1, $2, 'Rule ' || quote_ident($2) || ' on relation ' || quote_ident($1) || ' should be an INSTEAD rule' );
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION _expand_on( char )
RETURNS text AS $$
SELECT CASE $1
WHEN '1' THEN 'SELECT'
WHEN '2' THEN 'UPDATE'
WHEN '3' THEN 'INSERT'
WHEN '4' THEN 'DELETE'
ELSE 'UNKNOWN' END
$$ LANGUAGE SQL IMMUTABLE;
CREATE OR REPLACE FUNCTION _contract_on( TEXT )
RETURNS "char" AS $$
SELECT CASE substring(LOWER($1) FROM 1 FOR 1)
WHEN 's' THEN '1'::"char"
WHEN 'u' THEN '2'::"char"
WHEN 'i' THEN '3'::"char"
WHEN 'd' THEN '4'::"char"
ELSE '0'::"char" END
$$ LANGUAGE SQL IMMUTABLE;
CREATE OR REPLACE FUNCTION _rule_on( NAME, NAME, NAME )
RETURNS "char" AS $$
SELECT r.ev_type
FROM pg_catalog.pg_rewrite r
JOIN pg_catalog.pg_class c ON c.oid = r.ev_class
JOIN pg_catalog.pg_namespace n ON c.relnamespace = n.oid
WHERE r.rulename = $3
AND c.relname = $2
AND n.nspname = $1
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION _rule_on( NAME, NAME )
RETURNS "char" AS $$
SELECT r.ev_type
FROM pg_catalog.pg_rewrite r
JOIN pg_catalog.pg_class c ON c.oid = r.ev_class
WHERE r.rulename = $2
AND c.relname = $1
$$ LANGUAGE SQL;
-- rule_is_on( schema, table, rule, event, description )
CREATE OR REPLACE FUNCTION rule_is_on( NAME, NAME, NAME, TEXT, TEXT )
RETURNS TEXT AS $$
DECLARE
want char := _contract_on($4);
have char := _rule_on($1, $2, $3);
BEGIN
IF have IS NOT NULL THEN
RETURN is( _expand_on(have), _expand_on(want), $5 );
END IF;
RETURN ok( false, $5 ) || E'\n' || diag(
' Rule ' || quote_ident($3) || ' does not exist on '
|| quote_ident($1) || '.' || quote_ident($2)
);
END;
$$ LANGUAGE plpgsql;
-- rule_is_on( schema, table, rule, event )
CREATE OR REPLACE FUNCTION rule_is_on( NAME, NAME, NAME, TEXT )
RETURNS TEXT AS $$
SELECT rule_is_on(
$1, $2, $3, $4,
'Rule ' || quote_ident($3) || ' should be on ' || _expand_on(_contract_on($4)::char)
|| ' to ' || quote_ident($1) || '.' || quote_ident($2)
);
$$ LANGUAGE SQL;
-- rule_is_on( table, rule, event, description )
CREATE OR REPLACE FUNCTION rule_is_on( NAME, NAME, TEXT, TEXT )
RETURNS TEXT AS $$
DECLARE
want char := _contract_on($3);
have char := _rule_on($1, $2);
BEGIN
IF have IS NOT NULL THEN
RETURN is( _expand_on(have), _expand_on(want), $4 );
END IF;
RETURN ok( false, $4 ) || E'\n' || diag(
' Rule ' || quote_ident($2) || ' does not exist on '
|| quote_ident($1)
);
END;
$$ LANGUAGE plpgsql;
-- rule_is_on( table, rule, event )
CREATE OR REPLACE FUNCTION rule_is_on( NAME, NAME, TEXT )
RETURNS TEXT AS $$
SELECT rule_is_on(
$1, $2, $3,
'Rule ' || quote_ident($2) || ' should be on '
|| _expand_on(_contract_on($3)::char) || ' to ' || quote_ident($1)
);
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION _nosuch( NAME, NAME, NAME[])
RETURNS TEXT AS $$
SELECT E'\n' || diag(
' Function '
|| CASE WHEN $1 IS NOT NULL THEN quote_ident($1) || '.' ELSE '' END
|| quote_ident($2) || '('
|| array_to_string($3, ', ') || ') does not exist'
);
$$ LANGUAGE SQL IMMUTABLE;
CREATE OR REPLACE FUNCTION _func_compare( NAME, NAME, NAME[], anyelement, anyelement, TEXT)
RETURNS TEXT AS $$
SELECT CASE WHEN $4 IS NULL
THEN ok( FALSE, $6 ) || _nosuch($1, $2, $3)
ELSE is( $4, $5, $6 )
END;
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION _func_compare( NAME, NAME, NAME[], boolean, TEXT)
RETURNS TEXT AS $$
SELECT CASE WHEN $4 IS NULL
THEN ok( FALSE, $5 ) || _nosuch($1, $2, $3)
ELSE ok( $4, $5 )
END;
$$ LANGUAGE sql;
CREATE OR REPLACE FUNCTION _func_compare( NAME, NAME, anyelement, anyelement, TEXT)
RETURNS TEXT AS $$
SELECT CASE WHEN $3 IS NULL
THEN ok( FALSE, $5 ) || _nosuch($1, $2, '{}')
ELSE is( $3, $4, $5 )
END;
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION _func_compare( NAME, NAME, boolean, TEXT)
RETURNS TEXT AS $$
SELECT CASE WHEN $3 IS NULL
THEN ok( FALSE, $4 ) || _nosuch($1, $2, '{}')
ELSE ok( $3, $4 )
END;
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION _lang ( NAME, NAME, NAME[] )
RETURNS NAME AS $$
SELECT l.lanname
FROM tap_funky f
JOIN pg_catalog.pg_language l ON f.langoid = l.oid
WHERE f.schema = $1
and f.name = $2
AND f.args = array_to_string($3, ',')
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION _lang ( NAME, NAME )
RETURNS NAME AS $$
SELECT l.lanname
FROM tap_funky f
JOIN pg_catalog.pg_language l ON f.langoid = l.oid
WHERE f.schema = $1
and f.name = $2
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION _lang ( NAME, NAME[] )
RETURNS NAME AS $$
SELECT l.lanname
FROM tap_funky f
JOIN pg_catalog.pg_language l ON f.langoid = l.oid
WHERE f.name = $1
AND f.args = array_to_string($2, ',')
AND f.is_visible;
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION _lang ( NAME )
RETURNS NAME AS $$
SELECT l.lanname
FROM tap_funky f
JOIN pg_catalog.pg_language l ON f.langoid = l.oid
WHERE f.name = $1
AND f.is_visible;
$$ LANGUAGE SQL;
-- function_lang_is( schema, function, args[], language, description )
CREATE OR REPLACE FUNCTION function_lang_is( NAME, NAME, NAME[], NAME, TEXT )
RETURNS TEXT AS $$
SELECT _func_compare($1, $2, $3, _lang($1, $2, $3), $4, $5 );
$$ LANGUAGE SQL;
-- function_lang_is( schema, function, args[], language )
CREATE OR REPLACE FUNCTION function_lang_is( NAME, NAME, NAME[], NAME )
RETURNS TEXT AS $$
SELECT function_lang_is(
$1, $2, $3, $4,
'Function ' || quote_ident($1) || '.' || quote_ident($2) || '(' ||
array_to_string($3, ', ') || ') should be written in ' || quote_ident($4)
);
$$ LANGUAGE SQL;
-- function_lang_is( schema, function, language, description )
CREATE OR REPLACE FUNCTION function_lang_is( NAME, NAME, NAME, TEXT )
RETURNS TEXT AS $$
SELECT _func_compare($1, $2, _lang($1, $2), $3, $4 );
$$ LANGUAGE SQL;
-- function_lang_is( schema, function, language )
CREATE OR REPLACE FUNCTION function_lang_is( NAME, NAME, NAME )
RETURNS TEXT AS $$
SELECT function_lang_is(
$1, $2, $3,
'Function ' || quote_ident($1) || '.' || quote_ident($2)
|| '() should be written in ' || quote_ident($3)
);
$$ LANGUAGE SQL;
-- function_lang_is( function, args[], language, description )
CREATE OR REPLACE FUNCTION function_lang_is( NAME, NAME[], NAME, TEXT )
RETURNS TEXT AS $$
SELECT _func_compare(NULL, $1, $2, _lang($1, $2), $3, $4 );
$$ LANGUAGE SQL;
-- function_lang_is( function, args[], language )
CREATE OR REPLACE FUNCTION function_lang_is( NAME, NAME[], NAME )
RETURNS TEXT AS $$
SELECT function_lang_is(
$1, $2, $3,
'Function ' || quote_ident($1) || '(' ||
array_to_string($2, ', ') || ') should be written in ' || quote_ident($3)
);
$$ LANGUAGE SQL;
-- function_lang_is( function, language, description )
CREATE OR REPLACE FUNCTION function_lang_is( NAME, NAME, TEXT )
RETURNS TEXT AS $$
SELECT _func_compare(NULL, $1, _lang($1), $2, $3 );
$$ LANGUAGE SQL;
-- function_lang_is( function, language )
CREATE OR REPLACE FUNCTION function_lang_is( NAME, NAME )
RETURNS TEXT AS $$
SELECT function_lang_is(
$1, $2,
'Function ' || quote_ident($1)
|| '() should be written in ' || quote_ident($2)
);
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION _returns ( NAME, NAME, NAME[] )
RETURNS TEXT AS $$
SELECT returns
FROM tap_funky
WHERE schema = $1
AND name = $2
AND args = array_to_string($3, ',')
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION _returns ( NAME, NAME )
RETURNS TEXT AS $$
SELECT returns FROM tap_funky WHERE schema = $1 AND name = $2
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION _returns ( NAME, NAME[] )
RETURNS TEXT AS $$
SELECT returns
FROM tap_funky
WHERE name = $1
AND args = array_to_string($2, ',')
AND is_visible;
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION _returns ( NAME )
RETURNS TEXT AS $$
SELECT returns FROM tap_funky WHERE name = $1 AND is_visible;
$$ LANGUAGE SQL;
-- function_returns( schema, function, args[], type, description )
CREATE OR REPLACE FUNCTION function_returns( NAME, NAME, NAME[], TEXT, TEXT )
RETURNS TEXT AS $$
SELECT _func_compare($1, $2, $3, _returns($1, $2, $3), $4, $5 );
$$ LANGUAGE SQL;
-- function_returns( schema, function, args[], type )
CREATE OR REPLACE FUNCTION function_returns( NAME, NAME, NAME[], TEXT )
RETURNS TEXT AS $$
SELECT function_returns(
$1, $2, $3, $4,
'Function ' || quote_ident($1) || '.' || quote_ident($2) || '(' ||
array_to_string($3, ', ') || ') should return ' || $4
);
$$ LANGUAGE SQL;
-- function_returns( schema, function, type, description )
CREATE OR REPLACE FUNCTION function_returns( NAME, NAME, TEXT, TEXT )
RETURNS TEXT AS $$
SELECT _func_compare($1, $2, _returns($1, $2), $3, $4 );
$$ LANGUAGE SQL;
-- function_returns( schema, function, type )
CREATE OR REPLACE FUNCTION function_returns( NAME, NAME, TEXT )
RETURNS TEXT AS $$
SELECT function_returns(
$1, $2, $3,
'Function ' || quote_ident($1) || '.' || quote_ident($2)
|| '() should return ' || $3
);
$$ LANGUAGE SQL;
-- function_returns( function, args[], type, description )
CREATE OR REPLACE FUNCTION function_returns( NAME, NAME[], TEXT, TEXT )
RETURNS TEXT AS $$
SELECT _func_compare(NULL, $1, $2, _returns($1, $2), $3, $4 );
$$ LANGUAGE SQL;
-- function_returns( function, args[], type )
CREATE OR REPLACE FUNCTION function_returns( NAME, NAME[], TEXT )
RETURNS TEXT AS $$
SELECT function_returns(
$1, $2, $3,
'Function ' || quote_ident($1) || '(' ||
array_to_string($2, ', ') || ') should return ' || $3
);
$$ LANGUAGE SQL;
-- function_returns( function, type, description )
CREATE OR REPLACE FUNCTION function_returns( NAME, TEXT, TEXT )
RETURNS TEXT AS $$
SELECT _func_compare(NULL, $1, _returns($1), $2, $3 );
$$ LANGUAGE SQL;
-- function_returns( function, type )
CREATE OR REPLACE FUNCTION function_returns( NAME, TEXT )
RETURNS TEXT AS $$
SELECT function_returns(
$1, $2,
'Function ' || quote_ident($1) || '() should return ' || $2
);
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION _definer ( NAME, NAME, NAME[] )
RETURNS BOOLEAN AS $$
SELECT is_definer
FROM tap_funky
WHERE schema = $1
AND name = $2
AND args = array_to_string($3, ',')
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION _definer ( NAME, NAME )
RETURNS BOOLEAN AS $$
SELECT is_definer FROM tap_funky WHERE schema = $1 AND name = $2
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION _definer ( NAME, NAME[] )
RETURNS BOOLEAN AS $$
SELECT is_definer
FROM tap_funky
WHERE name = $1
AND args = array_to_string($2, ',')
AND is_visible;
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION _definer ( NAME )
RETURNS BOOLEAN AS $$
SELECT is_definer FROM tap_funky WHERE name = $1 AND is_visible;
$$ LANGUAGE SQL;
-- is_definer( schema, function, args[], description )
CREATE OR REPLACE FUNCTION is_definer ( NAME, NAME, NAME[], TEXT )
RETURNS TEXT AS $$
SELECT _func_compare($1, $2, $3, _definer($1, $2, $3), $4 );
$$ LANGUAGE SQL;
-- is_definer( schema, function, args[] )
CREATE OR REPLACE FUNCTION is_definer( NAME, NAME, NAME[] )
RETURNS TEXT AS $$
SELECT ok(
_definer($1, $2, $3),
'Function ' || quote_ident($1) || '.' || quote_ident($2) || '(' ||
array_to_string($3, ', ') || ') should be security definer'
);
$$ LANGUAGE sql;
-- is_definer( schema, function, description )
CREATE OR REPLACE FUNCTION is_definer ( NAME, NAME, TEXT )
RETURNS TEXT AS $$
SELECT _func_compare($1, $2, _definer($1, $2), $3 );
$$ LANGUAGE SQL;
-- is_definer( schema, function )
CREATE OR REPLACE FUNCTION is_definer( NAME, NAME )
RETURNS TEXT AS $$
SELECT ok(
_definer($1, $2),
'Function ' || quote_ident($1) || '.' || quote_ident($2) || '() should be security definer'
);
$$ LANGUAGE sql;
-- is_definer( function, args[], description )
CREATE OR REPLACE FUNCTION is_definer ( NAME, NAME[], TEXT )
RETURNS TEXT AS $$
SELECT _func_compare(NULL, $1, $2, _definer($1, $2), $3 );
$$ LANGUAGE SQL;
-- is_definer( function, args[] )
CREATE OR REPLACE FUNCTION is_definer( NAME, NAME[] )
RETURNS TEXT AS $$
SELECT ok(
_definer($1, $2),
'Function ' || quote_ident($1) || '(' ||
array_to_string($2, ', ') || ') should be security definer'
);
$$ LANGUAGE sql;
-- is_definer( function, description )
CREATE OR REPLACE FUNCTION is_definer( NAME, TEXT )
RETURNS TEXT AS $$
SELECT _func_compare(NULL, $1, _definer($1), $2 );
$$ LANGUAGE sql;
-- is_definer( function )
CREATE OR REPLACE FUNCTION is_definer( NAME )
RETURNS TEXT AS $$
SELECT ok( _definer($1), 'Function ' || quote_ident($1) || '() should be security definer' );
$$ LANGUAGE sql;
-- isnt_definer( schema, function, args[], description )
CREATE OR REPLACE FUNCTION isnt_definer ( NAME, NAME, NAME[], TEXT )
RETURNS TEXT AS $$
SELECT _func_compare($1, $2, $3, NOT _definer($1, $2, $3), $4 );
$$ LANGUAGE SQL;
-- isnt_definer( schema, function, args[] )
CREATE OR REPLACE FUNCTION isnt_definer( NAME, NAME, NAME[] )
RETURNS TEXT AS $$
SELECT ok(
NOT _definer($1, $2, $3),
'Function ' || quote_ident($1) || '.' || quote_ident($2) || '(' ||
array_to_string($3, ', ') || ') should not be security definer'
);
$$ LANGUAGE sql;
-- isnt_definer( schema, function, description )
CREATE OR REPLACE FUNCTION isnt_definer ( NAME, NAME, TEXT )
RETURNS TEXT AS $$
SELECT _func_compare($1, $2, NOT _definer($1, $2), $3 );
$$ LANGUAGE SQL;
-- isnt_definer( schema, function )
CREATE OR REPLACE FUNCTION isnt_definer( NAME, NAME )
RETURNS TEXT AS $$
SELECT ok(
NOT _definer($1, $2),
'Function ' || quote_ident($1) || '.' || quote_ident($2) || '() should not be security definer'
);
$$ LANGUAGE sql;
-- isnt_definer( function, args[], description )
CREATE OR REPLACE FUNCTION isnt_definer ( NAME, NAME[], TEXT )
RETURNS TEXT AS $$
SELECT _func_compare(NULL, $1, $2, NOT _definer($1, $2), $3 );
$$ LANGUAGE SQL;
-- isnt_definer( function, args[] )
CREATE OR REPLACE FUNCTION isnt_definer( NAME, NAME[] )
RETURNS TEXT AS $$
SELECT ok(
NOT _definer($1, $2),
'Function ' || quote_ident($1) || '(' ||
array_to_string($2, ', ') || ') should not be security definer'
);
$$ LANGUAGE sql;
-- isnt_definer( function, description )
CREATE OR REPLACE FUNCTION isnt_definer( NAME, TEXT )
RETURNS TEXT AS $$
SELECT _func_compare(NULL, $1, NOT _definer($1), $2 );
$$ LANGUAGE sql;
-- isnt_definer( function )
CREATE OR REPLACE FUNCTION isnt_definer( NAME )
RETURNS TEXT AS $$
SELECT ok( NOT _definer($1), 'Function ' || quote_ident($1) || '() should not be security definer' );
$$ LANGUAGE sql;
CREATE OR REPLACE FUNCTION _agg ( NAME, NAME, NAME[] )
RETURNS BOOLEAN AS $$
SELECT kind = 'a'
FROM tap_funky
WHERE schema = $1
AND name = $2
AND args = array_to_string($3, ',')
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION _agg ( NAME, NAME )
RETURNS BOOLEAN AS $$
SELECT kind = 'a' FROM tap_funky WHERE schema = $1 AND name = $2
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION _agg ( NAME, NAME[] )
RETURNS BOOLEAN AS $$
SELECT kind = 'a'
FROM tap_funky
WHERE name = $1
AND args = array_to_string($2, ',')
AND is_visible;
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION _agg ( NAME )
RETURNS BOOLEAN AS $$
SELECT kind = 'a' FROM tap_funky WHERE name = $1 AND is_visible;
$$ LANGUAGE SQL;
-- is_aggregate( schema, function, args[], description )
CREATE OR REPLACE FUNCTION is_aggregate ( NAME, NAME, NAME[], TEXT )
RETURNS TEXT AS $$
SELECT _func_compare($1, $2, $3, _agg($1, $2, $3), $4 );
$$ LANGUAGE SQL;
-- is_aggregate( schema, function, args[] )
CREATE OR REPLACE FUNCTION is_aggregate( NAME, NAME, NAME[] )
RETURNS TEXT AS $$
SELECT ok(
_agg($1, $2, $3),
'Function ' || quote_ident($1) || '.' || quote_ident($2) || '(' ||
array_to_string($3, ', ') || ') should be an aggregate function'
);
$$ LANGUAGE sql;
-- is_aggregate( schema, function, description )
CREATE OR REPLACE FUNCTION is_aggregate ( NAME, NAME, TEXT )
RETURNS TEXT AS $$
SELECT _func_compare($1, $2, _agg($1, $2), $3 );
$$ LANGUAGE SQL;
-- is_aggregate( schema, function )
CREATE OR REPLACE FUNCTION is_aggregate( NAME, NAME )
RETURNS TEXT AS $$
SELECT ok(
_agg($1, $2),
'Function ' || quote_ident($1) || '.' || quote_ident($2) || '() should be an aggregate function'
);
$$ LANGUAGE sql;
-- is_aggregate( function, args[], description )
CREATE OR REPLACE FUNCTION is_aggregate ( NAME, NAME[], TEXT )
RETURNS TEXT AS $$
SELECT _func_compare(NULL, $1, $2, _agg($1, $2), $3 );
$$ LANGUAGE SQL;
-- is_aggregate( function, args[] )
CREATE OR REPLACE FUNCTION is_aggregate( NAME, NAME[] )
RETURNS TEXT AS $$
SELECT ok(
_agg($1, $2),
'Function ' || quote_ident($1) || '(' ||
array_to_string($2, ', ') || ') should be an aggregate function'
);
$$ LANGUAGE sql;
-- is_aggregate( function, description )
CREATE OR REPLACE FUNCTION is_aggregate( NAME, TEXT )
RETURNS TEXT AS $$
SELECT _func_compare(NULL, $1, _agg($1), $2 );
$$ LANGUAGE sql;
-- is_aggregate( function )
CREATE OR REPLACE FUNCTION is_aggregate( NAME )
RETURNS TEXT AS $$
SELECT ok( _agg($1), 'Function ' || quote_ident($1) || '() should be an aggregate function' );
$$ LANGUAGE sql;
-- isnt_aggregate( schema, function, args[], description )
CREATE OR REPLACE FUNCTION isnt_aggregate ( NAME, NAME, NAME[], TEXT )
RETURNS TEXT AS $$
SELECT _func_compare($1, $2, $3, NOT _agg($1, $2, $3), $4 );
$$ LANGUAGE SQL;
-- isnt_aggregate( schema, function, args[] )
CREATE OR REPLACE FUNCTION isnt_aggregate( NAME, NAME, NAME[] )
RETURNS TEXT AS $$
SELECT ok(
NOT _agg($1, $2, $3),
'Function ' || quote_ident($1) || '.' || quote_ident($2) || '(' ||
array_to_string($3, ', ') || ') should not be an aggregate function'
);
$$ LANGUAGE sql;
-- isnt_aggregate( schema, function, description )
CREATE OR REPLACE FUNCTION isnt_aggregate ( NAME, NAME, TEXT )
RETURNS TEXT AS $$
SELECT _func_compare($1, $2, NOT _agg($1, $2), $3 );
$$ LANGUAGE SQL;
-- isnt_aggregate( schema, function )
CREATE OR REPLACE FUNCTION isnt_aggregate( NAME, NAME )
RETURNS TEXT AS $$
SELECT ok(
NOT _agg($1, $2),
'Function ' || quote_ident($1) || '.' || quote_ident($2) || '() should not be an aggregate function'
);
$$ LANGUAGE sql;
-- isnt_aggregate( function, args[], description )
CREATE OR REPLACE FUNCTION isnt_aggregate ( NAME, NAME[], TEXT )
RETURNS TEXT AS $$
SELECT _func_compare(NULL, $1, $2, NOT _agg($1, $2), $3 );
$$ LANGUAGE SQL;
-- isnt_aggregate( function, args[] )
CREATE OR REPLACE FUNCTION isnt_aggregate( NAME, NAME[] )
RETURNS TEXT AS $$
SELECT ok(
NOT _agg($1, $2),
'Function ' || quote_ident($1) || '(' ||
array_to_string($2, ', ') || ') should not be an aggregate function'
);
$$ LANGUAGE sql;
-- isnt_aggregate( function, description )
CREATE OR REPLACE FUNCTION isnt_aggregate( NAME, TEXT )
RETURNS TEXT AS $$
SELECT _func_compare(NULL, $1, NOT _agg($1), $2 );
$$ LANGUAGE sql;
-- isnt_aggregate( function )
CREATE OR REPLACE FUNCTION isnt_aggregate( NAME )
RETURNS TEXT AS $$
SELECT ok( NOT _agg($1), 'Function ' || quote_ident($1) || '() should not be an aggregate function' );
$$ LANGUAGE sql;
CREATE OR REPLACE FUNCTION _strict ( NAME, NAME, NAME[] )
RETURNS BOOLEAN AS $$
SELECT is_strict
FROM tap_funky
WHERE schema = $1
AND name = $2
AND args = array_to_string($3, ',')
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION _strict ( NAME, NAME )
RETURNS BOOLEAN AS $$
SELECT is_strict FROM tap_funky WHERE schema = $1 AND name = $2
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION _strict ( NAME, NAME[] )
RETURNS BOOLEAN AS $$
SELECT is_strict
FROM tap_funky
WHERE name = $1
AND args = array_to_string($2, ',')
AND is_visible;
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION _strict ( NAME )
RETURNS BOOLEAN AS $$
SELECT is_strict FROM tap_funky WHERE name = $1 AND is_visible;
$$ LANGUAGE SQL;
-- is_strict( schema, function, args[], description )
CREATE OR REPLACE FUNCTION is_strict ( NAME, NAME, NAME[], TEXT )
RETURNS TEXT AS $$
SELECT _func_compare($1, $2, $3, _strict($1, $2, $3), $4 );
$$ LANGUAGE SQL;
-- is_strict( schema, function, args[] )
CREATE OR REPLACE FUNCTION is_strict( NAME, NAME, NAME[] )
RETURNS TEXT AS $$
SELECT ok(
_strict($1, $2, $3),
'Function ' || quote_ident($1) || '.' || quote_ident($2) || '(' ||
array_to_string($3, ', ') || ') should be strict'
);
$$ LANGUAGE sql;
-- is_strict( schema, function, description )
CREATE OR REPLACE FUNCTION is_strict ( NAME, NAME, TEXT )
RETURNS TEXT AS $$
SELECT _func_compare($1, $2, _strict($1, $2), $3 );
$$ LANGUAGE SQL;
-- is_strict( schema, function )
CREATE OR REPLACE FUNCTION is_strict( NAME, NAME )
RETURNS TEXT AS $$
SELECT ok(
_strict($1, $2),
'Function ' || quote_ident($1) || '.' || quote_ident($2) || '() should be strict'
);
$$ LANGUAGE sql;
-- is_strict( function, args[], description )
CREATE OR REPLACE FUNCTION is_strict ( NAME, NAME[], TEXT )
RETURNS TEXT AS $$
SELECT _func_compare(NULL, $1, $2, _strict($1, $2), $3 );
$$ LANGUAGE SQL;
-- is_strict( function, args[] )
CREATE OR REPLACE FUNCTION is_strict( NAME, NAME[] )
RETURNS TEXT AS $$
SELECT ok(
_strict($1, $2),
'Function ' || quote_ident($1) || '(' ||
array_to_string($2, ', ') || ') should be strict'
);
$$ LANGUAGE sql;
-- is_strict( function, description )
CREATE OR REPLACE FUNCTION is_strict( NAME, TEXT )
RETURNS TEXT AS $$
SELECT _func_compare(NULL, $1, _strict($1), $2 );
$$ LANGUAGE sql;
-- is_strict( function )
CREATE OR REPLACE FUNCTION is_strict( NAME )
RETURNS TEXT AS $$
SELECT ok( _strict($1), 'Function ' || quote_ident($1) || '() should be strict' );
$$ LANGUAGE sql;
-- isnt_strict( schema, function, args[], description )
CREATE OR REPLACE FUNCTION isnt_strict ( NAME, NAME, NAME[], TEXT )
RETURNS TEXT AS $$
SELECT _func_compare($1, $2, $3, NOT _strict($1, $2, $3), $4 );
$$ LANGUAGE SQL;
-- isnt_strict( schema, function, args[] )
CREATE OR REPLACE FUNCTION isnt_strict( NAME, NAME, NAME[] )
RETURNS TEXT AS $$
SELECT ok(
NOT _strict($1, $2, $3),
'Function ' || quote_ident($1) || '.' || quote_ident($2) || '(' ||
array_to_string($3, ', ') || ') should not be strict'
);
$$ LANGUAGE sql;
-- isnt_strict( schema, function, description )
CREATE OR REPLACE FUNCTION isnt_strict ( NAME, NAME, TEXT )
RETURNS TEXT AS $$
SELECT _func_compare($1, $2, NOT _strict($1, $2), $3 );
$$ LANGUAGE SQL;
-- isnt_strict( schema, function )
CREATE OR REPLACE FUNCTION isnt_strict( NAME, NAME )
RETURNS TEXT AS $$
SELECT ok(
NOT _strict($1, $2),
'Function ' || quote_ident($1) || '.' || quote_ident($2) || '() should not be strict'
);
$$ LANGUAGE sql;
-- isnt_strict( function, args[], description )
CREATE OR REPLACE FUNCTION isnt_strict ( NAME, NAME[], TEXT )
RETURNS TEXT AS $$
SELECT _func_compare(NULL, $1, $2, NOT _strict($1, $2), $3 );
$$ LANGUAGE SQL;
-- isnt_strict( function, args[] )
CREATE OR REPLACE FUNCTION isnt_strict( NAME, NAME[] )
RETURNS TEXT AS $$
SELECT ok(
NOT _strict($1, $2),
'Function ' || quote_ident($1) || '(' ||
array_to_string($2, ', ') || ') should not be strict'
);
$$ LANGUAGE sql;
-- isnt_strict( function, description )
CREATE OR REPLACE FUNCTION isnt_strict( NAME, TEXT )
RETURNS TEXT AS $$
SELECT _func_compare(NULL, $1, NOT _strict($1), $2 );
$$ LANGUAGE sql;
-- isnt_strict( function )
CREATE OR REPLACE FUNCTION isnt_strict( NAME )
RETURNS TEXT AS $$
SELECT ok( NOT _strict($1), 'Function ' || quote_ident($1) || '() should not be strict' );
$$ LANGUAGE sql;
CREATE OR REPLACE FUNCTION _expand_vol( char )
RETURNS TEXT AS $$
SELECT CASE $1
WHEN 'i' THEN 'IMMUTABLE'
WHEN 's' THEN 'STABLE'
WHEN 'v' THEN 'VOLATILE'
ELSE 'UNKNOWN' END
$$ LANGUAGE SQL IMMUTABLE;
CREATE OR REPLACE FUNCTION _refine_vol( text )
RETURNS text AS $$
SELECT _expand_vol(substring(LOWER($1) FROM 1 FOR 1)::char);
$$ LANGUAGE SQL IMMUTABLE;
CREATE OR REPLACE FUNCTION _vol ( NAME, NAME, NAME[] )
RETURNS TEXT AS $$
SELECT _expand_vol(volatility)
FROM tap_funky f
WHERE f.schema = $1
and f.name = $2
AND f.args = array_to_string($3, ',')
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION _vol ( NAME, NAME )
RETURNS TEXT AS $$
SELECT _expand_vol(volatility) FROM tap_funky f
WHERE f.schema = $1 and f.name = $2
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION _vol ( NAME, NAME[] )
RETURNS TEXT AS $$
SELECT _expand_vol(volatility)
FROM tap_funky f
WHERE f.name = $1
AND f.args = array_to_string($2, ',')
AND f.is_visible;
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION _vol ( NAME )
RETURNS TEXT AS $$
SELECT _expand_vol(volatility) FROM tap_funky f
WHERE f.name = $1 AND f.is_visible;
$$ LANGUAGE SQL;
-- volatility_is( schema, function, args[], volatility, description )
CREATE OR REPLACE FUNCTION volatility_is( NAME, NAME, NAME[], TEXT, TEXT )
RETURNS TEXT AS $$
SELECT _func_compare($1, $2, $3, _vol($1, $2, $3), _refine_vol($4), $5 );
$$ LANGUAGE SQL;
-- volatility_is( schema, function, args[], volatility )
CREATE OR REPLACE FUNCTION volatility_is( NAME, NAME, NAME[], TEXT )
RETURNS TEXT AS $$
SELECT volatility_is(
$1, $2, $3, $4,
'Function ' || quote_ident($1) || '.' || quote_ident($2) || '(' ||
array_to_string($3, ', ') || ') should be ' || _refine_vol($4)
);
$$ LANGUAGE SQL;
-- volatility_is( schema, function, volatility, description )
CREATE OR REPLACE FUNCTION volatility_is( NAME, NAME, TEXT, TEXT )
RETURNS TEXT AS $$
SELECT _func_compare($1, $2, _vol($1, $2), _refine_vol($3), $4 );
$$ LANGUAGE SQL;
-- volatility_is( schema, function, volatility )
CREATE OR REPLACE FUNCTION volatility_is( NAME, NAME, TEXT )
RETURNS TEXT AS $$
SELECT volatility_is(
$1, $2, $3,
'Function ' || quote_ident($1) || '.' || quote_ident($2)
|| '() should be ' || _refine_vol($3)
);
$$ LANGUAGE SQL;
-- volatility_is( function, args[], volatility, description )
CREATE OR REPLACE FUNCTION volatility_is( NAME, NAME[], TEXT, TEXT )
RETURNS TEXT AS $$
SELECT _func_compare(NULL, $1, $2, _vol($1, $2), _refine_vol($3), $4 );
$$ LANGUAGE SQL;
-- volatility_is( function, args[], volatility )
CREATE OR REPLACE FUNCTION volatility_is( NAME, NAME[], TEXT )
RETURNS TEXT AS $$
SELECT volatility_is(
$1, $2, $3,
'Function ' || quote_ident($1) || '(' ||
array_to_string($2, ', ') || ') should be ' || _refine_vol($3)
);
$$ LANGUAGE SQL;
-- volatility_is( function, volatility, description )
CREATE OR REPLACE FUNCTION volatility_is( NAME, TEXT, TEXT )
RETURNS TEXT AS $$
SELECT _func_compare(NULL, $1, _vol($1), _refine_vol($2), $3 );
$$ LANGUAGE SQL;
-- volatility_is( function, volatility )
CREATE OR REPLACE FUNCTION volatility_is( NAME, TEXT )
RETURNS TEXT AS $$
SELECT volatility_is(
$1, $2,
'Function ' || quote_ident($1) || '() should be ' || _refine_vol($2)
);
$$ LANGUAGE SQL;
-- check_test( test_output, pass, name, description, diag, match_diag )
CREATE OR REPLACE FUNCTION check_test( TEXT, BOOLEAN, TEXT, TEXT, TEXT, BOOLEAN )
RETURNS SETOF TEXT AS $$
DECLARE
tnumb INTEGER;
aok BOOLEAN;
adescr TEXT;
res BOOLEAN;
descr TEXT;
adiag TEXT;
have ALIAS FOR $1;
eok ALIAS FOR $2;
name ALIAS FOR $3;
edescr ALIAS FOR $4;
ediag ALIAS FOR $5;
matchit ALIAS FOR $6;
BEGIN
-- What test was it that just ran?
tnumb := currval('__tresults___numb_seq');
-- Fetch the results.
aok := substring(have, 1, 2) = 'ok';
adescr := COALESCE(substring(have FROM E'(?:not )?ok [[:digit:]]+ - ([^\n]+)'), '');
-- Now delete those results.
EXECUTE 'ALTER SEQUENCE __tresults___numb_seq RESTART WITH ' || tnumb;
IF NOT aok THEN PERFORM _set('failed', _get('failed') - 1); END IF;
-- Set up the description.
descr := coalesce( name || ' ', 'Test ' ) || 'should ';
-- So, did the test pass?
RETURN NEXT is(
aok,
eok,
descr || CASE eok WHEN true then 'pass' ELSE 'fail' END
);
-- Was the description as expected?
IF edescr IS NOT NULL THEN
RETURN NEXT is(
adescr,
edescr,
descr || 'have the proper description'
);
END IF;
-- Were the diagnostics as expected?
IF ediag IS NOT NULL THEN
-- Remove ok and the test number.
adiag := substring(
have
FROM CASE WHEN aok THEN 4 ELSE 9 END + char_length(tnumb::text)
);
-- Remove the description, if there is one.
IF adescr <> '' THEN
adiag := substring(
adiag FROM 1 + char_length( ' - ' || substr(diag( adescr ), 3) )
);
END IF;
IF NOT aok THEN
-- Remove failure message from ok().
adiag := substring(adiag FROM 1 + char_length(diag(
'Failed test ' || tnumb ||
CASE adescr WHEN '' THEN '' ELSE COALESCE(': "' || adescr || '"', '') END
)));
END IF;
IF ediag <> '' THEN
-- Remove the space before the diagnostics.
adiag := substring(adiag FROM 2);
END IF;
-- Remove the #s.
adiag := replace( substring(adiag from 3), E'\n# ', E'\n' );
-- Now compare the diagnostics.
IF matchit THEN
RETURN NEXT matches(
adiag,
ediag,
descr || 'have the proper diagnostics'
);
ELSE
RETURN NEXT is(
adiag,
ediag,
descr || 'have the proper diagnostics'
);
END IF;
END IF;
-- And we're done
RETURN;
END;
$$ LANGUAGE plpgsql;
-- check_test( test_output, pass, name, description, diag )
CREATE OR REPLACE FUNCTION check_test( TEXT, BOOLEAN, TEXT, TEXT, TEXT )
RETURNS SETOF TEXT AS $$
SELECT * FROM check_test( $1, $2, $3, $4, $5, FALSE );
$$ LANGUAGE sql;
-- check_test( test_output, pass, name, description )
CREATE OR REPLACE FUNCTION check_test( TEXT, BOOLEAN, TEXT, TEXT )
RETURNS SETOF TEXT AS $$
SELECT * FROM check_test( $1, $2, $3, $4, NULL, FALSE );
$$ LANGUAGE sql;
-- check_test( test_output, pass, name )
CREATE OR REPLACE FUNCTION check_test( TEXT, BOOLEAN, TEXT )
RETURNS SETOF TEXT AS $$
SELECT * FROM check_test( $1, $2, $3, NULL, NULL, FALSE );
$$ LANGUAGE sql;
-- check_test( test_output, pass )
CREATE OR REPLACE FUNCTION check_test( TEXT, BOOLEAN )
RETURNS SETOF TEXT AS $$
SELECT * FROM check_test( $1, $2, NULL, NULL, NULL, FALSE );
$$ LANGUAGE sql;
CREATE OR REPLACE FUNCTION findfuncs( NAME, TEXT, TEXT )
RETURNS TEXT[] AS $$
SELECT ARRAY(
SELECT DISTINCT (quote_ident(n.nspname) || '.' || quote_ident(p.proname)) COLLATE "C" AS pname
FROM pg_catalog.pg_proc p
JOIN pg_catalog.pg_namespace n ON p.pronamespace = n.oid
WHERE n.nspname = $1
AND p.proname ~ $2
AND ($3 IS NULL OR p.proname !~ $3)
ORDER BY pname
);
$$ LANGUAGE sql;
CREATE OR REPLACE FUNCTION findfuncs( NAME, TEXT )
RETURNS TEXT[] AS $$
SELECT findfuncs( $1, $2, NULL )
$$ LANGUAGE sql;
CREATE OR REPLACE FUNCTION findfuncs( TEXT, TEXT )
RETURNS TEXT[] AS $$
SELECT ARRAY(
SELECT DISTINCT (quote_ident(n.nspname) || '.' || quote_ident(p.proname)) COLLATE "C" AS pname
FROM pg_catalog.pg_proc p
JOIN pg_catalog.pg_namespace n ON p.pronamespace = n.oid
WHERE pg_catalog.pg_function_is_visible(p.oid)
AND p.proname ~ $1
AND ($2 IS NULL OR p.proname !~ $2)
ORDER BY pname
);
$$ LANGUAGE sql;
CREATE OR REPLACE FUNCTION findfuncs( TEXT )
RETURNS TEXT[] AS $$
SELECT findfuncs( $1, NULL )
$$ LANGUAGE sql;
CREATE OR REPLACE FUNCTION _runem( text[], boolean )
RETURNS SETOF TEXT AS $$
DECLARE
tap text;
lbound int := array_lower($1, 1);
BEGIN
IF lbound IS NULL THEN RETURN; END IF;
FOR i IN lbound..array_upper($1, 1) LOOP
-- Send the name of the function to diag if warranted.
IF $2 THEN RETURN NEXT diag( $1[i] || '()' ); END IF;
-- Execute the tap function and return its results.
FOR tap IN EXECUTE 'SELECT * FROM ' || $1[i] || '()' LOOP
RETURN NEXT tap;
END LOOP;
END LOOP;
RETURN;
END;
$$ LANGUAGE plpgsql;
CREATE OR REPLACE FUNCTION _is_verbose()
RETURNS BOOLEAN AS $$
SELECT current_setting('client_min_messages') NOT IN (
'warning', 'error', 'fatal', 'panic'
);
$$ LANGUAGE sql STABLE;
-- do_tap( schema, pattern )
CREATE OR REPLACE FUNCTION do_tap( name, text )
RETURNS SETOF TEXT AS $$
SELECT * FROM _runem( findfuncs($1, $2), _is_verbose() );
$$ LANGUAGE sql;
-- do_tap( schema )
CREATE OR REPLACE FUNCTION do_tap( name )
RETURNS SETOF TEXT AS $$
SELECT * FROM _runem( findfuncs($1, '^test'), _is_verbose() );
$$ LANGUAGE sql;
-- do_tap( pattern )
CREATE OR REPLACE FUNCTION do_tap( text )
RETURNS SETOF TEXT AS $$
SELECT * FROM _runem( findfuncs($1), _is_verbose() );
$$ LANGUAGE sql;
-- do_tap()
CREATE OR REPLACE FUNCTION do_tap( )
RETURNS SETOF TEXT AS $$
SELECT * FROM _runem( findfuncs('^test'), _is_verbose());
$$ LANGUAGE sql;
CREATE OR REPLACE FUNCTION _currtest()
RETURNS INTEGER AS $$
BEGIN
RETURN currval('__tresults___numb_seq');
EXCEPTION
WHEN object_not_in_prerequisite_state THEN RETURN 0;
END;
$$ LANGUAGE plpgsql;
CREATE OR REPLACE FUNCTION _cleanup()
RETURNS boolean AS $$
DROP SEQUENCE __tresults___numb_seq;
DROP TABLE __tcache__;
DROP SEQUENCE __tcache___id_seq;
SELECT TRUE;
$$ LANGUAGE sql;
-- diag_test_name ( test_name )
CREATE OR REPLACE FUNCTION diag_test_name(TEXT)
RETURNS TEXT AS $$
SELECT diag($1 || '()');
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION _runner( text[], text[], text[], text[], text[] )
RETURNS SETOF TEXT AS $$
DECLARE
startup ALIAS FOR $1;
shutdown ALIAS FOR $2;
setup ALIAS FOR $3;
teardown ALIAS FOR $4;
tests ALIAS FOR $5;
tap TEXT;
tfaild INTEGER := 0;
ffaild INTEGER := 0;
tnumb INTEGER := 0;
fnumb INTEGER := 0;
tok BOOLEAN := TRUE;
BEGIN
BEGIN
-- No plan support.
PERFORM * FROM no_plan();
FOR tap IN SELECT * FROM _runem(startup, false) LOOP RETURN NEXT tap; END LOOP;
EXCEPTION
-- Catch all exceptions and simply rethrow custom exceptions. This
-- will roll back everything in the above block.
WHEN raise_exception THEN RAISE EXCEPTION '%', SQLERRM;
END;
-- Record how startup tests have failed.
tfaild := num_failed();
FOR i IN 1..COALESCE(array_upper(tests, 1), 0) LOOP
-- What subtest are we running?
RETURN NEXT ' ' || diag_test_name('Subtest: ' || tests[i]);
-- Reset the results.
tok := TRUE;
tnumb := COALESCE(_get('curr_test'), 0);
IF tnumb > 0 THEN
EXECUTE 'ALTER SEQUENCE __tresults___numb_seq RESTART WITH 1';
PERFORM _set('curr_test', 0);
PERFORM _set('failed', 0);
END IF;
DECLARE
errstate text;
errmsg text;
detail text;
hint text;
context text;
schname text;
tabname text;
colname text;
chkname text;
typname text;
BEGIN
BEGIN
-- Run the setup functions.
FOR tap IN SELECT * FROM _runem(setup, false) LOOP
RETURN NEXT regexp_replace(tap, '^', ' ', 'gn');
END LOOP;
-- Run the actual test function.
FOR tap IN EXECUTE 'SELECT * FROM ' || tests[i] || '()' LOOP
RETURN NEXT regexp_replace(tap, '^', ' ', 'gn');
END LOOP;
-- Run the teardown functions.
FOR tap IN SELECT * FROM _runem(teardown, false) LOOP
RETURN NEXT regexp_replace(tap, '^', ' ', 'gn');
END LOOP;
-- Emit the plan.
fnumb := COALESCE(_get('curr_test'), 0);
RETURN NEXT ' 1..' || fnumb;
-- Emit any error messages.
IF fnumb = 0 THEN
RETURN NEXT ' # No tests run!';
tok = false;
ELSE
-- Report failures.
ffaild := num_failed();
IF ffaild > 0 THEN
tok := FALSE;
RETURN NEXT ' ' || diag(
'Looks like you failed ' || ffaild || ' test' ||
CASE tfaild WHEN 1 THEN '' ELSE 's' END
|| ' of ' || fnumb
);
END IF;
END IF;
EXCEPTION WHEN raise_exception THEN
-- Something went wrong. Record that fact.
errstate := SQLSTATE;
errmsg := SQLERRM;
GET STACKED DIAGNOSTICS
detail = PG_EXCEPTION_DETAIL,
hint = PG_EXCEPTION_HINT,
context = PG_EXCEPTION_CONTEXT,
schname = SCHEMA_NAME,
tabname = TABLE_NAME,
colname = COLUMN_NAME,
chkname = CONSTRAINT_NAME,
typname = PG_DATATYPE_NAME;
END;
-- Always raise an exception to rollback any changes.
RAISE EXCEPTION '__TAP_ROLLBACK__';
EXCEPTION WHEN raise_exception THEN
IF errmsg IS NOT NULL THEN
-- Something went wrong. Emit the error message.
tok := FALSE;
RETURN NEXT regexp_replace( diag('Test died: ' || _error_diag(
errstate, errmsg, detail, hint, context, schname, tabname, colname, chkname, typname
)), '^', ' ', 'gn');
errmsg := NULL;
END IF;
END;
-- Restore the sequence.
EXECUTE 'ALTER SEQUENCE __tresults___numb_seq RESTART WITH ' || tnumb + 1;
PERFORM _set('curr_test', tnumb);
PERFORM _set('failed', tfaild);
-- Record this test.
RETURN NEXT ok(tok, tests[i]);
IF NOT tok THEN tfaild := tfaild + 1; END IF;
END LOOP;
-- Run the shutdown functions.
FOR tap IN SELECT * FROM _runem(shutdown, false) LOOP RETURN NEXT tap; END LOOP;
-- Finish up.
FOR tap IN SELECT * FROM _finish( COALESCE(_get('curr_test'), 0), 0, tfaild ) LOOP
RETURN NEXT tap;
END LOOP;
-- Clean up and return.
PERFORM _cleanup();
RETURN;
END;
$$ LANGUAGE plpgsql;
-- runtests( schema, match )
CREATE OR REPLACE FUNCTION runtests( NAME, TEXT )
RETURNS SETOF TEXT AS $$
SELECT * FROM _runner(
findfuncs( $1, '^startup' ),
findfuncs( $1, '^shutdown' ),
findfuncs( $1, '^setup' ),
findfuncs( $1, '^teardown' ),
findfuncs( $1, $2, '^(startup|shutdown|setup|teardown)' )
);
$$ LANGUAGE sql;
-- runtests( schema )
CREATE OR REPLACE FUNCTION runtests( NAME )
RETURNS SETOF TEXT AS $$
SELECT * FROM runtests( $1, '^test' );
$$ LANGUAGE sql;
-- runtests( match )
CREATE OR REPLACE FUNCTION runtests( TEXT )
RETURNS SETOF TEXT AS $$
SELECT * FROM _runner(
findfuncs( '^startup' ),
findfuncs( '^shutdown' ),
findfuncs( '^setup' ),
findfuncs( '^teardown' ),
findfuncs( $1, '^(startup|shutdown|setup|teardown)' )
);
$$ LANGUAGE sql;
-- runtests( )
CREATE OR REPLACE FUNCTION runtests( )
RETURNS SETOF TEXT AS $$
SELECT * FROM runtests( '^test' );
$$ LANGUAGE sql;
CREATE OR REPLACE FUNCTION _temptable ( TEXT, TEXT )
RETURNS TEXT AS $$
BEGIN
EXECUTE 'CREATE TEMP TABLE ' || $2 || ' AS ' || _query($1);
return $2;
END;
$$ LANGUAGE plpgsql;
CREATE OR REPLACE FUNCTION _temptable ( anyarray, TEXT )
RETURNS TEXT AS $$
BEGIN
CREATE TEMP TABLE _____coltmp___ AS
SELECT $1[i]
FROM generate_series(array_lower($1, 1), array_upper($1, 1)) s(i);
EXECUTE 'ALTER TABLE _____coltmp___ RENAME TO ' || $2;
return $2;
END;
$$ LANGUAGE plpgsql;
CREATE OR REPLACE FUNCTION _temptypes( TEXT )
RETURNS TEXT AS $$
SELECT array_to_string(ARRAY(
SELECT pg_catalog.format_type(a.atttypid, a.atttypmod)
FROM pg_catalog.pg_attribute a
JOIN pg_catalog.pg_class c ON a.attrelid = c.oid
WHERE c.oid = ('pg_temp.' || $1)::pg_catalog.regclass
AND attnum > 0
AND NOT attisdropped
ORDER BY attnum
), ',');
$$ LANGUAGE sql;
CREATE OR REPLACE FUNCTION _docomp( TEXT, TEXT, TEXT, TEXT )
RETURNS TEXT AS $$
DECLARE
have ALIAS FOR $1;
want ALIAS FOR $2;
extras TEXT[] := '{}';
missing TEXT[] := '{}';
res BOOLEAN := TRUE;
msg TEXT := '';
rec RECORD;
BEGIN
BEGIN
-- Find extra records.
FOR rec in EXECUTE 'SELECT * FROM ' || have || ' EXCEPT ' || $4
|| 'SELECT * FROM ' || want LOOP
extras := extras || rec::text;
END LOOP;
-- Find missing records.
FOR rec in EXECUTE 'SELECT * FROM ' || want || ' EXCEPT ' || $4
|| 'SELECT * FROM ' || have LOOP
missing := missing || rec::text;
END LOOP;
-- Drop the temporary tables.
EXECUTE 'DROP TABLE ' || have;
EXECUTE 'DROP TABLE ' || want;
EXCEPTION WHEN syntax_error OR datatype_mismatch THEN
msg := E'\n' || diag(
E' Columns differ between queries:\n'
|| ' have: (' || _temptypes(have) || E')\n'
|| ' want: (' || _temptypes(want) || ')'
);
EXECUTE 'DROP TABLE ' || have;
EXECUTE 'DROP TABLE ' || want;
RETURN ok(FALSE, $3) || msg;
END;
-- What extra records do we have?
IF extras[1] IS NOT NULL THEN
res := FALSE;
msg := E'\n' || diag(
E' Extra records:\n '
|| array_to_string( extras, E'\n ' )
);
END IF;
-- What missing records do we have?
IF missing[1] IS NOT NULL THEN
res := FALSE;
msg := msg || E'\n' || diag(
E' Missing records:\n '
|| array_to_string( missing, E'\n ' )
);
END IF;
RETURN ok(res, $3) || msg;
END;
$$ LANGUAGE plpgsql;
CREATE OR REPLACE FUNCTION _relcomp( TEXT, TEXT, TEXT, TEXT )
RETURNS TEXT AS $$
SELECT _docomp(
_temptable( $1, '__taphave__' ),
_temptable( $2, '__tapwant__' ),
$3, $4
);
$$ LANGUAGE sql;
CREATE OR REPLACE FUNCTION _relcomp( TEXT, anyarray, TEXT, TEXT )
RETURNS TEXT AS $$
SELECT _docomp(
_temptable( $1, '__taphave__' ),
_temptable( $2, '__tapwant__' ),
$3, $4
);
$$ LANGUAGE sql;
-- set_eq( sql, sql, description )
CREATE OR REPLACE FUNCTION set_eq( TEXT, TEXT, TEXT )
RETURNS TEXT AS $$
SELECT _relcomp( $1, $2, $3, '' );
$$ LANGUAGE sql;
-- set_eq( sql, sql )
CREATE OR REPLACE FUNCTION set_eq( TEXT, TEXT )
RETURNS TEXT AS $$
SELECT _relcomp( $1, $2, NULL::text, '' );
$$ LANGUAGE sql;
-- set_eq( sql, array, description )
CREATE OR REPLACE FUNCTION set_eq( TEXT, anyarray, TEXT )
RETURNS TEXT AS $$
SELECT _relcomp( $1, $2, $3, '' );
$$ LANGUAGE sql;
-- set_eq( sql, array )
CREATE OR REPLACE FUNCTION set_eq( TEXT, anyarray )
RETURNS TEXT AS $$
SELECT _relcomp( $1, $2, NULL::text, '' );
$$ LANGUAGE sql;
-- bag_eq( sql, sql, description )
CREATE OR REPLACE FUNCTION bag_eq( TEXT, TEXT, TEXT )
RETURNS TEXT AS $$
SELECT _relcomp( $1, $2, $3, 'ALL ' );
$$ LANGUAGE sql;
-- bag_eq( sql, sql )
CREATE OR REPLACE FUNCTION bag_eq( TEXT, TEXT )
RETURNS TEXT AS $$
SELECT _relcomp( $1, $2, NULL::text, 'ALL ' );
$$ LANGUAGE sql;
-- bag_eq( sql, array, description )
CREATE OR REPLACE FUNCTION bag_eq( TEXT, anyarray, TEXT )
RETURNS TEXT AS $$
SELECT _relcomp( $1, $2, $3, 'ALL ' );
$$ LANGUAGE sql;
-- bag_eq( sql, array )
CREATE OR REPLACE FUNCTION bag_eq( TEXT, anyarray )
RETURNS TEXT AS $$
SELECT _relcomp( $1, $2, NULL::text, 'ALL ' );
$$ LANGUAGE sql;
CREATE OR REPLACE FUNCTION _do_ne( TEXT, TEXT, TEXT, TEXT )
RETURNS TEXT AS $$
DECLARE
have ALIAS FOR $1;
want ALIAS FOR $2;
extras TEXT[] := '{}';
missing TEXT[] := '{}';
res BOOLEAN := TRUE;
msg TEXT := '';
BEGIN
BEGIN
-- Find extra records.
EXECUTE 'SELECT EXISTS ( '
|| '( SELECT * FROM ' || have || ' EXCEPT ' || $4
|| ' SELECT * FROM ' || want
|| ' ) UNION ( '
|| ' SELECT * FROM ' || want || ' EXCEPT ' || $4
|| ' SELECT * FROM ' || have
|| ' ) LIMIT 1 )' INTO res;
-- Drop the temporary tables.
EXECUTE 'DROP TABLE ' || have;
EXECUTE 'DROP TABLE ' || want;
EXCEPTION WHEN syntax_error OR datatype_mismatch THEN
msg := E'\n' || diag(
E' Columns differ between queries:\n'
|| ' have: (' || _temptypes(have) || E')\n'
|| ' want: (' || _temptypes(want) || ')'
);
EXECUTE 'DROP TABLE ' || have;
EXECUTE 'DROP TABLE ' || want;
RETURN ok(FALSE, $3) || msg;
END;
-- Return the value from the query.
RETURN ok(res, $3);
END;
$$ LANGUAGE plpgsql;
CREATE OR REPLACE FUNCTION _relne( TEXT, TEXT, TEXT, TEXT )
RETURNS TEXT AS $$
SELECT _do_ne(
_temptable( $1, '__taphave__' ),
_temptable( $2, '__tapwant__' ),
$3, $4
);
$$ LANGUAGE sql;
CREATE OR REPLACE FUNCTION _relne( TEXT, anyarray, TEXT, TEXT )
RETURNS TEXT AS $$
SELECT _do_ne(
_temptable( $1, '__taphave__' ),
_temptable( $2, '__tapwant__' ),
$3, $4
);
$$ LANGUAGE sql;
-- set_ne( sql, sql, description )
CREATE OR REPLACE FUNCTION set_ne( TEXT, TEXT, TEXT )
RETURNS TEXT AS $$
SELECT _relne( $1, $2, $3, '' );
$$ LANGUAGE sql;
-- set_ne( sql, sql )
CREATE OR REPLACE FUNCTION set_ne( TEXT, TEXT )
RETURNS TEXT AS $$
SELECT _relne( $1, $2, NULL::text, '' );
$$ LANGUAGE sql;
-- set_ne( sql, array, description )
CREATE OR REPLACE FUNCTION set_ne( TEXT, anyarray, TEXT )
RETURNS TEXT AS $$
SELECT _relne( $1, $2, $3, '' );
$$ LANGUAGE sql;
-- set_ne( sql, array )
CREATE OR REPLACE FUNCTION set_ne( TEXT, anyarray )
RETURNS TEXT AS $$
SELECT _relne( $1, $2, NULL::text, '' );
$$ LANGUAGE sql;
-- bag_ne( sql, sql, description )
CREATE OR REPLACE FUNCTION bag_ne( TEXT, TEXT, TEXT )
RETURNS TEXT AS $$
SELECT _relne( $1, $2, $3, 'ALL ' );
$$ LANGUAGE sql;
-- bag_ne( sql, sql )
CREATE OR REPLACE FUNCTION bag_ne( TEXT, TEXT )
RETURNS TEXT AS $$
SELECT _relne( $1, $2, NULL::text, 'ALL ' );
$$ LANGUAGE sql;
-- bag_ne( sql, array, description )
CREATE OR REPLACE FUNCTION bag_ne( TEXT, anyarray, TEXT )
RETURNS TEXT AS $$
SELECT _relne( $1, $2, $3, 'ALL ' );
$$ LANGUAGE sql;
-- bag_ne( sql, array )
CREATE OR REPLACE FUNCTION bag_ne( TEXT, anyarray )
RETURNS TEXT AS $$
SELECT _relne( $1, $2, NULL::text, 'ALL ' );
$$ LANGUAGE sql;
CREATE OR REPLACE FUNCTION _relcomp( TEXT, TEXT, TEXT, TEXT, TEXT )
RETURNS TEXT AS $$
DECLARE
have TEXT := _temptable( $1, '__taphave__' );
want TEXT := _temptable( $2, '__tapwant__' );
results TEXT[] := '{}';
res BOOLEAN := TRUE;
msg TEXT := '';
rec RECORD;
BEGIN
BEGIN
-- Find relevant records.
FOR rec in EXECUTE 'SELECT * FROM ' || want || ' ' || $4
|| ' SELECT * FROM ' || have LOOP
results := results || rec::text;
END LOOP;
-- Drop the temporary tables.
EXECUTE 'DROP TABLE ' || have;
EXECUTE 'DROP TABLE ' || want;
EXCEPTION WHEN syntax_error OR datatype_mismatch THEN
msg := E'\n' || diag(
E' Columns differ between queries:\n'
|| ' have: (' || _temptypes(have) || E')\n'
|| ' want: (' || _temptypes(want) || ')'
);
EXECUTE 'DROP TABLE ' || have;
EXECUTE 'DROP TABLE ' || want;
RETURN ok(FALSE, $3) || msg;
END;
-- What records do we have?
IF results[1] IS NOT NULL THEN
res := FALSE;
msg := msg || E'\n' || diag(
' ' || $5 || E' records:\n '
|| array_to_string( results, E'\n ' )
);
END IF;
RETURN ok(res, $3) || msg;
END;
$$ LANGUAGE plpgsql;
-- set_has( sql, sql, description )
CREATE OR REPLACE FUNCTION set_has( TEXT, TEXT, TEXT )
RETURNS TEXT AS $$
SELECT _relcomp( $1, $2, $3, 'EXCEPT', 'Missing' );
$$ LANGUAGE sql;
-- set_has( sql, sql )
CREATE OR REPLACE FUNCTION set_has( TEXT, TEXT )
RETURNS TEXT AS $$
SELECT _relcomp( $1, $2, NULL::TEXT, 'EXCEPT', 'Missing' );
$$ LANGUAGE sql;
-- bag_has( sql, sql, description )
CREATE OR REPLACE FUNCTION bag_has( TEXT, TEXT, TEXT )
RETURNS TEXT AS $$
SELECT _relcomp( $1, $2, $3, 'EXCEPT ALL', 'Missing' );
$$ LANGUAGE sql;
-- bag_has( sql, sql )
CREATE OR REPLACE FUNCTION bag_has( TEXT, TEXT )
RETURNS TEXT AS $$
SELECT _relcomp( $1, $2, NULL::TEXT, 'EXCEPT ALL', 'Missing' );
$$ LANGUAGE sql;
-- set_hasnt( sql, sql, description )
CREATE OR REPLACE FUNCTION set_hasnt( TEXT, TEXT, TEXT )
RETURNS TEXT AS $$
SELECT _relcomp( $1, $2, $3, 'INTERSECT', 'Extra' );
$$ LANGUAGE sql;
-- set_hasnt( sql, sql )
CREATE OR REPLACE FUNCTION set_hasnt( TEXT, TEXT )
RETURNS TEXT AS $$
SELECT _relcomp( $1, $2, NULL::TEXT, 'INTERSECT', 'Extra' );
$$ LANGUAGE sql;
-- bag_hasnt( sql, sql, description )
CREATE OR REPLACE FUNCTION bag_hasnt( TEXT, TEXT, TEXT )
RETURNS TEXT AS $$
SELECT _relcomp( $1, $2, $3, 'INTERSECT ALL', 'Extra' );
$$ LANGUAGE sql;
-- bag_hasnt( sql, sql )
CREATE OR REPLACE FUNCTION bag_hasnt( TEXT, TEXT )
RETURNS TEXT AS $$
SELECT _relcomp( $1, $2, NULL::TEXT, 'INTERSECT ALL', 'Extra' );
$$ LANGUAGE sql;
-- results_eq( cursor, cursor, description )
CREATE OR REPLACE FUNCTION results_eq( refcursor, refcursor, text )
RETURNS TEXT AS $$
DECLARE
have ALIAS FOR $1;
want ALIAS FOR $2;
have_rec RECORD;
want_rec RECORD;
have_found BOOLEAN;
want_found BOOLEAN;
rownum INTEGER := 1;
BEGIN
FETCH have INTO have_rec;
have_found := FOUND;
FETCH want INTO want_rec;
want_found := FOUND;
WHILE have_found OR want_found LOOP
IF have_rec IS DISTINCT FROM want_rec OR have_found <> want_found THEN
RETURN ok( false, $3 ) || E'\n' || diag(
' Results differ beginning at row ' || rownum || E':\n' ||
' have: ' || CASE WHEN have_found THEN have_rec::text ELSE 'NULL' END || E'\n' ||
' want: ' || CASE WHEN want_found THEN want_rec::text ELSE 'NULL' END
);
END IF;
rownum = rownum + 1;
FETCH have INTO have_rec;
have_found := FOUND;
FETCH want INTO want_rec;
want_found := FOUND;
END LOOP;
RETURN ok( true, $3 );
EXCEPTION
WHEN datatype_mismatch THEN
RETURN ok( false, $3 ) || E'\n' || diag(
E' Number of columns or their types differ between the queries' ||
CASE WHEN have_rec::TEXT = want_rec::text THEN '' ELSE E':\n' ||
' have: ' || CASE WHEN have_found THEN have_rec::text ELSE 'NULL' END || E'\n' ||
' want: ' || CASE WHEN want_found THEN want_rec::text ELSE 'NULL' END
END
);
END;
$$ LANGUAGE plpgsql;
-- results_eq( cursor, cursor )
CREATE OR REPLACE FUNCTION results_eq( refcursor, refcursor )
RETURNS TEXT AS $$
SELECT results_eq( $1, $2, NULL::text );
$$ LANGUAGE sql;
-- results_eq( sql, sql, description )
CREATE OR REPLACE FUNCTION results_eq( TEXT, TEXT, TEXT )
RETURNS TEXT AS $$
DECLARE
have REFCURSOR;
want REFCURSOR;
res TEXT;
BEGIN
OPEN have FOR EXECUTE _query($1);
OPEN want FOR EXECUTE _query($2);
res := results_eq(have, want, $3);
CLOSE have;
CLOSE want;
RETURN res;
END;
$$ LANGUAGE plpgsql;
-- results_eq( sql, sql )
CREATE OR REPLACE FUNCTION results_eq( TEXT, TEXT )
RETURNS TEXT AS $$
SELECT results_eq( $1, $2, NULL::text );
$$ LANGUAGE sql;
-- results_eq( sql, array, description )
CREATE OR REPLACE FUNCTION results_eq( TEXT, anyarray, TEXT )
RETURNS TEXT AS $$
DECLARE
have REFCURSOR;
want REFCURSOR;
res TEXT;
BEGIN
OPEN have FOR EXECUTE _query($1);
OPEN want FOR SELECT $2[i]
FROM generate_series(array_lower($2, 1), array_upper($2, 1)) s(i);
res := results_eq(have, want, $3);
CLOSE have;
CLOSE want;
RETURN res;
END;
$$ LANGUAGE plpgsql;
-- results_eq( sql, array )
CREATE OR REPLACE FUNCTION results_eq( TEXT, anyarray )
RETURNS TEXT AS $$
SELECT results_eq( $1, $2, NULL::text );
$$ LANGUAGE sql;
-- results_eq( sql, cursor, description )
CREATE OR REPLACE FUNCTION results_eq( TEXT, refcursor, TEXT )
RETURNS TEXT AS $$
DECLARE
have REFCURSOR;
res TEXT;
BEGIN
OPEN have FOR EXECUTE _query($1);
res := results_eq(have, $2, $3);
CLOSE have;
RETURN res;
END;
$$ LANGUAGE plpgsql;
-- results_eq( sql, cursor )
CREATE OR REPLACE FUNCTION results_eq( TEXT, refcursor )
RETURNS TEXT AS $$
SELECT results_eq( $1, $2, NULL::text );
$$ LANGUAGE sql;
-- results_eq( cursor, sql, description )
CREATE OR REPLACE FUNCTION results_eq( refcursor, TEXT, TEXT )
RETURNS TEXT AS $$
DECLARE
want REFCURSOR;
res TEXT;
BEGIN
OPEN want FOR EXECUTE _query($2);
res := results_eq($1, want, $3);
CLOSE want;
RETURN res;
END;
$$ LANGUAGE plpgsql;
-- results_eq( cursor, sql )
CREATE OR REPLACE FUNCTION results_eq( refcursor, TEXT )
RETURNS TEXT AS $$
SELECT results_eq( $1, $2, NULL::text );
$$ LANGUAGE sql;
-- results_eq( cursor, array, description )
CREATE OR REPLACE FUNCTION results_eq( refcursor, anyarray, TEXT )
RETURNS TEXT AS $$
DECLARE
want REFCURSOR;
res TEXT;
BEGIN
OPEN want FOR SELECT $2[i]
FROM generate_series(array_lower($2, 1), array_upper($2, 1)) s(i);
res := results_eq($1, want, $3);
CLOSE want;
RETURN res;
END;
$$ LANGUAGE plpgsql;
-- results_eq( cursor, array )
CREATE OR REPLACE FUNCTION results_eq( refcursor, anyarray )
RETURNS TEXT AS $$
SELECT results_eq( $1, $2, NULL::text );
$$ LANGUAGE sql;
-- results_ne( cursor, cursor, description )
CREATE OR REPLACE FUNCTION results_ne( refcursor, refcursor, text )
RETURNS TEXT AS $$
DECLARE
have ALIAS FOR $1;
want ALIAS FOR $2;
have_rec RECORD;
want_rec RECORD;
have_found BOOLEAN;
want_found BOOLEAN;
BEGIN
FETCH have INTO have_rec;
have_found := FOUND;
FETCH want INTO want_rec;
want_found := FOUND;
WHILE have_found OR want_found LOOP
IF have_rec IS DISTINCT FROM want_rec OR have_found <> want_found THEN
RETURN ok( true, $3 );
ELSE
FETCH have INTO have_rec;
have_found := FOUND;
FETCH want INTO want_rec;
want_found := FOUND;
END IF;
END LOOP;
RETURN ok( false, $3 );
EXCEPTION
WHEN datatype_mismatch THEN
RETURN ok( false, $3 ) || E'\n' || diag(
E' Columns differ between queries:\n' ||
' have: ' || CASE WHEN have_found THEN have_rec::text ELSE 'NULL' END || E'\n' ||
' want: ' || CASE WHEN want_found THEN want_rec::text ELSE 'NULL' END
);
END;
$$ LANGUAGE plpgsql;
-- results_ne( cursor, cursor )
CREATE OR REPLACE FUNCTION results_ne( refcursor, refcursor )
RETURNS TEXT AS $$
SELECT results_ne( $1, $2, NULL::text );
$$ LANGUAGE sql;
-- results_ne( sql, sql, description )
CREATE OR REPLACE FUNCTION results_ne( TEXT, TEXT, TEXT )
RETURNS TEXT AS $$
DECLARE
have REFCURSOR;
want REFCURSOR;
res TEXT;
BEGIN
OPEN have FOR EXECUTE _query($1);
OPEN want FOR EXECUTE _query($2);
res := results_ne(have, want, $3);
CLOSE have;
CLOSE want;
RETURN res;
END;
$$ LANGUAGE plpgsql;
-- results_ne( sql, sql )
CREATE OR REPLACE FUNCTION results_ne( TEXT, TEXT )
RETURNS TEXT AS $$
SELECT results_ne( $1, $2, NULL::text );
$$ LANGUAGE sql;
-- results_ne( sql, array, description )
CREATE OR REPLACE FUNCTION results_ne( TEXT, anyarray, TEXT )
RETURNS TEXT AS $$
DECLARE
have REFCURSOR;
want REFCURSOR;
res TEXT;
BEGIN
OPEN have FOR EXECUTE _query($1);
OPEN want FOR SELECT $2[i]
FROM generate_series(array_lower($2, 1), array_upper($2, 1)) s(i);
res := results_ne(have, want, $3);
CLOSE have;
CLOSE want;
RETURN res;
END;
$$ LANGUAGE plpgsql;
-- results_ne( sql, array )
CREATE OR REPLACE FUNCTION results_ne( TEXT, anyarray )
RETURNS TEXT AS $$
SELECT results_ne( $1, $2, NULL::text );
$$ LANGUAGE sql;
-- results_ne( sql, cursor, description )
CREATE OR REPLACE FUNCTION results_ne( TEXT, refcursor, TEXT )
RETURNS TEXT AS $$
DECLARE
have REFCURSOR;
res TEXT;
BEGIN
OPEN have FOR EXECUTE _query($1);
res := results_ne(have, $2, $3);
CLOSE have;
RETURN res;
END;
$$ LANGUAGE plpgsql;
-- results_ne( sql, cursor )
CREATE OR REPLACE FUNCTION results_ne( TEXT, refcursor )
RETURNS TEXT AS $$
SELECT results_ne( $1, $2, NULL::text );
$$ LANGUAGE sql;
-- results_ne( cursor, sql, description )
CREATE OR REPLACE FUNCTION results_ne( refcursor, TEXT, TEXT )
RETURNS TEXT AS $$
DECLARE
want REFCURSOR;
res TEXT;
BEGIN
OPEN want FOR EXECUTE _query($2);
res := results_ne($1, want, $3);
CLOSE want;
RETURN res;
END;
$$ LANGUAGE plpgsql;
-- results_ne( cursor, sql )
CREATE OR REPLACE FUNCTION results_ne( refcursor, TEXT )
RETURNS TEXT AS $$
SELECT results_ne( $1, $2, NULL::text );
$$ LANGUAGE sql;
-- results_ne( cursor, array, description )
CREATE OR REPLACE FUNCTION results_ne( refcursor, anyarray, TEXT )
RETURNS TEXT AS $$
DECLARE
want REFCURSOR;
res TEXT;
BEGIN
OPEN want FOR SELECT $2[i]
FROM generate_series(array_lower($2, 1), array_upper($2, 1)) s(i);
res := results_ne($1, want, $3);
CLOSE want;
RETURN res;
END;
$$ LANGUAGE plpgsql;
-- results_ne( cursor, array )
CREATE OR REPLACE FUNCTION results_ne( refcursor, anyarray )
RETURNS TEXT AS $$
SELECT results_ne( $1, $2, NULL::text );
$$ LANGUAGE sql;
-- isa_ok( value, regtype, description )
CREATE OR REPLACE FUNCTION isa_ok( anyelement, regtype, TEXT )
RETURNS TEXT AS $$
DECLARE
typeof regtype := pg_typeof($1);
BEGIN
IF typeof = $2 THEN RETURN ok(true, $3 || ' isa ' || $2 ); END IF;
RETURN ok(false, $3 || ' isa ' || $2 ) || E'\n' ||
diag(' ' || $3 || ' isn''t a "' || $2 || '" it''s a "' || typeof || '"');
END;
$$ LANGUAGE plpgsql;
-- isa_ok( value, regtype )
CREATE OR REPLACE FUNCTION isa_ok( anyelement, regtype )
RETURNS TEXT AS $$
SELECT isa_ok($1, $2, 'the value');
$$ LANGUAGE sql;
-- is_empty( sql, description )
CREATE OR REPLACE FUNCTION is_empty( TEXT, TEXT )
RETURNS TEXT AS $$
DECLARE
extras TEXT[] := '{}';
res BOOLEAN := TRUE;
msg TEXT := '';
rec RECORD;
BEGIN
-- Find extra records.
FOR rec in EXECUTE _query($1) LOOP
extras := extras || rec::text;
END LOOP;
-- What extra records do we have?
IF extras[1] IS NOT NULL THEN
res := FALSE;
msg := E'\n' || diag(
E' Unexpected records:\n '
|| array_to_string( extras, E'\n ' )
);
END IF;
RETURN ok(res, $2) || msg;
END;
$$ LANGUAGE plpgsql;
-- is_empty( sql )
CREATE OR REPLACE FUNCTION is_empty( TEXT )
RETURNS TEXT AS $$
SELECT is_empty( $1, NULL );
$$ LANGUAGE sql;
-- isnt_empty( sql, description )
CREATE OR REPLACE FUNCTION isnt_empty( TEXT, TEXT )
RETURNS TEXT AS $$
DECLARE
res BOOLEAN := FALSE;
rec RECORD;
BEGIN
-- Find extra records.
FOR rec in EXECUTE _query($1) LOOP
res := TRUE;
EXIT;
END LOOP;
RETURN ok(res, $2);
END;
$$ LANGUAGE plpgsql;
-- isnt_empty( sql )
CREATE OR REPLACE FUNCTION isnt_empty( TEXT )
RETURNS TEXT AS $$
SELECT isnt_empty( $1, NULL );
$$ LANGUAGE sql;
-- collect_tap( tap, tap, tap )
CREATE OR REPLACE FUNCTION collect_tap( VARIADIC text[] )
RETURNS TEXT AS $$
SELECT array_to_string($1, E'\n');
$$ LANGUAGE sql;
-- collect_tap( tap[] )
CREATE OR REPLACE FUNCTION collect_tap( VARCHAR[] )
RETURNS TEXT AS $$
SELECT array_to_string($1, E'\n');
$$ LANGUAGE sql;
CREATE OR REPLACE FUNCTION _tlike ( BOOLEAN, TEXT, TEXT, TEXT )
RETURNS TEXT AS $$
SELECT ok( $1, $4 ) || CASE WHEN $1 THEN '' ELSE E'\n' || diag(
' error message: ' || COALESCE( quote_literal($2), 'NULL' ) ||
E'\n doesn''t match: ' || COALESCE( quote_literal($3), 'NULL' )
) END;
$$ LANGUAGE sql;
-- throws_like ( sql, pattern, description )
CREATE OR REPLACE FUNCTION throws_like ( TEXT, TEXT, TEXT )
RETURNS TEXT AS $$
BEGIN
EXECUTE _query($1);
RETURN ok( FALSE, $3 ) || E'\n' || diag( ' no exception thrown' );
EXCEPTION WHEN OTHERS THEN
return _tlike( SQLERRM ~~ $2, SQLERRM, $2, $3 );
END;
$$ LANGUAGE plpgsql;
-- throws_like ( sql, pattern )
CREATE OR REPLACE FUNCTION throws_like ( TEXT, TEXT )
RETURNS TEXT AS $$
SELECT throws_like($1, $2, 'Should throw exception like ' || quote_literal($2) );
$$ LANGUAGE sql;
-- throws_ilike ( sql, pattern, description )
CREATE OR REPLACE FUNCTION throws_ilike ( TEXT, TEXT, TEXT )
RETURNS TEXT AS $$
BEGIN
EXECUTE _query($1);
RETURN ok( FALSE, $3 ) || E'\n' || diag( ' no exception thrown' );
EXCEPTION WHEN OTHERS THEN
return _tlike( SQLERRM ~~* $2, SQLERRM, $2, $3 );
END;
$$ LANGUAGE plpgsql;
-- throws_ilike ( sql, pattern )
CREATE OR REPLACE FUNCTION throws_ilike ( TEXT, TEXT )
RETURNS TEXT AS $$
SELECT throws_ilike($1, $2, 'Should throw exception like ' || quote_literal($2) );
$$ LANGUAGE sql;
-- throws_matching ( sql, pattern, description )
CREATE OR REPLACE FUNCTION throws_matching ( TEXT, TEXT, TEXT )
RETURNS TEXT AS $$
BEGIN
EXECUTE _query($1);
RETURN ok( FALSE, $3 ) || E'\n' || diag( ' no exception thrown' );
EXCEPTION WHEN OTHERS THEN
return _tlike( SQLERRM ~ $2, SQLERRM, $2, $3 );
END;
$$ LANGUAGE plpgsql;
-- throws_matching ( sql, pattern )
CREATE OR REPLACE FUNCTION throws_matching ( TEXT, TEXT )
RETURNS TEXT AS $$
SELECT throws_matching($1, $2, 'Should throw exception matching ' || quote_literal($2) );
$$ LANGUAGE sql;
-- throws_imatching ( sql, pattern, description )
CREATE OR REPLACE FUNCTION throws_imatching ( TEXT, TEXT, TEXT )
RETURNS TEXT AS $$
BEGIN
EXECUTE _query($1);
RETURN ok( FALSE, $3 ) || E'\n' || diag( ' no exception thrown' );
EXCEPTION WHEN OTHERS THEN
return _tlike( SQLERRM ~* $2, SQLERRM, $2, $3 );
END;
$$ LANGUAGE plpgsql;
-- throws_imatching ( sql, pattern )
CREATE OR REPLACE FUNCTION throws_imatching ( TEXT, TEXT )
RETURNS TEXT AS $$
SELECT throws_imatching($1, $2, 'Should throw exception matching ' || quote_literal($2) );
$$ LANGUAGE sql;
-- roles_are( roles[], description )
CREATE OR REPLACE FUNCTION roles_are( NAME[], TEXT )
RETURNS TEXT AS $$
SELECT _are(
'roles',
ARRAY(
SELECT rolname
FROM pg_catalog.pg_roles
EXCEPT
SELECT $1[i]
FROM generate_series(1, array_upper($1, 1)) s(i)
),
ARRAY(
SELECT $1[i]
FROM generate_series(1, array_upper($1, 1)) s(i)
EXCEPT
SELECT rolname
FROM pg_catalog.pg_roles
),
$2
);
$$ LANGUAGE SQL;
-- roles_are( roles[] )
CREATE OR REPLACE FUNCTION roles_are( NAME[] )
RETURNS TEXT AS $$
SELECT roles_are( $1, 'There should be the correct roles' );
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION _types_are ( NAME, NAME[], TEXT, CHAR[] )
RETURNS TEXT AS $$
SELECT _are(
'types',
ARRAY(
SELECT t.typname
FROM pg_catalog.pg_type t
LEFT JOIN pg_catalog.pg_namespace n ON n.oid = t.typnamespace
WHERE (
t.typrelid = 0
OR (SELECT c.relkind = 'c' FROM pg_catalog.pg_class c WHERE c.oid = t.typrelid)
)
AND NOT EXISTS(SELECT 1 FROM pg_catalog.pg_type el WHERE el.oid = t.typelem AND el.typarray = t.oid)
AND n.nspname = $1
AND t.typtype = ANY( COALESCE($4, ARRAY['b', 'c', 'd', 'p', 'e']) )
EXCEPT
SELECT $2[i]
FROM generate_series(1, array_upper($2, 1)) s(i)
),
ARRAY(
SELECT $2[i]
FROM generate_series(1, array_upper($2, 1)) s(i)
EXCEPT
SELECT t.typname
FROM pg_catalog.pg_type t
LEFT JOIN pg_catalog.pg_namespace n ON n.oid = t.typnamespace
WHERE (
t.typrelid = 0
OR (SELECT c.relkind = 'c' FROM pg_catalog.pg_class c WHERE c.oid = t.typrelid)
)
AND NOT EXISTS(SELECT 1 FROM pg_catalog.pg_type el WHERE el.oid = t.typelem AND el.typarray = t.oid)
AND n.nspname = $1
AND t.typtype = ANY( COALESCE($4, ARRAY['b', 'c', 'd', 'p', 'e']) )
),
$3
);
$$ LANGUAGE SQL;
-- types_are( schema, types[], description )
CREATE OR REPLACE FUNCTION types_are ( NAME, NAME[], TEXT )
RETURNS TEXT AS $$
SELECT _types_are( $1, $2, $3, NULL );
$$ LANGUAGE SQL;
-- types_are( schema, types[] )
CREATE OR REPLACE FUNCTION types_are ( NAME, NAME[] )
RETURNS TEXT AS $$
SELECT _types_are( $1, $2, 'Schema ' || quote_ident($1) || ' should have the correct types', NULL );
$$ LANGUAGE SQL;
-- types_are( types[], description )
CREATE OR REPLACE FUNCTION _types_are ( NAME[], TEXT, CHAR[] )
RETURNS TEXT AS $$
SELECT _are(
'types',
ARRAY(
SELECT t.typname
FROM pg_catalog.pg_type t
LEFT JOIN pg_catalog.pg_namespace n ON n.oid = t.typnamespace
WHERE (
t.typrelid = 0
OR (SELECT c.relkind = 'c' FROM pg_catalog.pg_class c WHERE c.oid = t.typrelid)
)
AND NOT EXISTS(SELECT 1 FROM pg_catalog.pg_type el WHERE el.oid = t.typelem AND el.typarray = t.oid)
AND n.nspname NOT IN ('pg_catalog', 'information_schema')
AND pg_catalog.pg_type_is_visible(t.oid)
AND t.typtype = ANY( COALESCE($3, ARRAY['b', 'c', 'd', 'p', 'e']) )
EXCEPT
SELECT $1[i]
FROM generate_series(1, array_upper($1, 1)) s(i)
),
ARRAY(
SELECT $1[i]
FROM generate_series(1, array_upper($1, 1)) s(i)
EXCEPT
SELECT t.typname
FROM pg_catalog.pg_type t
LEFT JOIN pg_catalog.pg_namespace n ON n.oid = t.typnamespace
WHERE (
t.typrelid = 0
OR (SELECT c.relkind = 'c' FROM pg_catalog.pg_class c WHERE c.oid = t.typrelid)
)
AND NOT EXISTS(SELECT 1 FROM pg_catalog.pg_type el WHERE el.oid = t.typelem AND el.typarray = t.oid)
AND n.nspname NOT IN ('pg_catalog', 'information_schema')
AND pg_catalog.pg_type_is_visible(t.oid)
AND t.typtype = ANY( COALESCE($3, ARRAY['b', 'c', 'd', 'p', 'e']) )
),
$2
);
$$ LANGUAGE SQL;
-- types_are( types[], description )
CREATE OR REPLACE FUNCTION types_are ( NAME[], TEXT )
RETURNS TEXT AS $$
SELECT _types_are( $1, $2, NULL );
$$ LANGUAGE SQL;
-- types_are( types[] )
CREATE OR REPLACE FUNCTION types_are ( NAME[] )
RETURNS TEXT AS $$
SELECT _types_are( $1, 'Search path ' || pg_catalog.current_setting('search_path') || ' should have the correct types', NULL );
$$ LANGUAGE SQL;
-- domains_are( schema, domains[], description )
CREATE OR REPLACE FUNCTION domains_are ( NAME, NAME[], TEXT )
RETURNS TEXT AS $$
SELECT _types_are( $1, $2, $3, ARRAY['d'] );
$$ LANGUAGE SQL;
-- domains_are( schema, domains[] )
CREATE OR REPLACE FUNCTION domains_are ( NAME, NAME[] )
RETURNS TEXT AS $$
SELECT _types_are( $1, $2, 'Schema ' || quote_ident($1) || ' should have the correct domains', ARRAY['d'] );
$$ LANGUAGE SQL;
-- domains_are( domains[], description )
CREATE OR REPLACE FUNCTION domains_are ( NAME[], TEXT )
RETURNS TEXT AS $$
SELECT _types_are( $1, $2, ARRAY['d'] );
$$ LANGUAGE SQL;
-- domains_are( domains[] )
CREATE OR REPLACE FUNCTION domains_are ( NAME[] )
RETURNS TEXT AS $$
SELECT _types_are( $1, 'Search path ' || pg_catalog.current_setting('search_path') || ' should have the correct domains', ARRAY['d'] );
$$ LANGUAGE SQL;
-- enums_are( schema, enums[], description )
CREATE OR REPLACE FUNCTION enums_are ( NAME, NAME[], TEXT )
RETURNS TEXT AS $$
SELECT _types_are( $1, $2, $3, ARRAY['e'] );
$$ LANGUAGE SQL;
-- enums_are( schema, enums[] )
CREATE OR REPLACE FUNCTION enums_are ( NAME, NAME[] )
RETURNS TEXT AS $$
SELECT _types_are( $1, $2, 'Schema ' || quote_ident($1) || ' should have the correct enums', ARRAY['e'] );
$$ LANGUAGE SQL;
-- enums_are( enums[], description )
CREATE OR REPLACE FUNCTION enums_are ( NAME[], TEXT )
RETURNS TEXT AS $$
SELECT _types_are( $1, $2, ARRAY['e'] );
$$ LANGUAGE SQL;
-- enums_are( enums[] )
CREATE OR REPLACE FUNCTION enums_are ( NAME[] )
RETURNS TEXT AS $$
SELECT _types_are( $1, 'Search path ' || pg_catalog.current_setting('search_path') || ' should have the correct enums', ARRAY['e'] );
$$ LANGUAGE SQL;
-- _dexists( schema, domain )
CREATE OR REPLACE FUNCTION _dexists ( NAME, NAME )
RETURNS BOOLEAN AS $$
SELECT EXISTS(
SELECT true
FROM pg_catalog.pg_namespace n
JOIN pg_catalog.pg_type t on n.oid = t.typnamespace
WHERE n.nspname = $1
AND t.typname = $2
);
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION _dexists ( NAME )
RETURNS BOOLEAN AS $$
SELECT EXISTS(
SELECT true
FROM pg_catalog.pg_type t
WHERE t.typname = $1
AND pg_catalog.pg_type_is_visible(t.oid)
);
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION _get_dtype( NAME, TEXT, BOOLEAN )
RETURNS TEXT AS $$
SELECT CASE WHEN $3 AND pg_catalog.pg_type_is_visible(t.oid)
THEN quote_ident(tn.nspname) || '.'
ELSE ''
END || pg_catalog.format_type(t.oid, t.typtypmod)
FROM pg_catalog.pg_type d
JOIN pg_catalog.pg_namespace dn ON d.typnamespace = dn.oid
JOIN pg_catalog.pg_type t ON d.typbasetype = t.oid
JOIN pg_catalog.pg_namespace tn ON t.typnamespace = tn.oid
WHERE d.typisdefined
AND dn.nspname = $1
AND d.typname = LOWER($2)
AND d.typtype = 'd'
$$ LANGUAGE sql;
CREATE OR REPLACE FUNCTION _get_dtype( NAME )
RETURNS TEXT AS $$
SELECT pg_catalog.format_type(t.oid, t.typtypmod)
FROM pg_catalog.pg_type d
JOIN pg_catalog.pg_type t ON d.typbasetype = t.oid
WHERE d.typisdefined
AND pg_catalog.pg_type_is_visible(d.oid)
AND d.typname = LOWER($1)
AND d.typtype = 'd'
$$ LANGUAGE sql;
-- domain_type_is( schema, domain, schema, type, description )
CREATE OR REPLACE FUNCTION domain_type_is( NAME, TEXT, NAME, TEXT, TEXT )
RETURNS TEXT AS $$
DECLARE
actual_type TEXT := _get_dtype($1, $2, true);
BEGIN
IF actual_type IS NULL THEN
RETURN fail( $5 ) || E'\n' || diag (
' Domain ' || quote_ident($1) || '.' || $2
|| ' does not exist'
);
END IF;
RETURN is( actual_type, quote_ident($3) || '.' || _quote_ident_like($4, actual_type), $5 );
END;
$$ LANGUAGE plpgsql;
-- domain_type_is( schema, domain, schema, type )
CREATE OR REPLACE FUNCTION domain_type_is( NAME, TEXT, NAME, TEXT )
RETURNS TEXT AS $$
SELECT domain_type_is(
$1, $2, $3, $4,
'Domain ' || quote_ident($1) || '.' || $2
|| ' should extend type ' || quote_ident($3) || '.' || $4
);
$$ LANGUAGE SQL;
-- domain_type_is( schema, domain, type, description )
CREATE OR REPLACE FUNCTION domain_type_is( NAME, TEXT, TEXT, TEXT )
RETURNS TEXT AS $$
DECLARE
actual_type TEXT := _get_dtype($1, $2, false);
BEGIN
IF actual_type IS NULL THEN
RETURN fail( $4 ) || E'\n' || diag (
' Domain ' || quote_ident($1) || '.' || $2
|| ' does not exist'
);
END IF;
RETURN is( actual_type, _quote_ident_like($3, actual_type), $4 );
END;
$$ LANGUAGE plpgsql;
-- domain_type_is( schema, domain, type )
CREATE OR REPLACE FUNCTION domain_type_is( NAME, TEXT, TEXT )
RETURNS TEXT AS $$
SELECT domain_type_is(
$1, $2, $3,
'Domain ' || quote_ident($1) || '.' || $2
|| ' should extend type ' || $3
);
$$ LANGUAGE SQL;
-- domain_type_is( domain, type, description )
CREATE OR REPLACE FUNCTION domain_type_is( TEXT, TEXT, TEXT )
RETURNS TEXT AS $$
DECLARE
actual_type TEXT := _get_dtype($1);
BEGIN
IF actual_type IS NULL THEN
RETURN fail( $3 ) || E'\n' || diag (
' Domain ' || $1 || ' does not exist'
);
END IF;
RETURN is( actual_type, _quote_ident_like($2, actual_type), $3 );
END;
$$ LANGUAGE plpgsql;
-- domain_type_is( domain, type )
CREATE OR REPLACE FUNCTION domain_type_is( TEXT, TEXT )
RETURNS TEXT AS $$
SELECT domain_type_is(
$1, $2,
'Domain ' || $1 || ' should extend type ' || $2
);
$$ LANGUAGE SQL;
-- domain_type_isnt( schema, domain, schema, type, description )
CREATE OR REPLACE FUNCTION domain_type_isnt( NAME, TEXT, NAME, TEXT, TEXT )
RETURNS TEXT AS $$
DECLARE
actual_type TEXT := _get_dtype($1, $2, true);
BEGIN
IF actual_type IS NULL THEN
RETURN fail( $5 ) || E'\n' || diag (
' Domain ' || quote_ident($1) || '.' || $2
|| ' does not exist'
);
END IF;
RETURN isnt( actual_type, quote_ident($3) || '.' || _quote_ident_like($4, actual_type), $5 );
END;
$$ LANGUAGE plpgsql;
-- domain_type_isnt( schema, domain, schema, type )
CREATE OR REPLACE FUNCTION domain_type_isnt( NAME, TEXT, NAME, TEXT )
RETURNS TEXT AS $$
SELECT domain_type_isnt(
$1, $2, $3, $4,
'Domain ' || quote_ident($1) || '.' || $2
|| ' should not extend type ' || quote_ident($3) || '.' || $4
);
$$ LANGUAGE SQL;
-- domain_type_isnt( schema, domain, type, description )
CREATE OR REPLACE FUNCTION domain_type_isnt( NAME, TEXT, TEXT, TEXT )
RETURNS TEXT AS $$
DECLARE
actual_type TEXT := _get_dtype($1, $2, false);
BEGIN
IF actual_type IS NULL THEN
RETURN fail( $4 ) || E'\n' || diag (
' Domain ' || quote_ident($1) || '.' || $2
|| ' does not exist'
);
END IF;
RETURN isnt( actual_type, _quote_ident_like($3, actual_type), $4 );
END;
$$ LANGUAGE plpgsql;
-- domain_type_isnt( schema, domain, type )
CREATE OR REPLACE FUNCTION domain_type_isnt( NAME, TEXT, TEXT )
RETURNS TEXT AS $$
SELECT domain_type_isnt(
$1, $2, $3,
'Domain ' || quote_ident($1) || '.' || $2
|| ' should not extend type ' || $3
);
$$ LANGUAGE SQL;
-- domain_type_isnt( domain, type, description )
CREATE OR REPLACE FUNCTION domain_type_isnt( TEXT, TEXT, TEXT )
RETURNS TEXT AS $$
DECLARE
actual_type TEXT := _get_dtype($1);
BEGIN
IF actual_type IS NULL THEN
RETURN fail( $3 ) || E'\n' || diag (
' Domain ' || $1 || ' does not exist'
);
END IF;
RETURN isnt( actual_type, _quote_ident_like($2, actual_type), $3 );
END;
$$ LANGUAGE plpgsql;
-- domain_type_isnt( domain, type )
CREATE OR REPLACE FUNCTION domain_type_isnt( TEXT, TEXT )
RETURNS TEXT AS $$
SELECT domain_type_isnt(
$1, $2,
'Domain ' || $1 || ' should not extend type ' || $2
);
$$ LANGUAGE SQL;
-- row_eq( sql, record, description )
CREATE OR REPLACE FUNCTION row_eq( TEXT, anyelement, TEXT )
RETURNS TEXT AS $$
DECLARE
rec RECORD;
BEGIN
EXECUTE _query($1) INTO rec;
IF NOT rec IS DISTINCT FROM $2 THEN RETURN ok(true, $3); END IF;
RETURN ok(false, $3 ) || E'\n' || diag(
' have: ' || CASE WHEN rec IS NULL THEN 'NULL' ELSE rec::text END ||
E'\n want: ' || CASE WHEN $2 IS NULL THEN 'NULL' ELSE $2::text END
);
END;
$$ LANGUAGE plpgsql;
-- row_eq( sql, record )
CREATE OR REPLACE FUNCTION row_eq( TEXT, anyelement )
RETURNS TEXT AS $$
SELECT row_eq($1, $2, NULL );
$$ LANGUAGE sql;
-- triggers_are( schema, table, triggers[], description )
CREATE OR REPLACE FUNCTION triggers_are( NAME, NAME, NAME[], TEXT )
RETURNS TEXT AS $$
SELECT _are(
'triggers',
ARRAY(
SELECT t.tgname
FROM pg_catalog.pg_trigger t
JOIN pg_catalog.pg_class c ON c.oid = t.tgrelid
JOIN pg_catalog.pg_namespace n ON n.oid = c.relnamespace
WHERE n.nspname = $1
AND c.relname = $2
AND NOT t.tgisinternal
EXCEPT
SELECT $3[i]
FROM generate_series(1, array_upper($3, 1)) s(i)
),
ARRAY(
SELECT $3[i]
FROM generate_series(1, array_upper($3, 1)) s(i)
EXCEPT
SELECT t.tgname
FROM pg_catalog.pg_trigger t
JOIN pg_catalog.pg_class c ON c.oid = t.tgrelid
JOIN pg_catalog.pg_namespace n ON n.oid = c.relnamespace
WHERE n.nspname = $1
AND c.relname = $2
AND NOT t.tgisinternal
),
$4
);
$$ LANGUAGE SQL;
-- triggers_are( schema, table, triggers[] )
CREATE OR REPLACE FUNCTION triggers_are( NAME, NAME, NAME[] )
RETURNS TEXT AS $$
SELECT triggers_are( $1, $2, $3, 'Table ' || quote_ident($1) || '.' || quote_ident($2) || ' should have the correct triggers' );
$$ LANGUAGE SQL;
-- triggers_are( table, triggers[], description )
CREATE OR REPLACE FUNCTION triggers_are( NAME, NAME[], TEXT )
RETURNS TEXT AS $$
SELECT _are(
'triggers',
ARRAY(
SELECT t.tgname
FROM pg_catalog.pg_trigger t
JOIN pg_catalog.pg_class c ON c.oid = t.tgrelid
JOIN pg_catalog.pg_namespace n ON n.oid = c.relnamespace
WHERE c.relname = $1
AND n.nspname NOT IN ('pg_catalog', 'information_schema')
AND NOT t.tgisinternal
EXCEPT
SELECT $2[i]
FROM generate_series(1, array_upper($2, 1)) s(i)
),
ARRAY(
SELECT $2[i]
FROM generate_series(1, array_upper($2, 1)) s(i)
EXCEPT
SELECT t.tgname
FROM pg_catalog.pg_trigger t
JOIN pg_catalog.pg_class c ON c.oid = t.tgrelid
JOIN pg_catalog.pg_namespace n ON n.oid = c.relnamespace
AND n.nspname NOT IN ('pg_catalog', 'information_schema')
AND NOT t.tgisinternal
),
$3
);
$$ LANGUAGE SQL;
-- triggers_are( table, triggers[] )
CREATE OR REPLACE FUNCTION triggers_are( NAME, NAME[] )
RETURNS TEXT AS $$
SELECT triggers_are( $1, $2, 'Table ' || quote_ident($1) || ' should have the correct triggers' );
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION _areni ( text, text[], text[], TEXT )
RETURNS TEXT AS $$
DECLARE
what ALIAS FOR $1;
extras ALIAS FOR $2;
missing ALIAS FOR $3;
descr ALIAS FOR $4;
msg TEXT := '';
res BOOLEAN := TRUE;
BEGIN
IF extras[1] IS NOT NULL THEN
res = FALSE;
msg := E'\n' || diag(
' Extra ' || what || E':\n '
|| _array_to_sorted_string( extras, E'\n ' )
);
END IF;
IF missing[1] IS NOT NULL THEN
res = FALSE;
msg := msg || E'\n' || diag(
' Missing ' || what || E':\n '
|| _array_to_sorted_string( missing, E'\n ' )
);
END IF;
RETURN ok(res, descr) || msg;
END;
$$ LANGUAGE plpgsql;
-- casts_are( casts[], description )
CREATE OR REPLACE FUNCTION casts_are ( TEXT[], TEXT )
RETURNS TEXT AS $$
SELECT _areni(
'casts',
ARRAY(
SELECT pg_catalog.format_type(castsource, NULL)
|| ' AS ' || pg_catalog.format_type(casttarget, NULL)
FROM pg_catalog.pg_cast c
EXCEPT
SELECT $1[i]
FROM generate_series(1, array_upper($1, 1)) s(i)
),
ARRAY(
SELECT $1[i]
FROM generate_series(1, array_upper($1, 1)) s(i)
EXCEPT
SELECT pg_catalog.format_type(castsource, NULL)
|| ' AS ' || pg_catalog.format_type(casttarget, NULL)
FROM pg_catalog.pg_cast c
),
$2
);
$$ LANGUAGE sql;
-- casts_are( casts[] )
CREATE OR REPLACE FUNCTION casts_are ( TEXT[] )
RETURNS TEXT AS $$
SELECT casts_are( $1, 'There should be the correct casts');
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION display_oper ( NAME, OID )
RETURNS TEXT AS $$
SELECT $1 || substring($2::regoperator::text, '[(][^)]+[)]$')
$$ LANGUAGE SQL;
-- operators_are( schema, operators[], description )
CREATE OR REPLACE FUNCTION operators_are( NAME, TEXT[], TEXT )
RETURNS TEXT AS $$
SELECT _areni(
'operators',
ARRAY(
SELECT display_oper(o.oprname, o.oid) || ' RETURNS ' || o.oprresult::regtype
FROM pg_catalog.pg_operator o
JOIN pg_catalog.pg_namespace n ON o.oprnamespace = n.oid
WHERE n.nspname = $1
EXCEPT
SELECT $2[i]
FROM generate_series(1, array_upper($2, 1)) s(i)
),
ARRAY(
SELECT $2[i]
FROM generate_series(1, array_upper($2, 1)) s(i)
EXCEPT
SELECT display_oper(o.oprname, o.oid) || ' RETURNS ' || o.oprresult::regtype
FROM pg_catalog.pg_operator o
JOIN pg_catalog.pg_namespace n ON o.oprnamespace = n.oid
WHERE n.nspname = $1
),
$3
);
$$ LANGUAGE SQL;
-- operators_are( schema, operators[] )
CREATE OR REPLACE FUNCTION operators_are ( NAME, TEXT[] )
RETURNS TEXT AS $$
SELECT operators_are($1, $2, 'Schema ' || quote_ident($1) || ' should have the correct operators' );
$$ LANGUAGE SQL;
-- operators_are( operators[], description )
CREATE OR REPLACE FUNCTION operators_are( TEXT[], TEXT )
RETURNS TEXT AS $$
SELECT _areni(
'operators',
ARRAY(
SELECT display_oper(o.oprname, o.oid) || ' RETURNS ' || o.oprresult::regtype
FROM pg_catalog.pg_operator o
JOIN pg_catalog.pg_namespace n ON o.oprnamespace = n.oid
WHERE pg_catalog.pg_operator_is_visible(o.oid)
AND n.nspname NOT IN ('pg_catalog', 'information_schema')
EXCEPT
SELECT $1[i]
FROM generate_series(1, array_upper($1, 1)) s(i)
),
ARRAY(
SELECT $1[i]
FROM generate_series(1, array_upper($1, 1)) s(i)
EXCEPT
SELECT display_oper(o.oprname, o.oid) || ' RETURNS ' || o.oprresult::regtype
FROM pg_catalog.pg_operator o
JOIN pg_catalog.pg_namespace n ON o.oprnamespace = n.oid
WHERE pg_catalog.pg_operator_is_visible(o.oid)
AND n.nspname NOT IN ('pg_catalog', 'information_schema')
),
$2
);
$$ LANGUAGE SQL;
-- operators_are( operators[] )
CREATE OR REPLACE FUNCTION operators_are ( TEXT[] )
RETURNS TEXT AS $$
SELECT operators_are($1, 'There should be the correct operators')
$$ LANGUAGE SQL;
-- columns_are( schema, table, columns[], description )
CREATE OR REPLACE FUNCTION columns_are( NAME, NAME, NAME[], TEXT )
RETURNS TEXT AS $$
SELECT _are(
'columns',
ARRAY(
SELECT a.attname
FROM pg_catalog.pg_namespace n
JOIN pg_catalog.pg_class c ON n.oid = c.relnamespace
JOIN pg_catalog.pg_attribute a ON c.oid = a.attrelid
WHERE n.nspname = $1
AND c.relname = $2
AND a.attnum > 0
AND NOT a.attisdropped
EXCEPT
SELECT $3[i]
FROM generate_series(1, array_upper($3, 1)) s(i)
),
ARRAY(
SELECT $3[i]
FROM generate_series(1, array_upper($3, 1)) s(i)
EXCEPT
SELECT a.attname
FROM pg_catalog.pg_namespace n
JOIN pg_catalog.pg_class c ON n.oid = c.relnamespace
JOIN pg_catalog.pg_attribute a ON c.oid = a.attrelid
WHERE n.nspname = $1
AND c.relname = $2
AND a.attnum > 0
AND NOT a.attisdropped
),
$4
);
$$ LANGUAGE SQL;
-- columns_are( schema, table, columns[] )
CREATE OR REPLACE FUNCTION columns_are( NAME, NAME, NAME[] )
RETURNS TEXT AS $$
SELECT columns_are( $1, $2, $3, 'Table ' || quote_ident($1) || '.' || quote_ident($2) || ' should have the correct columns' );
$$ LANGUAGE SQL;
-- columns_are( table, columns[], description )
CREATE OR REPLACE FUNCTION columns_are( NAME, NAME[], TEXT )
RETURNS TEXT AS $$
SELECT _are(
'columns',
ARRAY(
SELECT a.attname
FROM pg_catalog.pg_namespace n
JOIN pg_catalog.pg_class c ON n.oid = c.relnamespace
JOIN pg_catalog.pg_attribute a ON c.oid = a.attrelid
WHERE n.nspname NOT IN ('pg_catalog', 'information_schema')
AND pg_catalog.pg_table_is_visible(c.oid)
AND c.relname = $1
AND a.attnum > 0
AND NOT a.attisdropped
EXCEPT
SELECT $2[i]
FROM generate_series(1, array_upper($2, 1)) s(i)
),
ARRAY(
SELECT $2[i]
FROM generate_series(1, array_upper($2, 1)) s(i)
EXCEPT
SELECT a.attname
FROM pg_catalog.pg_namespace n
JOIN pg_catalog.pg_class c ON n.oid = c.relnamespace
JOIN pg_catalog.pg_attribute a ON c.oid = a.attrelid
WHERE n.nspname NOT IN ('pg_catalog', 'information_schema')
AND pg_catalog.pg_table_is_visible(c.oid)
AND c.relname = $1
AND a.attnum > 0
AND NOT a.attisdropped
),
$3
);
$$ LANGUAGE SQL;
-- columns_are( table, columns[] )
CREATE OR REPLACE FUNCTION columns_are( NAME, NAME[] )
RETURNS TEXT AS $$
SELECT columns_are( $1, $2, 'Table ' || quote_ident($1) || ' should have the correct columns' );
$$ LANGUAGE SQL;
-- _get_db_owner( dbname )
CREATE OR REPLACE FUNCTION _get_db_owner( NAME )
RETURNS NAME AS $$
SELECT pg_catalog.pg_get_userbyid(datdba)
FROM pg_catalog.pg_database
WHERE datname = $1;
$$ LANGUAGE SQL;
-- db_owner_is ( dbname, user, description )
CREATE OR REPLACE FUNCTION db_owner_is ( NAME, NAME, TEXT )
RETURNS TEXT AS $$
DECLARE
dbowner NAME := _get_db_owner($1);
BEGIN
-- Make sure the database exists.
IF dbowner IS NULL THEN
RETURN ok(FALSE, $3) || E'\n' || diag(
E' Database ' || quote_ident($1) || ' does not exist'
);
END IF;
RETURN is(dbowner, $2, $3);
END;
$$ LANGUAGE plpgsql;
-- db_owner_is ( dbname, user )
CREATE OR REPLACE FUNCTION db_owner_is ( NAME, NAME )
RETURNS TEXT AS $$
SELECT db_owner_is(
$1, $2,
'Database ' || quote_ident($1) || ' should be owned by ' || quote_ident($2)
);
$$ LANGUAGE sql;
-- _get_schema_owner( schema )
CREATE OR REPLACE FUNCTION _get_schema_owner( NAME )
RETURNS NAME AS $$
SELECT pg_catalog.pg_get_userbyid(nspowner)
FROM pg_catalog.pg_namespace
WHERE nspname = $1;
$$ LANGUAGE SQL;
-- schema_owner_is ( schema, user, description )
CREATE OR REPLACE FUNCTION schema_owner_is ( NAME, NAME, TEXT )
RETURNS TEXT AS $$
DECLARE
owner NAME := _get_schema_owner($1);
BEGIN
-- Make sure the schema exists.
IF owner IS NULL THEN
RETURN ok(FALSE, $3) || E'\n' || diag(
E' Schema ' || quote_ident($1) || ' does not exist'
);
END IF;
RETURN is(owner, $2, $3);
END;
$$ LANGUAGE plpgsql;
-- schema_owner_is ( schema, user )
CREATE OR REPLACE FUNCTION schema_owner_is ( NAME, NAME )
RETURNS TEXT AS $$
SELECT schema_owner_is(
$1, $2,
'Schema ' || quote_ident($1) || ' should be owned by ' || quote_ident($2)
);
$$ LANGUAGE sql;
CREATE OR REPLACE FUNCTION _get_rel_owner ( NAME, NAME )
RETURNS NAME AS $$
SELECT pg_catalog.pg_get_userbyid(c.relowner)
FROM pg_catalog.pg_class c
JOIN pg_catalog.pg_namespace n ON n.oid = c.relnamespace
WHERE n.nspname = $1
AND c.relname = $2
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION _get_rel_owner ( NAME )
RETURNS NAME AS $$
SELECT pg_catalog.pg_get_userbyid(c.relowner)
FROM pg_catalog.pg_class c
WHERE c.relname = $1
AND pg_catalog.pg_table_is_visible(c.oid)
$$ LANGUAGE SQL;
-- relation_owner_is ( schema, relation, user, description )
CREATE OR REPLACE FUNCTION relation_owner_is ( NAME, NAME, NAME, TEXT )
RETURNS TEXT AS $$
DECLARE
owner NAME := _get_rel_owner($1, $2);
BEGIN
-- Make sure the relation exists.
IF owner IS NULL THEN
RETURN ok(FALSE, $4) || E'\n' || diag(
E' Relation ' || quote_ident($1) || '.' || quote_ident($2) || ' does not exist'
);
END IF;
RETURN is(owner, $3, $4);
END;
$$ LANGUAGE plpgsql;
-- relation_owner_is ( schema, relation, user )
CREATE OR REPLACE FUNCTION relation_owner_is ( NAME, NAME, NAME )
RETURNS TEXT AS $$
SELECT relation_owner_is(
$1, $2, $3,
'Relation ' || quote_ident($1) || '.' || quote_ident($2) || ' should be owned by ' || quote_ident($3)
);
$$ LANGUAGE sql;
-- relation_owner_is ( relation, user, description )
CREATE OR REPLACE FUNCTION relation_owner_is ( NAME, NAME, TEXT )
RETURNS TEXT AS $$
DECLARE
owner NAME := _get_rel_owner($1);
BEGIN
-- Make sure the relation exists.
IF owner IS NULL THEN
RETURN ok(FALSE, $3) || E'\n' || diag(
E' Relation ' || quote_ident($1) || ' does not exist'
);
END IF;
RETURN is(owner, $2, $3);
END;
$$ LANGUAGE plpgsql;
-- relation_owner_is ( relation, user )
CREATE OR REPLACE FUNCTION relation_owner_is ( NAME, NAME )
RETURNS TEXT AS $$
SELECT relation_owner_is(
$1, $2,
'Relation ' || quote_ident($1) || ' should be owned by ' || quote_ident($2)
);
$$ LANGUAGE sql;
CREATE OR REPLACE FUNCTION _get_rel_owner ( CHAR[], NAME, NAME )
RETURNS NAME AS $$
SELECT pg_catalog.pg_get_userbyid(c.relowner)
FROM pg_catalog.pg_class c
JOIN pg_catalog.pg_namespace n ON n.oid = c.relnamespace
WHERE c.relkind = ANY($1)
AND n.nspname = $2
AND c.relname = $3
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION _get_rel_owner ( CHAR[], NAME )
RETURNS NAME AS $$
SELECT pg_catalog.pg_get_userbyid(c.relowner)
FROM pg_catalog.pg_class c
WHERE c.relkind = ANY($1)
AND c.relname = $2
AND pg_catalog.pg_table_is_visible(c.oid)
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION _get_rel_owner ( CHAR, NAME, NAME )
RETURNS NAME AS $$
SELECT _get_rel_owner(ARRAY[$1], $2, $3);
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION _get_rel_owner ( CHAR, NAME )
RETURNS NAME AS $$
SELECT _get_rel_owner(ARRAY[$1], $2);
$$ LANGUAGE SQL;
-- table_owner_is ( schema, table, user, description )
CREATE OR REPLACE FUNCTION table_owner_is ( NAME, NAME, NAME, TEXT )
RETURNS TEXT AS $$
DECLARE
owner NAME := _get_rel_owner('{r,p}'::char[], $1, $2);
BEGIN
-- Make sure the table exists.
IF owner IS NULL THEN
RETURN ok(FALSE, $4) || E'\n' || diag(
E' Table ' || quote_ident($1) || '.' || quote_ident($2) || ' does not exist'
);
END IF;
RETURN is(owner, $3, $4);
END;
$$ LANGUAGE plpgsql;
-- table_owner_is ( schema, table, user )
CREATE OR REPLACE FUNCTION table_owner_is ( NAME, NAME, NAME )
RETURNS TEXT AS $$
SELECT table_owner_is(
$1, $2, $3,
'Table ' || quote_ident($1) || '.' || quote_ident($2) || ' should be owned by ' || quote_ident($3)
);
$$ LANGUAGE sql;
-- table_owner_is ( table, user, description )
CREATE OR REPLACE FUNCTION table_owner_is ( NAME, NAME, TEXT )
RETURNS TEXT AS $$
DECLARE
owner NAME := _get_rel_owner('{r,p}'::char[], $1);
BEGIN
-- Make sure the table exists.
IF owner IS NULL THEN
RETURN ok(FALSE, $3) || E'\n' || diag(
E' Table ' || quote_ident($1) || ' does not exist'
);
END IF;
RETURN is(owner, $2, $3);
END;
$$ LANGUAGE plpgsql;
-- table_owner_is ( table, user )
CREATE OR REPLACE FUNCTION table_owner_is ( NAME, NAME )
RETURNS TEXT AS $$
SELECT table_owner_is(
$1, $2,
'Table ' || quote_ident($1) || ' should be owned by ' || quote_ident($2)
);
$$ LANGUAGE sql;
-- view_owner_is ( schema, view, user, description )
CREATE OR REPLACE FUNCTION view_owner_is ( NAME, NAME, NAME, TEXT )
RETURNS TEXT AS $$
DECLARE
owner NAME := _get_rel_owner('v'::char, $1, $2);
BEGIN
-- Make sure the view exists.
IF owner IS NULL THEN
RETURN ok(FALSE, $4) || E'\n' || diag(
E' View ' || quote_ident($1) || '.' || quote_ident($2) || ' does not exist'
);
END IF;
RETURN is(owner, $3, $4);
END;
$$ LANGUAGE plpgsql;
-- view_owner_is ( schema, view, user )
CREATE OR REPLACE FUNCTION view_owner_is ( NAME, NAME, NAME )
RETURNS TEXT AS $$
SELECT view_owner_is(
$1, $2, $3,
'View ' || quote_ident($1) || '.' || quote_ident($2) || ' should be owned by ' || quote_ident($3)
);
$$ LANGUAGE sql;
-- view_owner_is ( view, user, description )
CREATE OR REPLACE FUNCTION view_owner_is ( NAME, NAME, TEXT )
RETURNS TEXT AS $$
DECLARE
owner NAME := _get_rel_owner('v'::char, $1);
BEGIN
-- Make sure the view exists.
IF owner IS NULL THEN
RETURN ok(FALSE, $3) || E'\n' || diag(
E' View ' || quote_ident($1) || ' does not exist'
);
END IF;
RETURN is(owner, $2, $3);
END;
$$ LANGUAGE plpgsql;
-- view_owner_is ( view, user )
CREATE OR REPLACE FUNCTION view_owner_is ( NAME, NAME )
RETURNS TEXT AS $$
SELECT view_owner_is(
$1, $2,
'View ' || quote_ident($1) || ' should be owned by ' || quote_ident($2)
);
$$ LANGUAGE sql;
-- sequence_owner_is ( schema, sequence, user, description )
CREATE OR REPLACE FUNCTION sequence_owner_is ( NAME, NAME, NAME, TEXT )
RETURNS TEXT AS $$
DECLARE
owner NAME := _get_rel_owner('S'::char, $1, $2);
BEGIN
-- Make sure the sequence exists.
IF owner IS NULL THEN
RETURN ok(FALSE, $4) || E'\n' || diag(
E' Sequence ' || quote_ident($1) || '.' || quote_ident($2) || ' does not exist'
);
END IF;
RETURN is(owner, $3, $4);
END;
$$ LANGUAGE plpgsql;
-- sequence_owner_is ( schema, sequence, user )
CREATE OR REPLACE FUNCTION sequence_owner_is ( NAME, NAME, NAME )
RETURNS TEXT AS $$
SELECT sequence_owner_is(
$1, $2, $3,
'Sequence ' || quote_ident($1) || '.' || quote_ident($2) || ' should be owned by ' || quote_ident($3)
);
$$ LANGUAGE sql;
-- sequence_owner_is ( sequence, user, description )
CREATE OR REPLACE FUNCTION sequence_owner_is ( NAME, NAME, TEXT )
RETURNS TEXT AS $$
DECLARE
owner NAME := _get_rel_owner('S'::char, $1);
BEGIN
-- Make sure the sequence exists.
IF owner IS NULL THEN
RETURN ok(FALSE, $3) || E'\n' || diag(
E' Sequence ' || quote_ident($1) || ' does not exist'
);
END IF;
RETURN is(owner, $2, $3);
END;
$$ LANGUAGE plpgsql;
-- sequence_owner_is ( sequence, user )
CREATE OR REPLACE FUNCTION sequence_owner_is ( NAME, NAME )
RETURNS TEXT AS $$
SELECT sequence_owner_is(
$1, $2,
'Sequence ' || quote_ident($1) || ' should be owned by ' || quote_ident($2)
);
$$ LANGUAGE sql;
-- composite_owner_is ( schema, composite, user, description )
CREATE OR REPLACE FUNCTION composite_owner_is ( NAME, NAME, NAME, TEXT )
RETURNS TEXT AS $$
DECLARE
owner NAME := _get_rel_owner('c'::char, $1, $2);
BEGIN
-- Make sure the composite exists.
IF owner IS NULL THEN
RETURN ok(FALSE, $4) || E'\n' || diag(
E' Composite type ' || quote_ident($1) || '.' || quote_ident($2) || ' does not exist'
);
END IF;
RETURN is(owner, $3, $4);
END;
$$ LANGUAGE plpgsql;
-- composite_owner_is ( schema, composite, user )
CREATE OR REPLACE FUNCTION composite_owner_is ( NAME, NAME, NAME )
RETURNS TEXT AS $$
SELECT composite_owner_is(
$1, $2, $3,
'Composite type ' || quote_ident($1) || '.' || quote_ident($2) || ' should be owned by ' || quote_ident($3)
);
$$ LANGUAGE sql;
-- composite_owner_is ( composite, user, description )
CREATE OR REPLACE FUNCTION composite_owner_is ( NAME, NAME, TEXT )
RETURNS TEXT AS $$
DECLARE
owner NAME := _get_rel_owner('c'::char, $1);
BEGIN
-- Make sure the composite exists.
IF owner IS NULL THEN
RETURN ok(FALSE, $3) || E'\n' || diag(
E' Composite type ' || quote_ident($1) || ' does not exist'
);
END IF;
RETURN is(owner, $2, $3);
END;
$$ LANGUAGE plpgsql;
-- composite_owner_is ( composite, user )
CREATE OR REPLACE FUNCTION composite_owner_is ( NAME, NAME )
RETURNS TEXT AS $$
SELECT composite_owner_is(
$1, $2,
'Composite type ' || quote_ident($1) || ' should be owned by ' || quote_ident($2)
);
$$ LANGUAGE sql;
-- foreign_table_owner_is ( schema, table, user, description )
CREATE OR REPLACE FUNCTION foreign_table_owner_is ( NAME, NAME, NAME, TEXT )
RETURNS TEXT AS $$
DECLARE
owner NAME := _get_rel_owner('f'::char, $1, $2);
BEGIN
-- Make sure the table exists.
IF owner IS NULL THEN
RETURN ok(FALSE, $4) || E'\n' || diag(
E' Foreign table ' || quote_ident($1) || '.' || quote_ident($2) || ' does not exist'
);
END IF;
RETURN is(owner, $3, $4);
END;
$$ LANGUAGE plpgsql;
-- foreign_table_owner_is ( schema, table, user )
CREATE OR REPLACE FUNCTION foreign_table_owner_is ( NAME, NAME, NAME )
RETURNS TEXT AS $$
SELECT foreign_table_owner_is(
$1, $2, $3,
'Foreign table ' || quote_ident($1) || '.' || quote_ident($2) || ' should be owned by ' || quote_ident($3)
);
$$ LANGUAGE sql;
-- foreign_table_owner_is ( table, user, description )
CREATE OR REPLACE FUNCTION foreign_table_owner_is ( NAME, NAME, TEXT )
RETURNS TEXT AS $$
DECLARE
owner NAME := _get_rel_owner('f'::char, $1);
BEGIN
-- Make sure the table exists.
IF owner IS NULL THEN
RETURN ok(FALSE, $3) || E'\n' || diag(
E' Foreign table ' || quote_ident($1) || ' does not exist'
);
END IF;
RETURN is(owner, $2, $3);
END;
$$ LANGUAGE plpgsql;
-- foreign_table_owner_is ( table, user )
CREATE OR REPLACE FUNCTION foreign_table_owner_is ( NAME, NAME )
RETURNS TEXT AS $$
SELECT foreign_table_owner_is(
$1, $2,
'Foreign table ' || quote_ident($1) || ' should be owned by ' || quote_ident($2)
);
$$ LANGUAGE sql;
CREATE OR REPLACE FUNCTION _get_func_owner ( NAME, NAME, NAME[] )
RETURNS NAME AS $$
SELECT owner
FROM tap_funky
WHERE schema = $1
AND name = $2
AND args = array_to_string($3, ',')
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION _get_func_owner ( NAME, NAME[] )
RETURNS NAME AS $$
SELECT owner
FROM tap_funky
WHERE name = $1
AND args = array_to_string($2, ',')
AND is_visible
$$ LANGUAGE SQL;
-- function_owner_is( schema, function, args[], user, description )
CREATE OR REPLACE FUNCTION function_owner_is ( NAME, NAME, NAME[], NAME, TEXT )
RETURNS TEXT AS $$
DECLARE
owner NAME := _get_func_owner($1, $2, $3);
BEGIN
-- Make sure the function exists.
IF owner IS NULL THEN
RETURN ok(FALSE, $5) || E'\n' || diag(
E' Function ' || quote_ident($1) || '.' || quote_ident($2) || '(' ||
array_to_string($3, ', ') || ') does not exist'
);
END IF;
RETURN is(owner, $4, $5);
END;
$$ LANGUAGE plpgsql;
-- function_owner_is( schema, function, args[], user )
CREATE OR REPLACE FUNCTION function_owner_is( NAME, NAME, NAME[], NAME )
RETURNS TEXT AS $$
SELECT function_owner_is(
$1, $2, $3, $4,
'Function ' || quote_ident($1) || '.' || quote_ident($2) || '(' ||
array_to_string($3, ', ') || ') should be owned by ' || quote_ident($4)
);
$$ LANGUAGE sql;
-- function_owner_is( function, args[], user, description )
CREATE OR REPLACE FUNCTION function_owner_is ( NAME, NAME[], NAME, TEXT )
RETURNS TEXT AS $$
DECLARE
owner NAME := _get_func_owner($1, $2);
BEGIN
-- Make sure the function exists.
IF owner IS NULL THEN
RETURN ok(FALSE, $4) || E'\n' || diag(
E' Function ' || quote_ident($1) || '(' ||
array_to_string($2, ', ') || ') does not exist'
);
END IF;
RETURN is(owner, $3, $4);
END;
$$ LANGUAGE plpgsql;
-- function_owner_is( function, args[], user )
CREATE OR REPLACE FUNCTION function_owner_is( NAME, NAME[], NAME )
RETURNS TEXT AS $$
SELECT function_owner_is(
$1, $2, $3,
'Function ' || quote_ident($1) || '(' ||
array_to_string($2, ', ') || ') should be owned by ' || quote_ident($3)
);
$$ LANGUAGE sql;
-- _get_tablespace_owner( tablespace )
CREATE OR REPLACE FUNCTION _get_tablespace_owner( NAME )
RETURNS NAME AS $$
SELECT pg_catalog.pg_get_userbyid(spcowner)
FROM pg_catalog.pg_tablespace
WHERE spcname = $1;
$$ LANGUAGE SQL;
-- tablespace_owner_is ( tablespace, user, description )
CREATE OR REPLACE FUNCTION tablespace_owner_is ( NAME, NAME, TEXT )
RETURNS TEXT AS $$
DECLARE
owner NAME := _get_tablespace_owner($1);
BEGIN
-- Make sure the tablespace exists.
IF owner IS NULL THEN
RETURN ok(FALSE, $3) || E'\n' || diag(
E' Tablespace ' || quote_ident($1) || ' does not exist'
);
END IF;
RETURN is(owner, $2, $3);
END;
$$ LANGUAGE plpgsql;
-- tablespace_owner_is ( tablespace, user )
CREATE OR REPLACE FUNCTION tablespace_owner_is ( NAME, NAME )
RETURNS TEXT AS $$
SELECT tablespace_owner_is(
$1, $2,
'Tablespace ' || quote_ident($1) || ' should be owned by ' || quote_ident($2)
);
$$ LANGUAGE sql;
CREATE OR REPLACE FUNCTION _get_index_owner( NAME, NAME, NAME )
RETURNS NAME AS $$
SELECT pg_catalog.pg_get_userbyid(ci.relowner)
FROM pg_catalog.pg_index x
JOIN pg_catalog.pg_class ct ON ct.oid = x.indrelid
JOIN pg_catalog.pg_class ci ON ci.oid = x.indexrelid
JOIN pg_catalog.pg_namespace n ON n.oid = ct.relnamespace
WHERE n.nspname = $1
AND ct.relname = $2
AND ci.relname = $3;
$$ LANGUAGE sql;
CREATE OR REPLACE FUNCTION _get_index_owner( NAME, NAME )
RETURNS NAME AS $$
SELECT pg_catalog.pg_get_userbyid(ci.relowner)
FROM pg_catalog.pg_index x
JOIN pg_catalog.pg_class ct ON ct.oid = x.indrelid
JOIN pg_catalog.pg_class ci ON ci.oid = x.indexrelid
WHERE ct.relname = $1
AND ci.relname = $2
AND pg_catalog.pg_table_is_visible(ct.oid);
$$ LANGUAGE sql;
-- index_owner_is ( schema, table, index, user, description )
CREATE OR REPLACE FUNCTION index_owner_is ( NAME, NAME, NAME, NAME, TEXT )
RETURNS TEXT AS $$
DECLARE
owner NAME := _get_index_owner($1, $2, $3);
BEGIN
-- Make sure the index exists.
IF owner IS NULL THEN
RETURN ok(FALSE, $5) || E'\n' || diag(
E' Index ' || quote_ident($3) || ' ON '
|| quote_ident($1) || '.' || quote_ident($2) || ' not found'
);
END IF;
RETURN is(owner, $4, $5);
END;
$$ LANGUAGE plpgsql;
-- index_owner_is ( schema, table, index, user )
CREATE OR REPLACE FUNCTION index_owner_is ( NAME, NAME, NAME, NAME )
RETURNS TEXT AS $$
SELECT index_owner_is(
$1, $2, $3, $4,
'Index ' || quote_ident($3) || ' ON '
|| quote_ident($1) || '.' || quote_ident($2)
|| ' should be owned by ' || quote_ident($4)
);
$$ LANGUAGE sql;
-- index_owner_is ( table, index, user, description )
CREATE OR REPLACE FUNCTION index_owner_is ( NAME, NAME, NAME, TEXT )
RETURNS TEXT AS $$
DECLARE
owner NAME := _get_index_owner($1, $2);
BEGIN
-- Make sure the index exists.
IF owner IS NULL THEN
RETURN ok(FALSE, $4) || E'\n' || diag(
E' Index ' || quote_ident($2) || ' ON ' || quote_ident($1) || ' not found'
);
END IF;
RETURN is(owner, $3, $4);
END;
$$ LANGUAGE plpgsql;
-- index_owner_is ( table, index, user )
CREATE OR REPLACE FUNCTION index_owner_is ( NAME, NAME, NAME )
RETURNS TEXT AS $$
SELECT index_owner_is(
$1, $2, $3,
'Index ' || quote_ident($2) || ' ON '
|| quote_ident($1) || ' should be owned by ' || quote_ident($3)
);
$$ LANGUAGE sql;
-- _get_language_owner( language )
CREATE OR REPLACE FUNCTION _get_language_owner( NAME )
RETURNS NAME AS $$
SELECT pg_catalog.pg_get_userbyid(lanowner)
FROM pg_catalog.pg_language
WHERE lanname = $1;
$$ LANGUAGE SQL;
-- language_owner_is ( language, user, description )
CREATE OR REPLACE FUNCTION language_owner_is ( NAME, NAME, TEXT )
RETURNS TEXT AS $$
DECLARE
owner NAME := _get_language_owner($1);
BEGIN
-- Make sure the language exists.
IF owner IS NULL THEN
RETURN ok(FALSE, $3) || E'\n' || diag(
E' Language ' || quote_ident($1) || ' does not exist'
);
END IF;
RETURN is(owner, $2, $3);
END;
$$ LANGUAGE plpgsql;
-- language_owner_is ( language, user )
CREATE OR REPLACE FUNCTION language_owner_is ( NAME, NAME )
RETURNS TEXT AS $$
SELECT language_owner_is(
$1, $2,
'Language ' || quote_ident($1) || ' should be owned by ' || quote_ident($2)
);
$$ LANGUAGE sql;
CREATE OR REPLACE FUNCTION _get_opclass_owner ( NAME, NAME )
RETURNS NAME AS $$
SELECT pg_catalog.pg_get_userbyid(opcowner)
FROM pg_catalog.pg_opclass oc
JOIN pg_catalog.pg_namespace n ON oc.opcnamespace = n.oid
WHERE n.nspname = $1
AND opcname = $2;
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION _get_opclass_owner ( NAME )
RETURNS NAME AS $$
SELECT pg_catalog.pg_get_userbyid(opcowner)
FROM pg_catalog.pg_opclass
WHERE opcname = $1
AND pg_catalog.pg_opclass_is_visible(oid);
$$ LANGUAGE SQL;
-- opclass_owner_is( schema, opclass, user, description )
CREATE OR REPLACE FUNCTION opclass_owner_is ( NAME, NAME, NAME, TEXT )
RETURNS TEXT AS $$
DECLARE
owner NAME := _get_opclass_owner($1, $2);
BEGIN
-- Make sure the opclass exists.
IF owner IS NULL THEN
RETURN ok(FALSE, $4) || E'\n' || diag(
E' Operator class ' || quote_ident($1) || '.' || quote_ident($2)
|| ' not found'
);
END IF;
RETURN is(owner, $3, $4);
END;
$$ LANGUAGE plpgsql;
-- opclass_owner_is( schema, opclass, user )
CREATE OR REPLACE FUNCTION opclass_owner_is( NAME, NAME, NAME )
RETURNS TEXT AS $$
SELECT opclass_owner_is(
$1, $2, $3,
'Operator class ' || quote_ident($1) || '.' || quote_ident($2) ||
' should be owned by ' || quote_ident($3)
);
$$ LANGUAGE sql;
-- opclass_owner_is( opclass, user, description )
CREATE OR REPLACE FUNCTION opclass_owner_is ( NAME, NAME, TEXT )
RETURNS TEXT AS $$
DECLARE
owner NAME := _get_opclass_owner($1);
BEGIN
-- Make sure the opclass exists.
IF owner IS NULL THEN
RETURN ok(FALSE, $3) || E'\n' || diag(
E' Operator class ' || quote_ident($1) || ' not found'
);
END IF;
RETURN is(owner, $2, $3);
END;
$$ LANGUAGE plpgsql;
-- opclass_owner_is( opclass, user )
CREATE OR REPLACE FUNCTION opclass_owner_is( NAME, NAME )
RETURNS TEXT AS $$
SELECT opclass_owner_is(
$1, $2,
'Operator class ' || quote_ident($1) || ' should be owned by ' || quote_ident($2)
);
$$ LANGUAGE sql;
CREATE OR REPLACE FUNCTION _get_type_owner ( NAME, NAME )
RETURNS NAME AS $$
SELECT pg_catalog.pg_get_userbyid(t.typowner)
FROM pg_catalog.pg_type t
JOIN pg_catalog.pg_namespace n ON n.oid = t.typnamespace
WHERE n.nspname = $1
AND t.typname = $2
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION _get_type_owner ( NAME )
RETURNS NAME AS $$
SELECT pg_catalog.pg_get_userbyid(typowner)
FROM pg_catalog.pg_type
WHERE typname = $1
AND pg_catalog.pg_type_is_visible(oid)
$$ LANGUAGE SQL;
-- type_owner_is ( schema, type, user, description )
CREATE OR REPLACE FUNCTION type_owner_is ( NAME, NAME, NAME, TEXT )
RETURNS TEXT AS $$
DECLARE
owner NAME := _get_type_owner($1, $2);
BEGIN
-- Make sure the type exists.
IF owner IS NULL THEN
RETURN ok(FALSE, $4) || E'\n' || diag(
E' Type ' || quote_ident($1) || '.' || quote_ident($2) || ' not found'
);
END IF;
RETURN is(owner, $3, $4);
END;
$$ LANGUAGE plpgsql;
-- type_owner_is ( schema, type, user )
CREATE OR REPLACE FUNCTION type_owner_is ( NAME, NAME, NAME )
RETURNS TEXT AS $$
SELECT type_owner_is(
$1, $2, $3,
'Type ' || quote_ident($1) || '.' || quote_ident($2) || ' should be owned by ' || quote_ident($3)
);
$$ LANGUAGE sql;
-- type_owner_is ( type, user, description )
CREATE OR REPLACE FUNCTION type_owner_is ( NAME, NAME, TEXT )
RETURNS TEXT AS $$
DECLARE
owner NAME := _get_type_owner($1);
BEGIN
-- Make sure the type exists.
IF owner IS NULL THEN
RETURN ok(FALSE, $3) || E'\n' || diag(
E' Type ' || quote_ident($1) || ' not found'
);
END IF;
RETURN is(owner, $2, $3);
END;
$$ LANGUAGE plpgsql;
-- type_owner_is ( type, user )
CREATE OR REPLACE FUNCTION type_owner_is ( NAME, NAME )
RETURNS TEXT AS $$
SELECT type_owner_is(
$1, $2,
'Type ' || quote_ident($1) || ' should be owned by ' || quote_ident($2)
);
$$ LANGUAGE sql;
CREATE OR REPLACE FUNCTION _assets_are ( text, text[], text[], TEXT )
RETURNS TEXT AS $$
SELECT _areni(
$1,
ARRAY(
SELECT UPPER($2[i]) AS thing
FROM generate_series(1, array_upper($2, 1)) s(i)
EXCEPT
SELECT $3[i]
FROM generate_series(1, array_upper($3, 1)) s(i)
ORDER BY thing
),
ARRAY(
SELECT $3[i] AS thing
FROM generate_series(1, array_upper($3, 1)) s(i)
EXCEPT
SELECT UPPER($2[i])
FROM generate_series(1, array_upper($2, 1)) s(i)
ORDER BY thing
),
$4
);
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION _get_table_privs(NAME, TEXT)
RETURNS TEXT[] AS $$
DECLARE
privs TEXT[] := _table_privs();
grants TEXT[] := '{}';
BEGIN
FOR i IN 1..array_upper(privs, 1) LOOP
BEGIN
IF pg_catalog.has_table_privilege($1, $2, privs[i]) THEN
grants := grants || privs[i];
END IF;
EXCEPTION WHEN undefined_table THEN
-- Not a valid table name.
RETURN '{undefined_table}';
WHEN undefined_object THEN
-- Not a valid role.
RETURN '{undefined_role}';
WHEN invalid_parameter_value THEN
-- Not a valid permission on this version of PostgreSQL; ignore;
END;
END LOOP;
RETURN grants;
END;
$$ LANGUAGE plpgsql;
CREATE OR REPLACE FUNCTION _table_privs()
RETURNS NAME[] AS $$
DECLARE
pgversion INTEGER := pg_version_num();
BEGIN
IF pgversion < 80200 THEN RETURN ARRAY[
'DELETE', 'INSERT', 'REFERENCES', 'RULE', 'SELECT', 'TRIGGER', 'UPDATE'
];
ELSIF pgversion < 80400 THEN RETURN ARRAY[
'DELETE', 'INSERT', 'REFERENCES', 'SELECT', 'TRIGGER', 'UPDATE'
];
ELSE RETURN ARRAY[
'DELETE', 'INSERT', 'REFERENCES', 'SELECT', 'TRIGGER', 'TRUNCATE', 'UPDATE'
];
END IF;
END;
$$ language plpgsql;
-- table_privs_are ( schema, table, user, privileges[], description )
CREATE OR REPLACE FUNCTION table_privs_are ( NAME, NAME, NAME, NAME[], TEXT )
RETURNS TEXT AS $$
DECLARE
grants TEXT[] := _get_table_privs( $3, quote_ident($1) || '.' || quote_ident($2) );
BEGIN
IF grants[1] = 'undefined_table' THEN
RETURN ok(FALSE, $5) || E'\n' || diag(
' Table ' || quote_ident($1) || '.' || quote_ident($2) || ' does not exist'
);
ELSIF grants[1] = 'undefined_role' THEN
RETURN ok(FALSE, $5) || E'\n' || diag(
' Role ' || quote_ident($3) || ' does not exist'
);
END IF;
RETURN _assets_are('privileges', grants, $4, $5);
END;
$$ LANGUAGE plpgsql;
-- table_privs_are ( schema, table, user, privileges[] )
CREATE OR REPLACE FUNCTION table_privs_are ( NAME, NAME, NAME, NAME[] )
RETURNS TEXT AS $$
SELECT table_privs_are(
$1, $2, $3, $4,
'Role ' || quote_ident($3) || ' should be granted '
|| CASE WHEN $4[1] IS NULL THEN 'no privileges' ELSE array_to_string($4, ', ') END
|| ' on table ' || quote_ident($1) || '.' || quote_ident($2)
);
$$ LANGUAGE SQL;
-- table_privs_are ( table, user, privileges[], description )
CREATE OR REPLACE FUNCTION table_privs_are ( NAME, NAME, NAME[], TEXT )
RETURNS TEXT AS $$
DECLARE
grants TEXT[] := _get_table_privs( $2, quote_ident($1) );
BEGIN
IF grants[1] = 'undefined_table' THEN
RETURN ok(FALSE, $4) || E'\n' || diag(
' Table ' || quote_ident($1) || '.' || quote_ident($2) || ' does not exist'
);
ELSIF grants[1] = 'undefined_role' THEN
RETURN ok(FALSE, $4) || E'\n' || diag(
' Role ' || quote_ident($2) || ' does not exist'
);
END IF;
RETURN _assets_are('privileges', grants, $3, $4);
END;
$$ LANGUAGE plpgsql;
-- table_privs_are ( table, user, privileges[] )
CREATE OR REPLACE FUNCTION table_privs_are ( NAME, NAME, NAME[] )
RETURNS TEXT AS $$
SELECT table_privs_are(
$1, $2, $3,
'Role ' || quote_ident($2) || ' should be granted '
|| CASE WHEN $3[1] IS NULL THEN 'no privileges' ELSE array_to_string($3, ', ') END
|| ' on table ' || quote_ident($1)
);
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION _db_privs()
RETURNS NAME[] AS $$
DECLARE
pgversion INTEGER := pg_version_num();
BEGIN
IF pgversion < 80200 THEN
RETURN ARRAY['CREATE', 'TEMPORARY'];
ELSE
RETURN ARRAY['CREATE', 'CONNECT', 'TEMPORARY'];
END IF;
END;
$$ language plpgsql;
CREATE OR REPLACE FUNCTION _get_db_privs(NAME, TEXT)
RETURNS TEXT[] AS $$
DECLARE
privs TEXT[] := _db_privs();
grants TEXT[] := '{}';
BEGIN
FOR i IN 1..array_upper(privs, 1) LOOP
BEGIN
IF pg_catalog.has_database_privilege($1, $2, privs[i]) THEN
grants := grants || privs[i];
END IF;
EXCEPTION WHEN invalid_catalog_name THEN
-- Not a valid db name.
RETURN '{invalid_catalog_name}';
WHEN undefined_object THEN
-- Not a valid role.
RETURN '{undefined_role}';
WHEN invalid_parameter_value THEN
-- Not a valid permission on this version of PostgreSQL; ignore;
END;
END LOOP;
RETURN grants;
END;
$$ LANGUAGE plpgsql;
-- database_privs_are ( db, user, privileges[], description )
CREATE OR REPLACE FUNCTION database_privs_are ( NAME, NAME, NAME[], TEXT )
RETURNS TEXT AS $$
DECLARE
grants TEXT[] := _get_db_privs( $2, $1::TEXT );
BEGIN
IF grants[1] = 'invalid_catalog_name' THEN
RETURN ok(FALSE, $4) || E'\n' || diag(
' Database ' || quote_ident($1) || ' does not exist'
);
ELSIF grants[1] = 'undefined_role' THEN
RETURN ok(FALSE, $4) || E'\n' || diag(
' Role ' || quote_ident($2) || ' does not exist'
);
END IF;
RETURN _assets_are('privileges', grants, $3, $4);
END;
$$ LANGUAGE plpgsql;
-- database_privs_are ( db, user, privileges[] )
CREATE OR REPLACE FUNCTION database_privs_are ( NAME, NAME, NAME[] )
RETURNS TEXT AS $$
SELECT database_privs_are(
$1, $2, $3,
'Role ' || quote_ident($2) || ' should be granted '
|| CASE WHEN $3[1] IS NULL THEN 'no privileges' ELSE array_to_string($3, ', ') END
|| ' on database ' || quote_ident($1)
);
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION _get_func_privs(TEXT, TEXT)
RETURNS TEXT[] AS $$
BEGIN
IF pg_catalog.has_function_privilege($1, $2, 'EXECUTE') THEN
RETURN '{EXECUTE}';
ELSE
RETURN '{}';
END IF;
EXCEPTION
-- Not a valid func name.
WHEN undefined_function THEN RETURN '{undefined_function}';
-- Not a valid role.
WHEN undefined_object THEN RETURN '{undefined_role}';
END;
$$ LANGUAGE plpgsql;
CREATE OR REPLACE FUNCTION _fprivs_are ( TEXT, NAME, NAME[], TEXT )
RETURNS TEXT AS $$
DECLARE
grants TEXT[] := _get_func_privs($2, $1);
BEGIN
IF grants[1] = 'undefined_function' THEN
RETURN ok(FALSE, $4) || E'\n' || diag(
' Function ' || $1 || ' does not exist'
);
ELSIF grants[1] = 'undefined_role' THEN
RETURN ok(FALSE, $4) || E'\n' || diag(
' Role ' || quote_ident($2) || ' does not exist'
);
END IF;
RETURN _assets_are('privileges', grants, $3, $4);
END;
$$ LANGUAGE plpgsql;
-- function_privs_are ( schema, function, args[], user, privileges[], description )
CREATE OR REPLACE FUNCTION function_privs_are ( NAME, NAME, NAME[], NAME, NAME[], TEXT )
RETURNS TEXT AS $$
SELECT _fprivs_are(
quote_ident($1) || '.' || quote_ident($2) || '(' || array_to_string($3, ', ') || ')',
$4, $5, $6
);
$$ LANGUAGE SQL;
-- function_privs_are ( schema, function, args[], user, privileges[] )
CREATE OR REPLACE FUNCTION function_privs_are ( NAME, NAME, NAME[], NAME, NAME[] )
RETURNS TEXT AS $$
SELECT function_privs_are(
$1, $2, $3, $4, $5,
'Role ' || quote_ident($4) || ' should be granted '
|| CASE WHEN $5[1] IS NULL THEN 'no privileges' ELSE array_to_string($5, ', ') END
|| ' on function ' || quote_ident($1) || '.' || quote_ident($2)
|| '(' || array_to_string($3, ', ') || ')'
);
$$ LANGUAGE SQL;
-- function_privs_are ( function, args[], user, privileges[], description )
CREATE OR REPLACE FUNCTION function_privs_are ( NAME, NAME[], NAME, NAME[], TEXT )
RETURNS TEXT AS $$
SELECT _fprivs_are(
quote_ident($1) || '(' || array_to_string($2, ', ') || ')',
$3, $4, $5
);
$$ LANGUAGE SQL;
-- function_privs_are ( function, args[], user, privileges[] )
CREATE OR REPLACE FUNCTION function_privs_are ( NAME, NAME[], NAME, NAME[] )
RETURNS TEXT AS $$
SELECT function_privs_are(
$1, $2, $3, $4,
'Role ' || quote_ident($3) || ' should be granted '
|| CASE WHEN $4[1] IS NULL THEN 'no privileges' ELSE array_to_string($4, ', ') END
|| ' on function ' || quote_ident($1) || '(' || array_to_string($2, ', ') || ')'
);
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION _get_lang_privs (NAME, TEXT)
RETURNS TEXT[] AS $$
BEGIN
IF pg_catalog.has_language_privilege($1, $2, 'USAGE') THEN
RETURN '{USAGE}';
ELSE
RETURN '{}';
END IF;
EXCEPTION WHEN undefined_object THEN
-- Same error code for unknown user or language. So figure out which.
RETURN CASE WHEN SQLERRM LIKE '%' || $1 || '%' THEN
'{undefined_role}'
ELSE
'{undefined_language}'
END;
END;
$$ LANGUAGE plpgsql;
-- language_privs_are ( lang, user, privileges[], description )
CREATE OR REPLACE FUNCTION language_privs_are ( NAME, NAME, NAME[], TEXT )
RETURNS TEXT AS $$
DECLARE
grants TEXT[] := _get_lang_privs( $2, quote_ident($1) );
BEGIN
IF grants[1] = 'undefined_language' THEN
RETURN ok(FALSE, $4) || E'\n' || diag(
' Language ' || quote_ident($1) || ' does not exist'
);
ELSIF grants[1] = 'undefined_role' THEN
RETURN ok(FALSE, $4) || E'\n' || diag(
' Role ' || quote_ident($2) || ' does not exist'
);
END IF;
RETURN _assets_are('privileges', grants, $3, $4);
END;
$$ LANGUAGE plpgsql;
-- language_privs_are ( lang, user, privileges[] )
CREATE OR REPLACE FUNCTION language_privs_are ( NAME, NAME, NAME[] )
RETURNS TEXT AS $$
SELECT language_privs_are(
$1, $2, $3,
'Role ' || quote_ident($2) || ' should be granted '
|| CASE WHEN $3[1] IS NULL THEN 'no privileges' ELSE array_to_string($3, ', ') END
|| ' on language ' || quote_ident($1)
);
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION _get_schema_privs(NAME, TEXT)
RETURNS TEXT[] AS $$
DECLARE
privs TEXT[] := ARRAY['CREATE', 'USAGE'];
grants TEXT[] := '{}';
BEGIN
FOR i IN 1..array_upper(privs, 1) LOOP
IF pg_catalog.has_schema_privilege($1, $2, privs[i]) THEN
grants := grants || privs[i];
END IF;
END LOOP;
RETURN grants;
EXCEPTION
-- Not a valid schema name.
WHEN invalid_schema_name THEN RETURN '{invalid_schema_name}';
-- Not a valid role.
WHEN undefined_object THEN RETURN '{undefined_role}';
END;
$$ LANGUAGE plpgsql;
-- schema_privs_are ( schema, user, privileges[], description )
CREATE OR REPLACE FUNCTION schema_privs_are ( NAME, NAME, NAME[], TEXT )
RETURNS TEXT AS $$
DECLARE
grants TEXT[] := _get_schema_privs( $2, $1::TEXT );
BEGIN
IF grants[1] = 'invalid_schema_name' THEN
RETURN ok(FALSE, $4) || E'\n' || diag(
' Schema ' || quote_ident($1) || ' does not exist'
);
ELSIF grants[1] = 'undefined_role' THEN
RETURN ok(FALSE, $4) || E'\n' || diag(
' Role ' || quote_ident($2) || ' does not exist'
);
END IF;
RETURN _assets_are('privileges', grants, $3, $4);
END;
$$ LANGUAGE plpgsql;
-- schema_privs_are ( schema, user, privileges[] )
CREATE OR REPLACE FUNCTION schema_privs_are ( NAME, NAME, NAME[] )
RETURNS TEXT AS $$
SELECT schema_privs_are(
$1, $2, $3,
'Role ' || quote_ident($2) || ' should be granted '
|| CASE WHEN $3[1] IS NULL THEN 'no privileges' ELSE array_to_string($3, ', ') END
|| ' on schema ' || quote_ident($1)
);
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION _get_tablespaceprivs (NAME, TEXT)
RETURNS TEXT[] AS $$
BEGIN
IF pg_catalog.has_tablespace_privilege($1, $2, 'CREATE') THEN
RETURN '{CREATE}';
ELSE
RETURN '{}';
END IF;
EXCEPTION WHEN undefined_object THEN
-- Same error code for unknown user or tablespace. So figure out which.
RETURN CASE WHEN SQLERRM LIKE '%' || $1 || '%' THEN
'{undefined_role}'
ELSE
'{undefined_tablespace}'
END;
END;
$$ LANGUAGE plpgsql;
-- tablespace_privs_are ( tablespace, user, privileges[], description )
CREATE OR REPLACE FUNCTION tablespace_privs_are ( NAME, NAME, NAME[], TEXT )
RETURNS TEXT AS $$
DECLARE
grants TEXT[] := _get_tablespaceprivs( $2, $1::TEXT );
BEGIN
IF grants[1] = 'undefined_tablespace' THEN
RETURN ok(FALSE, $4) || E'\n' || diag(
' Tablespace ' || quote_ident($1) || ' does not exist'
);
ELSIF grants[1] = 'undefined_role' THEN
RETURN ok(FALSE, $4) || E'\n' || diag(
' Role ' || quote_ident($2) || ' does not exist'
);
END IF;
RETURN _assets_are('privileges', grants, $3, $4);
END;
$$ LANGUAGE plpgsql;
-- tablespace_privs_are ( tablespace, user, privileges[] )
CREATE OR REPLACE FUNCTION tablespace_privs_are ( NAME, NAME, NAME[] )
RETURNS TEXT AS $$
SELECT tablespace_privs_are(
$1, $2, $3,
'Role ' || quote_ident($2) || ' should be granted '
|| CASE WHEN $3[1] IS NULL THEN 'no privileges' ELSE array_to_string($3, ', ') END
|| ' on tablespace ' || quote_ident($1)
);
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION _get_sequence_privs(NAME, TEXT)
RETURNS TEXT[] AS $$
DECLARE
privs TEXT[] := ARRAY['SELECT', 'UPDATE', 'USAGE'];
grants TEXT[] := '{}';
BEGIN
FOR i IN 1..array_upper(privs, 1) LOOP
BEGIN
IF pg_catalog.has_sequence_privilege($1, $2, privs[i]) THEN
grants := grants || privs[i];
END IF;
EXCEPTION WHEN undefined_table THEN
-- Not a valid sequence name.
RETURN '{undefined_table}';
WHEN undefined_object THEN
-- Not a valid role.
RETURN '{undefined_role}';
WHEN invalid_parameter_value THEN
-- Not a valid permission on this version of PostgreSQL; ignore;
END;
END LOOP;
RETURN grants;
END;
$$ LANGUAGE plpgsql;
-- sequence_privs_are ( schema, sequence, user, privileges[], description )
CREATE OR REPLACE FUNCTION sequence_privs_are ( NAME, NAME, NAME, NAME[], TEXT )
RETURNS TEXT AS $$
DECLARE
grants TEXT[] := _get_sequence_privs( $3, quote_ident($1) || '.' || quote_ident($2) );
BEGIN
IF grants[1] = 'undefined_table' THEN
RETURN ok(FALSE, $5) || E'\n' || diag(
' Sequence ' || quote_ident($1) || '.' || quote_ident($2) || ' does not exist'
);
ELSIF grants[1] = 'undefined_role' THEN
RETURN ok(FALSE, $5) || E'\n' || diag(
' Role ' || quote_ident($3) || ' does not exist'
);
END IF;
RETURN _assets_are('privileges', grants, $4, $5);
END;
$$ LANGUAGE plpgsql;
-- sequence_privs_are ( schema, sequence, user, privileges[] )
CREATE OR REPLACE FUNCTION sequence_privs_are ( NAME, NAME, NAME, NAME[] )
RETURNS TEXT AS $$
SELECT sequence_privs_are(
$1, $2, $3, $4,
'Role ' || quote_ident($3) || ' should be granted '
|| CASE WHEN $4[1] IS NULL THEN 'no privileges' ELSE array_to_string($4, ', ') END
|| ' on sequence '|| quote_ident($1) || '.' || quote_ident($2)
);
$$ LANGUAGE SQL;
-- sequence_privs_are ( sequence, user, privileges[], description )
CREATE OR REPLACE FUNCTION sequence_privs_are ( NAME, NAME, NAME[], TEXT )
RETURNS TEXT AS $$
DECLARE
grants TEXT[] := _get_sequence_privs( $2, quote_ident($1) );
BEGIN
IF grants[1] = 'undefined_table' THEN
RETURN ok(FALSE, $4) || E'\n' || diag(
' Sequence ' || quote_ident($1) || '.' || quote_ident($2) || ' does not exist'
);
ELSIF grants[1] = 'undefined_role' THEN
RETURN ok(FALSE, $4) || E'\n' || diag(
' Role ' || quote_ident($2) || ' does not exist'
);
END IF;
RETURN _assets_are('privileges', grants, $3, $4);
END;
$$ LANGUAGE plpgsql;
-- sequence_privs_are ( sequence, user, privileges[] )
CREATE OR REPLACE FUNCTION sequence_privs_are ( NAME, NAME, NAME[] )
RETURNS TEXT AS $$
SELECT sequence_privs_are(
$1, $2, $3,
'Role ' || quote_ident($2) || ' should be granted '
|| CASE WHEN $3[1] IS NULL THEN 'no privileges' ELSE array_to_string($3, ', ') END
|| ' on sequence ' || quote_ident($1)
);
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION _get_ac_privs(NAME, TEXT)
RETURNS TEXT[] AS $$
DECLARE
privs TEXT[] := ARRAY['INSERT', 'REFERENCES', 'SELECT', 'UPDATE'];
grants TEXT[] := '{}';
BEGIN
FOR i IN 1..array_upper(privs, 1) LOOP
BEGIN
IF pg_catalog.has_any_column_privilege($1, $2, privs[i]) THEN
grants := grants || privs[i];
END IF;
EXCEPTION WHEN undefined_table THEN
-- Not a valid table name.
RETURN '{undefined_table}';
WHEN undefined_object THEN
-- Not a valid role.
RETURN '{undefined_role}';
WHEN invalid_parameter_value THEN
-- Not a valid permission on this version of PostgreSQL; ignore;
END;
END LOOP;
RETURN grants;
END;
$$ LANGUAGE plpgsql;
-- any_column_privs_are ( schema, table, user, privileges[], description )
CREATE OR REPLACE FUNCTION any_column_privs_are ( NAME, NAME, NAME, NAME[], TEXT )
RETURNS TEXT AS $$
DECLARE
grants TEXT[] := _get_ac_privs( $3, quote_ident($1) || '.' || quote_ident($2) );
BEGIN
IF grants[1] = 'undefined_table' THEN
RETURN ok(FALSE, $5) || E'\n' || diag(
' Table ' || quote_ident($1) || '.' || quote_ident($2) || ' does not exist'
);
ELSIF grants[1] = 'undefined_role' THEN
RETURN ok(FALSE, $5) || E'\n' || diag(
' Role ' || quote_ident($3) || ' does not exist'
);
END IF;
RETURN _assets_are('privileges', grants, $4, $5);
END;
$$ LANGUAGE plpgsql;
-- any_column_privs_are ( schema, table, user, privileges[] )
CREATE OR REPLACE FUNCTION any_column_privs_are ( NAME, NAME, NAME, NAME[] )
RETURNS TEXT AS $$
SELECT any_column_privs_are(
$1, $2, $3, $4,
'Role ' || quote_ident($3) || ' should be granted '
|| CASE WHEN $4[1] IS NULL THEN 'no privileges' ELSE array_to_string($4, ', ') END
|| ' on any column in '|| quote_ident($1) || '.' || quote_ident($2)
);
$$ LANGUAGE SQL;
-- any_column_privs_are ( table, user, privileges[], description )
CREATE OR REPLACE FUNCTION any_column_privs_are ( NAME, NAME, NAME[], TEXT )
RETURNS TEXT AS $$
DECLARE
grants TEXT[] := _get_ac_privs( $2, quote_ident($1) );
BEGIN
IF grants[1] = 'undefined_table' THEN
RETURN ok(FALSE, $4) || E'\n' || diag(
' Table ' || quote_ident($1) || '.' || quote_ident($2) || ' does not exist'
);
ELSIF grants[1] = 'undefined_role' THEN
RETURN ok(FALSE, $4) || E'\n' || diag(
' Role ' || quote_ident($2) || ' does not exist'
);
END IF;
RETURN _assets_are('privileges', grants, $3, $4);
END;
$$ LANGUAGE plpgsql;
-- any_column_privs_are ( table, user, privileges[] )
CREATE OR REPLACE FUNCTION any_column_privs_are ( NAME, NAME, NAME[] )
RETURNS TEXT AS $$
SELECT any_column_privs_are(
$1, $2, $3,
'Role ' || quote_ident($2) || ' should be granted '
|| CASE WHEN $3[1] IS NULL THEN 'no privileges' ELSE array_to_string($3, ', ') END
|| ' on any column in ' || quote_ident($1)
);
$$ LANGUAGE SQL;
-- _get_col_privs(user, table, column)
CREATE OR REPLACE FUNCTION _get_col_privs(NAME, TEXT, NAME)
RETURNS TEXT[] AS $$
DECLARE
privs TEXT[] := ARRAY['INSERT', 'REFERENCES', 'SELECT', 'UPDATE'];
grants TEXT[] := '{}';
BEGIN
FOR i IN 1..array_upper(privs, 1) LOOP
IF pg_catalog.has_column_privilege($1, $2, $3, privs[i]) THEN
grants := grants || privs[i];
END IF;
END LOOP;
RETURN grants;
EXCEPTION
-- Not a valid column name.
WHEN undefined_column THEN RETURN '{undefined_column}';
-- Not a valid table name.
WHEN undefined_table THEN RETURN '{undefined_table}';
-- Not a valid role.
WHEN undefined_object THEN RETURN '{undefined_role}';
END;
$$ LANGUAGE plpgsql;
-- column_privs_are ( schema, table, column, user, privileges[], description )
CREATE OR REPLACE FUNCTION column_privs_are ( NAME, NAME, NAME, NAME, NAME[], TEXT )
RETURNS TEXT AS $$
DECLARE
grants TEXT[] := _get_col_privs( $4, quote_ident($1) || '.' || quote_ident($2), $3 );
BEGIN
IF grants[1] = 'undefined_column' THEN
RETURN ok(FALSE, $6) || E'\n' || diag(
' Column ' || quote_ident($1) || '.' || quote_ident($2) || '.' || quote_ident($3)
|| ' does not exist'
);
ELSIF grants[1] = 'undefined_table' THEN
RETURN ok(FALSE, $6) || E'\n' || diag(
' Table ' || quote_ident($1) || '.' || quote_ident($2) || ' does not exist'
);
ELSIF grants[1] = 'undefined_role' THEN
RETURN ok(FALSE, $6) || E'\n' || diag(
' Role ' || quote_ident($4) || ' does not exist'
);
END IF;
RETURN _assets_are('privileges', grants, $5, $6);
END;
$$ LANGUAGE plpgsql;
-- column_privs_are ( schema, table, column, user, privileges[] )
CREATE OR REPLACE FUNCTION column_privs_are ( NAME, NAME, NAME, NAME, NAME[] )
RETURNS TEXT AS $$
SELECT column_privs_are(
$1, $2, $3, $4, $5,
'Role ' || quote_ident($4) || ' should be granted '
|| CASE WHEN $5[1] IS NULL THEN 'no privileges' ELSE array_to_string($5, ', ') END
|| ' on column ' || quote_ident($1) || '.' || quote_ident($2) || '.' || quote_ident($3)
);
$$ LANGUAGE SQL;
-- column_privs_are ( table, column, user, privileges[], description )
CREATE OR REPLACE FUNCTION column_privs_are ( NAME, NAME, NAME, NAME[], TEXT )
RETURNS TEXT AS $$
DECLARE
grants TEXT[] := _get_col_privs( $3, quote_ident($1), $2 );
BEGIN
IF grants[1] = 'undefined_column' THEN
RETURN ok(FALSE, $5) || E'\n' || diag(
' Column ' || quote_ident($1) || '.' || quote_ident($2) || ' does not exist'
);
ELSIF grants[1] = 'undefined_table' THEN
RETURN ok(FALSE, $5) || E'\n' || diag(
' Table ' || quote_ident($1) || ' does not exist'
);
ELSIF grants[1] = 'undefined_role' THEN
RETURN ok(FALSE, $5) || E'\n' || diag(
' Role ' || quote_ident($3) || ' does not exist'
);
END IF;
RETURN _assets_are('privileges', grants, $4, $5);
END;
$$ LANGUAGE plpgsql;
-- column_privs_are ( table, column, user, privileges[] )
CREATE OR REPLACE FUNCTION column_privs_are ( NAME, NAME, NAME, NAME[] )
RETURNS TEXT AS $$
SELECT column_privs_are(
$1, $2, $3, $4,
'Role ' || quote_ident($3) || ' should be granted '
|| CASE WHEN $4[1] IS NULL THEN 'no privileges' ELSE array_to_string($4, ', ') END
|| ' on column ' || quote_ident($1) || '.' || quote_ident($2)
);
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION _get_fdw_privs (NAME, TEXT)
RETURNS TEXT[] AS $$
BEGIN
IF pg_catalog.has_foreign_data_wrapper_privilege($1, $2, 'USAGE') THEN
RETURN '{USAGE}';
ELSE
RETURN '{}';
END IF;
EXCEPTION WHEN undefined_object THEN
-- Same error code for unknown user or fdw. So figure out which.
RETURN CASE WHEN SQLERRM LIKE '%' || $1 || '%' THEN
'{undefined_role}'
ELSE
'{undefined_fdw}'
END;
END;
$$ LANGUAGE plpgsql;
-- fdw_privs_are ( fdw, user, privileges[], description )
CREATE OR REPLACE FUNCTION fdw_privs_are ( NAME, NAME, NAME[], TEXT )
RETURNS TEXT AS $$
DECLARE
grants TEXT[] := _get_fdw_privs( $2, $1::TEXT );
BEGIN
IF grants[1] = 'undefined_fdw' THEN
RETURN ok(FALSE, $4) || E'\n' || diag(
' FDW ' || quote_ident($1) || ' does not exist'
);
ELSIF grants[1] = 'undefined_role' THEN
RETURN ok(FALSE, $4) || E'\n' || diag(
' Role ' || quote_ident($2) || ' does not exist'
);
END IF;
RETURN _assets_are('privileges', grants, $3, $4);
END;
$$ LANGUAGE plpgsql;
-- fdw_privs_are ( fdw, user, privileges[] )
CREATE OR REPLACE FUNCTION fdw_privs_are ( NAME, NAME, NAME[] )
RETURNS TEXT AS $$
SELECT fdw_privs_are(
$1, $2, $3,
'Role ' || quote_ident($2) || ' should be granted '
|| CASE WHEN $3[1] IS NULL THEN 'no privileges' ELSE array_to_string($3, ', ') END
|| ' on FDW ' || quote_ident($1)
);
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION _get_server_privs (NAME, TEXT)
RETURNS TEXT[] AS $$
BEGIN
IF pg_catalog.has_server_privilege($1, $2, 'USAGE') THEN
RETURN '{USAGE}';
ELSE
RETURN '{}';
END IF;
EXCEPTION WHEN undefined_object THEN
-- Same error code for unknown user or server. So figure out which.
RETURN CASE WHEN SQLERRM LIKE '%' || $1 || '%' THEN
'{undefined_role}'
ELSE
'{undefined_server}'
END;
END;
$$ LANGUAGE plpgsql;
-- server_privs_are ( server, user, privileges[], description )
CREATE OR REPLACE FUNCTION server_privs_are ( NAME, NAME, NAME[], TEXT )
RETURNS TEXT AS $$
DECLARE
grants TEXT[] := _get_server_privs( $2, $1::TEXT );
BEGIN
IF grants[1] = 'undefined_server' THEN
RETURN ok(FALSE, $4) || E'\n' || diag(
' Server ' || quote_ident($1) || ' does not exist'
);
ELSIF grants[1] = 'undefined_role' THEN
RETURN ok(FALSE, $4) || E'\n' || diag(
' Role ' || quote_ident($2) || ' does not exist'
);
END IF;
RETURN _assets_are('privileges', grants, $3, $4);
END;
$$ LANGUAGE plpgsql;
-- server_privs_are ( server, user, privileges[] )
CREATE OR REPLACE FUNCTION server_privs_are ( NAME, NAME, NAME[] )
RETURNS TEXT AS $$
SELECT server_privs_are(
$1, $2, $3,
'Role ' || quote_ident($2) || ' should be granted '
|| CASE WHEN $3[1] IS NULL THEN 'no privileges' ELSE array_to_string($3, ', ') END
|| ' on server ' || quote_ident($1)
);
$$ LANGUAGE SQL;
-- materialized_views_are( schema, materialized_views, description )
CREATE OR REPLACE FUNCTION materialized_views_are ( NAME, NAME[], TEXT )
RETURNS TEXT AS $$
SELECT _are( 'Materialized views', _extras('m', $1, $2), _missing('m', $1, $2), $3);
$$ LANGUAGE SQL;
-- materialized_views_are( materialized_views, description )
CREATE OR REPLACE FUNCTION materialized_views_are ( NAME[], TEXT )
RETURNS TEXT AS $$
SELECT _are( 'Materialized views', _extras('m', $1), _missing('m', $1), $2);
$$ LANGUAGE SQL;
-- materialized_views_are( schema, materialized_views )
CREATE OR REPLACE FUNCTION materialized_views_are ( NAME, NAME[] )
RETURNS TEXT AS $$
SELECT _are(
'Materialized views', _extras('m', $1, $2), _missing('m', $1, $2),
'Schema ' || quote_ident($1) || ' should have the correct materialized views'
);
$$ LANGUAGE SQL;
-- materialized_views_are( materialized_views )
CREATE OR REPLACE FUNCTION materialized_views_are ( NAME[] )
RETURNS TEXT AS $$
SELECT _are(
'Materialized views', _extras('m', $1), _missing('m', $1),
'Search path ' || pg_catalog.current_setting('search_path') || ' should have the correct materialized views'
);
$$ LANGUAGE SQL;
-- materialized_view_owner_is ( schema, materialized_view, user, description )
CREATE OR REPLACE FUNCTION materialized_view_owner_is ( NAME, NAME, NAME, TEXT )
RETURNS TEXT AS $$
DECLARE
owner NAME := _get_rel_owner('m'::char, $1, $2);
BEGIN
-- Make sure the materialized view exists.
IF owner IS NULL THEN
RETURN ok(FALSE, $4) || E'\n' || diag(
E' Materialized view ' || quote_ident($1) || '.' || quote_ident($2) || ' does not exist'
);
END IF;
RETURN is(owner, $3, $4);
END;
$$ LANGUAGE plpgsql;
-- materialized_view_owner_is ( schema, materialized_view, user )
CREATE OR REPLACE FUNCTION materialized_view_owner_is ( NAME, NAME, NAME )
RETURNS TEXT AS $$
SELECT materialized_view_owner_is(
$1, $2, $3,
'Materialized view ' || quote_ident($1) || '.' || quote_ident($2) || ' should be owned by ' || quote_ident($3)
);
$$ LANGUAGE sql;
-- materialized_view_owner_is ( materialized_view, user, description )
CREATE OR REPLACE FUNCTION materialized_view_owner_is ( NAME, NAME, TEXT )
RETURNS TEXT AS $$
DECLARE
owner NAME := _get_rel_owner('m'::char, $1);
BEGIN
-- Make sure the materialized view exists.
IF owner IS NULL THEN
RETURN ok(FALSE, $3) || E'\n' || diag(
E' Materialized view ' || quote_ident($1) || ' does not exist'
);
END IF;
RETURN is(owner, $2, $3);
END;
$$ LANGUAGE plpgsql;
-- materialized_view_owner_is ( materialized_view, user )
CREATE OR REPLACE FUNCTION materialized_view_owner_is ( NAME, NAME )
RETURNS TEXT AS $$
SELECT materialized_view_owner_is(
$1, $2,
'Materialized view ' || quote_ident($1) || ' should be owned by ' || quote_ident($2)
);
$$ LANGUAGE sql;
-- has_materialized_view( schema, materialized_view, description )
CREATE OR REPLACE FUNCTION has_materialized_view ( NAME, NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( _rexists( 'm', $1, $2 ), $3 );
$$ LANGUAGE SQL;
-- has_materialized_view( materialized_view, description )
CREATE OR REPLACE FUNCTION has_materialized_view ( NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( _rexists( 'm', $1 ), $2 );
$$ LANGUAGE SQL;
-- has_materialized_view( materialized_view )
CREATE OR REPLACE FUNCTION has_materialized_view ( NAME )
RETURNS TEXT AS $$
SELECT has_materialized_view( $1, 'Materialized view ' || quote_ident($1) || ' should exist' );
$$ LANGUAGE SQL;
-- hasnt_materialized_view( schema, materialized_view, description )
CREATE OR REPLACE FUNCTION hasnt_materialized_view ( NAME, NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( NOT _rexists( 'm', $1, $2 ), $3 );
$$ LANGUAGE SQL;
-- hasnt_materialized_view( materialized_view, description )
CREATE OR REPLACE FUNCTION hasnt_materialized_view ( NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( NOT _rexists( 'm', $1 ), $2 );
$$ LANGUAGE SQL;
-- hasnt_materialized_view( materialized_view )
CREATE OR REPLACE FUNCTION hasnt_materialized_view ( NAME )
RETURNS TEXT AS $$
SELECT hasnt_materialized_view( $1, 'Materialized view ' || quote_ident($1) || ' should not exist' );
$$ LANGUAGE SQL;
-- foreign_tables_are( schema, tables, description )
CREATE OR REPLACE FUNCTION foreign_tables_are ( NAME, NAME[], TEXT )
RETURNS TEXT AS $$
SELECT _are( 'foreign tables', _extras('f', $1, $2), _missing('f', $1, $2), $3);
$$ LANGUAGE SQL;
-- foreign_tables_are( tables, description )
CREATE OR REPLACE FUNCTION foreign_tables_are ( NAME[], TEXT )
RETURNS TEXT AS $$
SELECT _are( 'foreign tables', _extras('f', $1), _missing('f', $1), $2);
$$ LANGUAGE SQL;
-- foreign_tables_are( schema, tables )
CREATE OR REPLACE FUNCTION foreign_tables_are ( NAME, NAME[] )
RETURNS TEXT AS $$
SELECT _are(
'foreign tables', _extras('f', $1, $2), _missing('f', $1, $2),
'Schema ' || quote_ident($1) || ' should have the correct foreign tables'
);
$$ LANGUAGE SQL;
-- foreign_tables_are( tables )
CREATE OR REPLACE FUNCTION foreign_tables_are ( NAME[] )
RETURNS TEXT AS $$
SELECT _are(
'foreign tables', _extras('f', $1), _missing('f', $1),
'Search path ' || pg_catalog.current_setting('search_path') || ' should have the correct foreign tables'
);
$$ LANGUAGE SQL;
GRANT SELECT ON tap_funky TO PUBLIC;
GRANT SELECT ON pg_all_foreign_keys TO PUBLIC;
-- Get extensions in a given schema
CREATE OR REPLACE FUNCTION _extensions( NAME )
RETURNS SETOF NAME AS $$
SELECT e.extname
FROM pg_catalog.pg_namespace n
JOIN pg_catalog.pg_extension e ON n.oid = e.extnamespace
WHERE n.nspname = $1
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION _extensions()
RETURNS SETOF NAME AS $$
SELECT extname FROM pg_catalog.pg_extension
$$ LANGUAGE SQL;
-- extensions_are( schema, extensions, description )
CREATE OR REPLACE FUNCTION extensions_are( NAME, NAME[], TEXT )
RETURNS TEXT AS $$
SELECT _are(
'extensions',
ARRAY(SELECT _extensions($1) EXCEPT SELECT unnest($2)),
ARRAY(SELECT unnest($2) EXCEPT SELECT _extensions($1)),
$3
);
$$ LANGUAGE SQL;
-- extensions_are( schema, extensions)
CREATE OR REPLACE FUNCTION extensions_are( NAME, NAME[] )
RETURNS TEXT AS $$
SELECT extensions_are(
$1, $2,
'Schema ' || quote_ident($1) || ' should have the correct extensions'
);
$$ LANGUAGE SQL;
-- extensions_are( extensions, description )
CREATE OR REPLACE FUNCTION extensions_are( NAME[], TEXT )
RETURNS TEXT AS $$
SELECT _are(
'extensions',
ARRAY(SELECT _extensions() EXCEPT SELECT unnest($1)),
ARRAY(SELECT unnest($1) EXCEPT SELECT _extensions()),
$2
);
$$ LANGUAGE SQL;
-- extensions_are( schema, extensions)
CREATE OR REPLACE FUNCTION extensions_are( NAME[] )
RETURNS TEXT AS $$
SELECT extensions_are($1, 'Should have the correct extensions');
$$ LANGUAGE SQL;
-- check extension exists function with schema name
CREATE OR REPLACE FUNCTION _ext_exists( NAME, NAME )
RETURNS BOOLEAN AS $$
SELECT EXISTS (
SELECT TRUE
FROM pg_catalog.pg_extension ex
JOIN pg_catalog.pg_namespace n ON ex.extnamespace = n.oid
WHERE n.nspname = $1
AND ex.extname = $2
);
$$ LANGUAGE SQL;
-- check extension exists function without schema name
CREATE OR REPLACE FUNCTION _ext_exists( NAME )
RETURNS BOOLEAN AS $$
SELECT EXISTS (
SELECT TRUE
FROM pg_catalog.pg_extension ex
WHERE ex.extname = $1
);
$$ LANGUAGE SQL;
-- has_extension( schema, name, description )
CREATE OR REPLACE FUNCTION has_extension( NAME, NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( _ext_exists( $1, $2 ), $3 );
$$ LANGUAGE SQL;
-- has_extension( schema, name )
CREATE OR REPLACE FUNCTION has_extension( NAME, NAME )
RETURNS TEXT AS $$
SELECT ok(
_ext_exists( $1, $2 ),
'Extension ' || quote_ident($2)
|| ' should exist in schema ' || quote_ident($1) );
$$ LANGUAGE SQL;
-- has_extension( name, description )
CREATE OR REPLACE FUNCTION has_extension( NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( _ext_exists( $1 ), $2)
$$ LANGUAGE SQL;
-- has_extension( name )
CREATE OR REPLACE FUNCTION has_extension( NAME )
RETURNS TEXT AS $$
SELECT ok(
_ext_exists( $1 ),
'Extension ' || quote_ident($1) || ' should exist' );
$$ LANGUAGE SQL;
-- hasnt_extension( schema, name, description )
CREATE OR REPLACE FUNCTION hasnt_extension( NAME, NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( NOT _ext_exists( $1, $2 ), $3 );
$$ LANGUAGE SQL;
-- hasnt_extension( schema, name )
CREATE OR REPLACE FUNCTION hasnt_extension( NAME, NAME )
RETURNS TEXT AS $$
SELECT ok(
NOT _ext_exists( $1, $2 ),
'Extension ' || quote_ident($2)
|| ' should not exist in schema ' || quote_ident($1) );
$$ LANGUAGE SQL;
-- hasnt_extension( name, description )
CREATE OR REPLACE FUNCTION hasnt_extension( NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( NOT _ext_exists( $1 ), $2)
$$ LANGUAGE SQL;
-- hasnt_extension( name )
CREATE OR REPLACE FUNCTION hasnt_extension( NAME )
RETURNS TEXT AS $$
SELECT ok(
NOT _ext_exists( $1 ),
'Extension ' || quote_ident($1) || ' should not exist' );
$$ LANGUAGE SQL;
-- is_partitioned( schema, table, description )
CREATE OR REPLACE FUNCTION is_partitioned ( NAME, NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( _rexists('p', $1, $2), $3);
$$ LANGUAGE sql;
-- is_partitioned( schema, table )
CREATE OR REPLACE FUNCTION is_partitioned ( NAME, NAME )
RETURNS TEXT AS $$
SELECT ok(
_rexists('p', $1, $2),
'Table ' || quote_ident($1) || '.' || quote_ident($2) || ' should be partitioned'
);
$$ LANGUAGE sql;
-- is_partitioned( table, description )
CREATE OR REPLACE FUNCTION is_partitioned ( NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( _rexists('p', $1), $2);
$$ LANGUAGE sql;
-- is_partitioned( table )
CREATE OR REPLACE FUNCTION is_partitioned ( NAME )
RETURNS TEXT AS $$
SELECT ok(
_rexists('p', $1),
'Table ' || quote_ident($1) || ' should be partitioned'
);
$$ LANGUAGE sql;
-- isnt_partitioned( schema, table, description )
CREATE OR REPLACE FUNCTION isnt_partitioned ( NAME, NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( NOT _rexists('p', $1, $2), $3);
$$ LANGUAGE sql;
-- isnt_partitioned( schema, table )
CREATE OR REPLACE FUNCTION isnt_partitioned ( NAME, NAME )
RETURNS TEXT AS $$
SELECT ok(
NOT _rexists('p', $1, $2),
'Table ' || quote_ident($1) || '.' || quote_ident($2) || ' should not be partitioned'
);
$$ LANGUAGE sql;
-- isnt_partitioned( table, description )
CREATE OR REPLACE FUNCTION isnt_partitioned ( NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( NOT _rexists('p', $1), $2);
$$ LANGUAGE sql;
-- isnt_partitioned( table )
CREATE OR REPLACE FUNCTION isnt_partitioned ( NAME )
RETURNS TEXT AS $$
SELECT ok(
NOT _rexists('p', $1),
'Table ' || quote_ident($1) || ' should not be partitioned'
);
$$ LANGUAGE sql;
-- _partof( child_schema, child_table, parent_schema, parent_table )
CREATE OR REPLACE FUNCTION _partof ( NAME, NAME, NAME, NAME )
RETURNS BOOLEAN AS $$
SELECT EXISTS(
SELECT true
FROM pg_catalog.pg_namespace cn
JOIN pg_catalog.pg_class cc ON cn.oid = cc.relnamespace
JOIN pg_catalog.pg_inherits i ON cc.oid = i.inhrelid
JOIN pg_catalog.pg_class pc ON i.inhparent = pc.oid
JOIN pg_catalog.pg_namespace pn ON pc.relnamespace = pn.oid
WHERE cn.nspname = $1
AND cc.relname = $2
AND cc.relispartition
AND pn.nspname = $3
AND pc.relname = $4
AND pc.relkind = 'p'
)
$$ LANGUAGE sql;
-- _partof( child_table, parent_table )
CREATE OR REPLACE FUNCTION _partof ( NAME, NAME )
RETURNS BOOLEAN AS $$
SELECT EXISTS(
SELECT true
FROM pg_catalog.pg_class cc
JOIN pg_catalog.pg_inherits i ON cc.oid = i.inhrelid
JOIN pg_catalog.pg_class pc ON i.inhparent = pc.oid
WHERE cc.relname = $1
AND cc.relispartition
AND pc.relname = $2
AND pc.relkind = 'p'
AND pg_catalog.pg_table_is_visible(cc.oid)
AND pg_catalog.pg_table_is_visible(pc.oid)
)
$$ LANGUAGE sql;
-- is_partition_of( child_schema, child_table, parent_schema, parent_table, description )
CREATE OR REPLACE FUNCTION is_partition_of ( NAME, NAME, NAME, NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( _partof($1, $2, $3, $4), $5);
$$ LANGUAGE sql;
-- is_partition_of( child_schema, child_table, parent_schema, parent_table )
CREATE OR REPLACE FUNCTION is_partition_of ( NAME, NAME, NAME, NAME )
RETURNS TEXT AS $$
SELECT ok(
_partof($1, $2, $3, $4),
'Table ' || quote_ident($1) || '.' || quote_ident($2) || ' should be a partition of '
|| quote_ident($3) || '.' || quote_ident($4)
);
$$ LANGUAGE sql;
-- is_partition_of( child_table, parent_table, description )
CREATE OR REPLACE FUNCTION is_partition_of ( NAME, NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( _partof($1, $2), $3);
$$ LANGUAGE sql;
-- is_partition_of( child_table, parent_table )
CREATE OR REPLACE FUNCTION is_partition_of ( NAME, NAME )
RETURNS TEXT AS $$
SELECT ok(
_partof($1, $2),
'Table ' || quote_ident($1) || ' should be a partition of ' || quote_ident($2)
);
$$ LANGUAGE sql;
-- _parts(schema, table)
CREATE OR REPLACE FUNCTION _parts( NAME, NAME )
RETURNS SETOF NAME AS $$
SELECT i.inhrelid::regclass::name
FROM pg_catalog.pg_namespace n
JOIN pg_catalog.pg_class c ON n.oid = c.relnamespace
JOIN pg_catalog.pg_inherits i ON c.oid = i.inhparent
WHERE n.nspname = $1
AND c.relname = $2
AND c.relkind = 'p'
$$ LANGUAGE SQL;
-- _parts(table)
CREATE OR REPLACE FUNCTION _parts( NAME )
RETURNS SETOF NAME AS $$
SELECT i.inhrelid::regclass::name
FROM pg_catalog.pg_class c
JOIN pg_catalog.pg_inherits i ON c.oid = i.inhparent
WHERE c.relname = $1
AND c.relkind = 'p'
AND pg_catalog.pg_table_is_visible(c.oid)
$$ LANGUAGE SQL;
-- partitions_are( schema, table, partitions, description )
CREATE OR REPLACE FUNCTION partitions_are( NAME, NAME, NAME[], TEXT )
RETURNS TEXT AS $$
SELECT _are(
'partitions',
ARRAY(SELECT _parts($1, $2) EXCEPT SELECT unnest($3)),
ARRAY(SELECT unnest($3) EXCEPT SELECT _parts($1, $2)),
$4
);
$$ LANGUAGE SQL;
-- partitions_are( schema, table, partitions )
CREATE OR REPLACE FUNCTION partitions_are( NAME, NAME, NAME[] )
RETURNS TEXT AS $$
SELECT partitions_are(
$1, $2, $3,
'Table ' || quote_ident($1) || '.' || quote_ident($2) || ' should have the correct partitions'
);
$$ LANGUAGE SQL;
-- partitions_are( table, partitions, description )
CREATE OR REPLACE FUNCTION partitions_are( NAME, NAME[], TEXT )
RETURNS TEXT AS $$
SELECT _are(
'partitions',
ARRAY(SELECT _parts($1) EXCEPT SELECT unnest($2)),
ARRAY(SELECT unnest($2) EXCEPT SELECT _parts($1)),
$3
);
$$ LANGUAGE SQL;
-- partitions_are( table, partitions )
CREATE OR REPLACE FUNCTION partitions_are( NAME, NAME[] )
RETURNS TEXT AS $$
SELECT partitions_are(
$1, $2,
'Table ' || quote_ident($1) || ' should have the correct partitions'
);
$$ LANGUAGE SQL;
CREATE OR REPLACE FUNCTION _ident_array_to_sorted_string( name[], text )
RETURNS text AS $$
SELECT array_to_string(ARRAY(
SELECT quote_ident($1[i])
FROM generate_series(1, array_upper($1, 1)) s(i)
ORDER BY $1[i]
), $2);
$$ LANGUAGE SQL immutable;
CREATE OR REPLACE FUNCTION _array_to_sorted_string( name[], text )
RETURNS text AS $$
SELECT array_to_string(ARRAY(
SELECT $1[i]
FROM generate_series(1, array_upper($1, 1)) s(i)
ORDER BY $1[i]
), $2);
$$ LANGUAGE SQL immutable;
-- policies_are( schema, table, policies[], description )
CREATE OR REPLACE FUNCTION policies_are( NAME, NAME, NAME[], TEXT )
RETURNS TEXT AS $$
SELECT _are(
'policies',
ARRAY(
SELECT p.polname
FROM pg_catalog.pg_policy p
JOIN pg_catalog.pg_class c ON c.oid = p.polrelid
JOIN pg_catalog.pg_namespace n ON n.oid = c.relnamespace
WHERE n.nspname = $1
AND c.relname = $2
EXCEPT
SELECT $3[i]
FROM generate_series(1, array_upper($3, 1)) s(i)
),
ARRAY(
SELECT $3[i]
FROM generate_series(1, array_upper($3, 1)) s(i)
EXCEPT
SELECT p.polname
FROM pg_catalog.pg_policy p
JOIN pg_catalog.pg_class c ON c.oid = p.polrelid
JOIN pg_catalog.pg_namespace n ON n.oid = c.relnamespace
WHERE n.nspname = $1
AND c.relname = $2
),
$4
);
$$ LANGUAGE SQL;
-- policies_are( schema, table, policies[] )
CREATE OR REPLACE FUNCTION policies_are( NAME, NAME, NAME[] )
RETURNS TEXT AS $$
SELECT policies_are( $1, $2, $3, 'Table ' || quote_ident($1) || '.' || quote_ident($2) || ' should have the correct policies' );
$$ LANGUAGE SQL;
-- policies_are( table, policies[], description )
CREATE OR REPLACE FUNCTION policies_are( NAME, NAME[], TEXT )
RETURNS TEXT AS $$
SELECT _are(
'policies',
ARRAY(
SELECT p.polname
FROM pg_catalog.pg_policy p
JOIN pg_catalog.pg_class c ON c.oid = p.polrelid
JOIN pg_catalog.pg_namespace n ON n.oid = c.relnamespace
WHERE c.relname = $1
AND n.nspname NOT IN ('pg_catalog', 'information_schema')
EXCEPT
SELECT $2[i]
FROM generate_series(1, array_upper($2, 1)) s(i)
),
ARRAY(
SELECT $2[i]
FROM generate_series(1, array_upper($2, 1)) s(i)
EXCEPT
SELECT p.polname
FROM pg_catalog.pg_policy p
JOIN pg_catalog.pg_class c ON c.oid = p.polrelid
JOIN pg_catalog.pg_namespace n ON n.oid = c.relnamespace
AND n.nspname NOT IN ('pg_catalog', 'information_schema')
),
$3
);
$$ LANGUAGE SQL;
-- policies_are( table, policies[] )
CREATE OR REPLACE FUNCTION policies_are( NAME, NAME[] )
RETURNS TEXT AS $$
SELECT policies_are( $1, $2, 'Table ' || quote_ident($1) || ' should have the correct policies' );
$$ LANGUAGE SQL;
-- policy_roles_are( schema, table, policy, roles[], description )
CREATE OR REPLACE FUNCTION policy_roles_are( NAME, NAME, NAME, NAME[], TEXT )
RETURNS TEXT AS $$
SELECT _are(
'policy roles',
ARRAY(
SELECT pr.rolname
FROM pg_catalog.pg_policy AS pp
JOIN pg_catalog.pg_roles AS pr ON pr.oid = ANY (pp.polroles)
JOIN pg_catalog.pg_class AS pc ON pc.oid = pp.polrelid
JOIN pg_catalog.pg_namespace AS pn ON pn.oid = pc.relnamespace
WHERE pn.nspname = $1
AND pc.relname = $2
AND pp.polname = $3
EXCEPT
SELECT $4[i]
FROM generate_series(1, array_upper($4, 1)) s(i)
),
ARRAY(
SELECT $4[i]
FROM generate_series(1, array_upper($4, 1)) s(i)
EXCEPT
SELECT pr.rolname
FROM pg_catalog.pg_policy AS pp
JOIN pg_catalog.pg_roles AS pr ON pr.oid = ANY (pp.polroles)
JOIN pg_catalog.pg_class AS pc ON pc.oid = pp.polrelid
JOIN pg_catalog.pg_namespace AS pn ON pn.oid = pc.relnamespace
WHERE pn.nspname = $1
AND pc.relname = $2
AND pp.polname = $3
),
$5
);
$$ LANGUAGE SQL;
-- policy_roles_are( schema, table, policy, roles[] )
CREATE OR REPLACE FUNCTION policy_roles_are( NAME, NAME, NAME, NAME[] )
RETURNS TEXT AS $$
SELECT policy_roles_are( $1, $2, $3, $4, 'Policy ' || quote_ident($3) || ' for table ' || quote_ident($1) || '.' || quote_ident($2) || ' should have the correct roles' );
$$ LANGUAGE SQL;
-- policy_roles_are( table, policy, roles[], description )
CREATE OR REPLACE FUNCTION policy_roles_are( NAME, NAME, NAME[], TEXT )
RETURNS TEXT AS $$
SELECT _are(
'policy roles',
ARRAY(
SELECT pr.rolname
FROM pg_catalog.pg_policy AS pp
JOIN pg_catalog.pg_roles AS pr ON pr.oid = ANY (pp.polroles)
JOIN pg_catalog.pg_class AS pc ON pc.oid = pp.polrelid
JOIN pg_catalog.pg_namespace AS pn ON pn.oid = pc.relnamespace
WHERE pc.relname = $1
AND pp.polname = $2
AND pn.nspname NOT IN ('pg_catalog', 'information_schema')
EXCEPT
SELECT $3[i]
FROM generate_series(1, array_upper($3, 1)) s(i)
),
ARRAY(
SELECT $3[i]
FROM generate_series(1, array_upper($3, 1)) s(i)
EXCEPT
SELECT pr.rolname
FROM pg_catalog.pg_policy AS pp
JOIN pg_catalog.pg_roles AS pr ON pr.oid = ANY (pp.polroles)
JOIN pg_catalog.pg_class AS pc ON pc.oid = pp.polrelid
JOIN pg_catalog.pg_namespace AS pn ON pn.oid = pc.relnamespace
WHERE pc.relname = $1
AND pp.polname = $2
AND pn.nspname NOT IN ('pg_catalog', 'information_schema')
),
$4
);
$$ LANGUAGE SQL;
-- policy_roles_are( table, policy, roles[] )
CREATE OR REPLACE FUNCTION policy_roles_are( NAME, NAME, NAME[] )
RETURNS TEXT AS $$
SELECT policy_roles_are( $1, $2, $3, 'Policy ' || quote_ident($2) || ' for table ' || quote_ident($1) || ' should have the correct roles' );
$$ LANGUAGE SQL;
-- policy_cmd_is( schema, table, policy, command, description )
CREATE OR REPLACE FUNCTION policy_cmd_is( NAME, NAME, NAME, text, text )
RETURNS TEXT AS $$
DECLARE
cmd text;
BEGIN
SELECT
CASE pp.polcmd WHEN 'r' THEN 'SELECT'
WHEN 'a' THEN 'INSERT'
WHEN 'w' THEN 'UPDATE'
WHEN 'd' THEN 'DELETE'
ELSE 'ALL'
END
FROM pg_catalog.pg_policy AS pp
JOIN pg_catalog.pg_class AS pc ON pc.oid = pp.polrelid
JOIN pg_catalog.pg_namespace AS pn ON pn.oid = pc.relnamespace
WHERE pn.nspname = $1
AND pc.relname = $2
AND pp.polname = $3
INTO cmd;
RETURN is( cmd, upper($4), $5 );
END;
$$ LANGUAGE plpgsql;
-- policy_cmd_is( schema, table, policy, command )
CREATE OR REPLACE FUNCTION policy_cmd_is( NAME, NAME, NAME, text )
RETURNS TEXT AS $$
SELECT policy_cmd_is(
$1, $2, $3, $4,
'Policy ' || quote_ident($3)
|| ' for table ' || quote_ident($1) || '.' || quote_ident($2)
|| ' should apply to ' || upper($4) || ' command'
);
$$ LANGUAGE sql;
-- policy_cmd_is( table, policy, command, description )
CREATE OR REPLACE FUNCTION policy_cmd_is( NAME, NAME, text, text )
RETURNS TEXT AS $$
DECLARE
cmd text;
BEGIN
SELECT
CASE pp.polcmd WHEN 'r' THEN 'SELECT'
WHEN 'a' THEN 'INSERT'
WHEN 'w' THEN 'UPDATE'
WHEN 'd' THEN 'DELETE'
ELSE 'ALL'
END
FROM pg_catalog.pg_policy AS pp
JOIN pg_catalog.pg_class AS pc ON pc.oid = pp.polrelid
JOIN pg_catalog.pg_namespace AS pn ON pn.oid = pc.relnamespace
WHERE pc.relname = $1
AND pp.polname = $2
AND pn.nspname NOT IN ('pg_catalog', 'information_schema')
INTO cmd;
RETURN is( cmd, upper($3), $4 );
END;
$$ LANGUAGE plpgsql;
-- policy_cmd_is( table, policy, command )
CREATE OR REPLACE FUNCTION policy_cmd_is( NAME, NAME, text )
RETURNS TEXT AS $$
SELECT policy_cmd_is(
$1, $2, $3,
'Policy ' || quote_ident($2)
|| ' for table ' || quote_ident($1)
|| ' should apply to ' || upper($3) || ' command'
);
$$ LANGUAGE sql;
/******************** INHERITANCE ***********************************************/
/*
* Internal function to test whether the specified table in the specified schema
* has an inheritance chain. Returns true or false.
*/
CREATE OR REPLACE FUNCTION _inherited( NAME, NAME )
RETURNS BOOLEAN AS $$
SELECT EXISTS(
SELECT true
FROM pg_catalog.pg_namespace n
JOIN pg_catalog.pg_class c ON n.oid = c.relnamespace
WHERE c.relkind = 'r'
AND n.nspname = $1
AND c.relname = $2
AND c.relhassubclass = true
);
$$ LANGUAGE SQL;
/*
* Internal function to test whether a specific table in the search_path has an
* inheritance chain. Returns true or false.
*/
CREATE OR REPLACE FUNCTION _inherited( NAME )
RETURNS BOOLEAN AS $$
SELECT EXISTS(
SELECT true
FROM pg_catalog.pg_class c
WHERE c.relkind = 'r'
AND pg_catalog.pg_table_is_visible( c.oid )
AND c.relname = $1
AND c.relhassubclass = true
);
$$ LANGUAGE SQL;
-- has_inherited_tables( schema, table, description )
CREATE OR REPLACE FUNCTION has_inherited_tables( NAME, NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( _inherited( $1, $2 ), $3);
$$ LANGUAGE SQL;
-- has_inherited_tables( schema, table )
CREATE OR REPLACE FUNCTION has_inherited_tables( NAME, NAME )
RETURNS TEXT AS $$
SELECT ok(
_inherited( $1, $2 ),
'Table ' || quote_ident( $1 ) || '.' || quote_ident( $2 ) || ' should have descendents'
);
$$ LANGUAGE SQL;
-- has_inherited_tables( table, description )
CREATE OR REPLACE FUNCTION has_inherited_tables( NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( _inherited( $1 ), $2 );
$$ LANGUAGE SQL;
-- has_inherited_tables( table )
CREATE OR REPLACE FUNCTION has_inherited_tables( NAME )
RETURNS TEXT AS $$
SELECT ok(
_inherited( $1 ),
'Table ' || quote_ident( $1 ) || ' should have descendents'
);
$$ LANGUAGE SQL;
-- hasnt_inherited_tables( schema, table, description )
CREATE OR REPLACE FUNCTION hasnt_inherited_tables( NAME, NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( NOT _inherited( $1, $2 ), $3 );
$$ LANGUAGE SQL;
-- hasnt_inherited_tables( schema, table )
CREATE OR REPLACE FUNCTION hasnt_inherited_tables( NAME, NAME )
RETURNS TEXT AS $$
SELECT ok(
NOT _inherited( $1, $2 ),
'Table ' || quote_ident( $1 ) || '.' || quote_ident( $2 ) || ' should not have descendents'
);
$$ LANGUAGE SQL;
-- hasnt_inherited_tables( table, description )
CREATE OR REPLACE FUNCTION hasnt_inherited_tables( NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( NOT _inherited( $1 ), $2 );
$$ LANGUAGE SQL;
-- hasnt_inherited_tables( table )
CREATE OR REPLACE FUNCTION hasnt_inherited_tables( NAME )
RETURNS TEXT AS $$
SELECT ok(
NOT _inherited( $1 ),
'Table ' || quote_ident( $1 ) || ' should not have descendents'
);
$$ LANGUAGE SQL;
/*
* Internal function to test whether the schema-qualified table is an ancestor of
* the other schema-qualified table. The integer value is the length of the
* inheritance chain: a direct ancestor has has a chain length of 1.
*/
CREATE OR REPLACE FUNCTION _ancestor_of( NAME, NAME, NAME, NAME, INT )
RETURNS BOOLEAN AS $$
WITH RECURSIVE inheritance_chain AS (
-- select the ancestor tuple
SELECT i.inhrelid AS descendent_id, 1 AS inheritance_level
FROM pg_catalog.pg_inherits i
WHERE i.inhparent = (
SELECT c1.oid
FROM pg_catalog.pg_class c1
JOIN pg_catalog.pg_namespace n1
ON c1.relnamespace = n1.oid
WHERE c1.relname = $2
AND n1.nspname = $1
)
UNION
-- select the descendents
SELECT i.inhrelid AS descendent_id,
p.inheritance_level + 1 AS inheritance_level
FROM pg_catalog.pg_inherits i
JOIN inheritance_chain p
ON p.descendent_id = i.inhparent
WHERE i.inhrelid = (
SELECT c1.oid
FROM pg_catalog.pg_class c1
JOIN pg_catalog.pg_namespace n1
ON c1.relnamespace = n1.oid
WHERE c1.relname = $4
AND n1.nspname = $3
)
)
SELECT EXISTS(
SELECT true
FROM inheritance_chain
WHERE inheritance_level = COALESCE($5, inheritance_level)
AND descendent_id = (
SELECT c1.oid
FROM pg_catalog.pg_class c1
JOIN pg_catalog.pg_namespace n1
ON c1.relnamespace = n1.oid
WHERE c1.relname = $4
AND n1.nspname = $3
)
);
$$ LANGUAGE SQL;
/*
* Internal function to check if not-qualified tables
* within the search_path are connected by an inheritance chain.
*/
CREATE OR REPLACE FUNCTION _ancestor_of( NAME, NAME, INT )
RETURNS BOOLEAN AS $$
WITH RECURSIVE inheritance_chain AS (
-- select the ancestor tuple
SELECT i.inhrelid AS descendent_id, 1 AS inheritance_level
FROM pg_catalog.pg_inherits i
WHERE i.inhparent = (
SELECT c1.oid
FROM pg_catalog.pg_class c1
JOIN pg_catalog.pg_namespace n1
ON c1.relnamespace = n1.oid
WHERE c1.relname = $1
AND pg_catalog.pg_table_is_visible( c1.oid )
)
UNION
-- select the descendents
SELECT i.inhrelid AS descendent_id,
p.inheritance_level + 1 AS inheritance_level
FROM pg_catalog.pg_inherits i
JOIN inheritance_chain p
ON p.descendent_id = i.inhparent
WHERE i.inhrelid = (
SELECT c1.oid
FROM pg_catalog.pg_class c1
JOIN pg_catalog.pg_namespace n1
ON c1.relnamespace = n1.oid
WHERE c1.relname = $2
AND pg_catalog.pg_table_is_visible( c1.oid )
)
)
SELECT EXISTS(
SELECT true
FROM inheritance_chain
WHERE inheritance_level = COALESCE($3, inheritance_level)
AND descendent_id = (
SELECT c1.oid
FROM pg_catalog.pg_class c1
JOIN pg_catalog.pg_namespace n1
ON c1.relnamespace = n1.oid
WHERE c1.relname = $2
AND pg_catalog.pg_table_is_visible( c1.oid )
)
);
$$ LANGUAGE SQL;
-- is_ancestor_of( schema, table, schema, table, depth, description )
CREATE OR REPLACE FUNCTION is_ancestor_of( NAME, NAME, NAME, NAME, INT, TEXT )
RETURNS TEXT AS $$
SELECT ok( _ancestor_of( $1, $2, $3, $4, $5 ), $6 );
$$ LANGUAGE SQL;
-- is_ancestor_of( schema, table, schema, table, depth )
CREATE OR REPLACE FUNCTION is_ancestor_of( NAME, NAME, NAME, NAME, INT )
RETURNS TEXT AS $$
SELECT ok(
_ancestor_of( $1, $2, $3, $4, $5 ),
'Table ' || quote_ident( $1 ) || '.' || quote_ident( $2 )
|| ' should be ancestor ' || $5 || ' for '
|| quote_ident( $3 ) || '.' || quote_ident( $4 )
);
$$ LANGUAGE SQL;
-- is_ancestor_of( schema, table, schema, table, description )
CREATE OR REPLACE FUNCTION is_ancestor_of( NAME, NAME, NAME, NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( _ancestor_of( $1, $2, $3, $4, NULL ), $5 );
$$ LANGUAGE SQL;
-- is_ancestor_of( schema, table, schema, table )
CREATE OR REPLACE FUNCTION is_ancestor_of( NAME, NAME, NAME, NAME )
RETURNS TEXT AS $$
SELECT ok(
_ancestor_of( $1, $2, $3, $4, NULL ),
'Table ' || quote_ident( $1 ) || '.' || quote_ident( $2 )
|| ' should be an ancestor of '
|| quote_ident( $3 ) || '.' || quote_ident( $4 )
);
$$ LANGUAGE SQL;
-- is_ancestor_of( table, table, depth, description )
CREATE OR REPLACE FUNCTION is_ancestor_of( NAME, NAME, INT, TEXT )
RETURNS TEXT AS $$
SELECT ok( _ancestor_of( $1, $2, $3 ), $4 );
$$ LANGUAGE SQL;
-- is_ancestor_of( table, table, depth )
CREATE OR REPLACE FUNCTION is_ancestor_of( NAME, NAME, INT )
RETURNS TEXT AS $$
SELECT ok(
_ancestor_of( $1, $2, $3 ),
'Table ' || quote_ident( $1 ) || ' should be ancestor ' || $3 || ' of ' || quote_ident( $2)
);
$$ LANGUAGE SQL;
-- is_ancestor_of( table, table, description )
CREATE OR REPLACE FUNCTION is_ancestor_of( NAME, NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( _ancestor_of( $1, $2, NULL ), $3 );
$$ LANGUAGE SQL;
-- is_ancestor_of( table, table )
CREATE OR REPLACE FUNCTION is_ancestor_of( NAME, NAME )
RETURNS TEXT AS $$
SELECT ok(
_ancestor_of( $1, $2, NULL ),
'Table ' || quote_ident( $1 ) || ' should be an ancestor of ' || quote_ident( $2)
);
$$ LANGUAGE SQL;
-- isnt_ancestor_of( schema, table, schema, table, depth, description )
CREATE OR REPLACE FUNCTION isnt_ancestor_of( NAME, NAME, NAME, NAME, INT, TEXT )
RETURNS TEXT AS $$
SELECT ok( NOT _ancestor_of( $1, $2, $3, $4, $5 ), $6 );
$$ LANGUAGE SQL;
-- isnt_ancestor_of( schema, table, schema, table, depth )
CREATE OR REPLACE FUNCTION isnt_ancestor_of( NAME, NAME, NAME, NAME, INT )
RETURNS TEXT AS $$
SELECT ok(
NOT _ancestor_of( $1, $2, $3, $4, $5 ),
'Table ' || quote_ident( $1 ) || '.' || quote_ident( $2 )
|| ' should not be ancestor ' || $5 || ' for '
|| quote_ident( $3 ) || '.' || quote_ident( $4 )
);
$$ LANGUAGE SQL;
-- isnt_ancestor_of( schema, table, schema, table, description )
CREATE OR REPLACE FUNCTION isnt_ancestor_of( NAME, NAME, NAME, NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( NOT _ancestor_of( $1, $2, $3, $4, NULL ), $5 );
$$ LANGUAGE SQL;
-- isnt_ancestor_of( schema, table, schema, table )
CREATE OR REPLACE FUNCTION isnt_ancestor_of( NAME, NAME, NAME, NAME )
RETURNS TEXT AS $$
SELECT ok(
NOT _ancestor_of( $1, $2, $3, $4, NULL ),
'Table ' || quote_ident( $1 ) || '.' || quote_ident( $2 )
|| ' should not be an ancestor of '
|| quote_ident( $3 ) || '.' || quote_ident( $4 )
);
$$ LANGUAGE SQL;
-- isnt_ancestor_of( table, table, depth, description )
CREATE OR REPLACE FUNCTION isnt_ancestor_of( NAME, NAME, INT, TEXT )
RETURNS TEXT AS $$
SELECT ok( NOT _ancestor_of( $1, $2, $3 ), $4 );
$$ LANGUAGE SQL;
-- isnt_ancestor_of( table, table, depth )
CREATE OR REPLACE FUNCTION isnt_ancestor_of( NAME, NAME, INT )
RETURNS TEXT AS $$
SELECT ok(
NOT _ancestor_of( $1, $2, $3 ),
'Table ' || quote_ident( $1 ) || ' should not be ancestor ' || $3 || ' of ' || quote_ident( $2)
);
$$ LANGUAGE SQL;
-- isnt_ancestor_of( table, table, description )
CREATE OR REPLACE FUNCTION isnt_ancestor_of( NAME, NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( NOT _ancestor_of( $1, $2, NULL ), $3 );
$$ LANGUAGE SQL;
-- isnt_ancestor_of( table, table )
CREATE OR REPLACE FUNCTION isnt_ancestor_of( NAME, NAME )
RETURNS TEXT AS $$
SELECT ok(
NOT _ancestor_of( $1, $2, NULL ),
'Table ' || quote_ident( $1 ) || ' should not be an ancestor of ' || quote_ident( $2)
);
$$ LANGUAGE SQL;
-- is_descendent_of( schema, table, schema, table, depth, description )
CREATE OR REPLACE FUNCTION is_descendent_of( NAME, NAME, NAME, NAME, INT, TEXT )
RETURNS TEXT AS $$
SELECT ok( _ancestor_of( $3, $4, $1, $2, $5 ), $6 );
$$ LANGUAGE SQL;
-- is_descendent_of( schema, table, schema, table, depth )
CREATE OR REPLACE FUNCTION is_descendent_of( NAME, NAME, NAME, NAME, INT )
RETURNS TEXT AS $$
SELECT ok(
_ancestor_of( $3, $4, $1, $2, $5 ),
'Table ' || quote_ident( $1 ) || '.' || quote_ident( $2 )
|| ' should be descendent ' || $5 || ' from '
|| quote_ident( $3 ) || '.' || quote_ident( $4 )
);
$$ LANGUAGE SQL;
-- is_descendent_of( schema, table, schema, table, description )
CREATE OR REPLACE FUNCTION is_descendent_of( NAME, NAME, NAME, NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( _ancestor_of( $3, $4, $1, $2, NULL ), $5 );
$$ LANGUAGE SQL;
-- is_descendent_of( schema, table, schema, table )
CREATE OR REPLACE FUNCTION is_descendent_of( NAME, NAME, NAME, NAME )
RETURNS TEXT AS $$
SELECT ok(
_ancestor_of( $3, $4, $1, $2, NULL ),
'Table ' || quote_ident( $1 ) || '.' || quote_ident( $2 )
|| ' should be a descendent of '
|| quote_ident( $3 ) || '.' || quote_ident( $4 )
);
$$ LANGUAGE SQL;
-- is_descendent_of( table, table, depth, description )
CREATE OR REPLACE FUNCTION is_descendent_of( NAME, NAME, INT, TEXT )
RETURNS TEXT AS $$
SELECT ok( _ancestor_of( $2, $1, $3 ), $4 );
$$ LANGUAGE SQL;
-- is_descendent_of( table, table, depth )
CREATE OR REPLACE FUNCTION is_descendent_of( NAME, NAME, INT )
RETURNS TEXT AS $$
SELECT ok(
_ancestor_of( $2, $1, $3 ),
'Table ' || quote_ident( $1 ) || ' should be descendent ' || $3 || ' from ' || quote_ident( $2)
);
$$ LANGUAGE SQL;
-- is_descendent_of( table, table, description )
CREATE OR REPLACE FUNCTION is_descendent_of( NAME, NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok( _ancestor_of( $2, $1, NULL ), $3 );
$$ LANGUAGE SQL;
-- is_descendent_of( table, table )
CREATE OR REPLACE FUNCTION is_descendent_of( NAME, NAME )
RETURNS TEXT AS $$
SELECT ok(
_ancestor_of( $2, $1, NULL ),
'Table ' || quote_ident( $1 ) || ' should be a descendent of ' || quote_ident( $2)
);
$$ LANGUAGE SQL;
-- isnt_descendent_of( schema, table, schema, table, depth, description )
CREATE OR REPLACE FUNCTION isnt_descendent_of( NAME, NAME, NAME, NAME, INT, TEXT )
RETURNS TEXT AS $$
SELECT ok(NOT _ancestor_of( $3, $4, $1, $2, $5 ), $6 );
$$ LANGUAGE SQL;
-- isnt_descendent_of( schema, table, schema, table, depth )
CREATE OR REPLACE FUNCTION isnt_descendent_of( NAME, NAME, NAME, NAME, INT )
RETURNS TEXT AS $$
SELECT ok(
NOT _ancestor_of( $3, $4, $1, $2, $5 ),
'Table ' || quote_ident( $1 ) || '.' || quote_ident( $2 )
|| ' should not be descendent ' || $5 || ' from '
|| quote_ident( $3 ) || '.' || quote_ident( $4 )
);
$$ LANGUAGE SQL;
-- isnt_descendent_of( schema, table, schema, table, description )
CREATE OR REPLACE FUNCTION isnt_descendent_of( NAME, NAME, NAME, NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok(NOT _ancestor_of( $3, $4, $1, $2, NULL ), $5 );
$$ LANGUAGE SQL;
-- isnt_descendent_of( schema, table, schema, table )
CREATE OR REPLACE FUNCTION isnt_descendent_of( NAME, NAME, NAME, NAME )
RETURNS TEXT AS $$
SELECT ok(
NOT _ancestor_of( $3, $4, $1, $2, NULL ),
'Table ' || quote_ident( $1 ) || '.' || quote_ident( $2 )
|| ' should not be a descendent of '
|| quote_ident( $3 ) || '.' || quote_ident( $4 )
);
$$ LANGUAGE SQL;
-- isnt_descendent_of( table, table, depth, description )
CREATE OR REPLACE FUNCTION isnt_descendent_of( NAME, NAME, INT, TEXT )
RETURNS TEXT AS $$
SELECT ok(NOT _ancestor_of( $2, $1, $3 ), $4 );
$$ LANGUAGE SQL;
-- isnt_descendent_of( table, table, depth )
CREATE OR REPLACE FUNCTION isnt_descendent_of( NAME, NAME, INT )
RETURNS TEXT AS $$
SELECT ok(
NOT _ancestor_of( $2, $1, $3 ),
'Table ' || quote_ident( $1 ) || ' should not be descendent ' || $3 || ' from ' || quote_ident( $2)
);
$$ LANGUAGE SQL;
-- isnt_descendent_of( table, table, description )
CREATE OR REPLACE FUNCTION isnt_descendent_of( NAME, NAME, TEXT )
RETURNS TEXT AS $$
SELECT ok(NOT _ancestor_of( $2, $1, NULL ), $3 );
$$ LANGUAGE SQL;
-- isnt_descendent_of( table, table )
CREATE OR REPLACE FUNCTION isnt_descendent_of( NAME, NAME )
RETURNS TEXT AS $$
SELECT ok(
NOT _ancestor_of( $2, $1, NULL ),
'Table ' || quote_ident( $1 ) || ' should not be a descendent of ' || quote_ident( $2)
);
$$ LANGUAGE SQL;
Raw
uninstall-pgtap.sql
DROP FUNCTION isnt_descendent_of( NAME, NAME );
DROP FUNCTION isnt_descendent_of( NAME, NAME, TEXT );
DROP FUNCTION isnt_descendent_of( NAME, NAME, INT );
DROP FUNCTION isnt_descendent_of( NAME, NAME, INT, TEXT );
DROP FUNCTION isnt_descendent_of( NAME, NAME, NAME, NAME );
DROP FUNCTION isnt_descendent_of( NAME, NAME, NAME, NAME, TEXT );
DROP FUNCTION isnt_descendent_of( NAME, NAME, NAME, NAME, INT );
DROP FUNCTION isnt_descendent_of( NAME, NAME, NAME, NAME, INT, TEXT );
DROP FUNCTION is_descendent_of( NAME, NAME );
DROP FUNCTION is_descendent_of( NAME, NAME, TEXT );
DROP FUNCTION is_descendent_of( NAME, NAME, INT );
DROP FUNCTION is_descendent_of( NAME, NAME, INT, TEXT );
DROP FUNCTION is_descendent_of( NAME, NAME, NAME, NAME );
DROP FUNCTION is_descendent_of( NAME, NAME, NAME, NAME, TEXT );
DROP FUNCTION is_descendent_of( NAME, NAME, NAME, NAME, INT );
DROP FUNCTION is_descendent_of( NAME, NAME, NAME, NAME, INT, TEXT );
DROP FUNCTION isnt_ancestor_of( NAME, NAME );
DROP FUNCTION isnt_ancestor_of( NAME, NAME, TEXT );
DROP FUNCTION isnt_ancestor_of( NAME, NAME, INT );
DROP FUNCTION isnt_ancestor_of( NAME, NAME, INT, TEXT );
DROP FUNCTION isnt_ancestor_of( NAME, NAME, NAME, NAME );
DROP FUNCTION isnt_ancestor_of( NAME, NAME, NAME, NAME, TEXT );
DROP FUNCTION isnt_ancestor_of( NAME, NAME, NAME, NAME, INT );
DROP FUNCTION isnt_ancestor_of( NAME, NAME, NAME, NAME, INT, TEXT );
DROP FUNCTION is_ancestor_of( NAME, NAME );
DROP FUNCTION is_ancestor_of( NAME, NAME, TEXT );
DROP FUNCTION is_ancestor_of( NAME, NAME, INT );
DROP FUNCTION is_ancestor_of( NAME, NAME, INT, TEXT );
DROP FUNCTION is_ancestor_of( NAME, NAME, NAME, NAME );
DROP FUNCTION is_ancestor_of( NAME, NAME, NAME, NAME, TEXT );
DROP FUNCTION is_ancestor_of( NAME, NAME, NAME, NAME, INT );
DROP FUNCTION is_ancestor_of( NAME, NAME, NAME, NAME, INT, TEXT );
DROP FUNCTION _ancestor_of( NAME, NAME, INT );
DROP FUNCTION _ancestor_of( NAME, NAME, NAME, NAME, INT );
DROP FUNCTION hasnt_inherited_tables( NAME );
DROP FUNCTION hasnt_inherited_tables( NAME, TEXT );
DROP FUNCTION hasnt_inherited_tables( NAME, NAME );
DROP FUNCTION hasnt_inherited_tables( NAME, NAME, TEXT );
DROP FUNCTION has_inherited_tables( NAME );
DROP FUNCTION has_inherited_tables( NAME, TEXT );
DROP FUNCTION has_inherited_tables( NAME, NAME );
DROP FUNCTION has_inherited_tables( NAME, NAME, TEXT );
DROP FUNCTION _inherited( NAME );
DROP FUNCTION _inherited( NAME, NAME );
DROP FUNCTION policy_cmd_is( NAME, NAME, text );
DROP FUNCTION policy_cmd_is( NAME, NAME, text, text );
DROP FUNCTION policy_cmd_is( NAME, NAME, NAME, text );
DROP FUNCTION policy_cmd_is( NAME, NAME, NAME, text, text );
DROP FUNCTION policy_roles_are( NAME, NAME, NAME[] );
DROP FUNCTION policy_roles_are( NAME, NAME, NAME[], TEXT );
DROP FUNCTION policy_roles_are( NAME, NAME, NAME, NAME[] );
DROP FUNCTION policy_roles_are( NAME, NAME, NAME, NAME[], TEXT );
DROP FUNCTION policies_are( NAME, NAME[] );
DROP FUNCTION policies_are( NAME, NAME[], TEXT );
DROP FUNCTION policies_are( NAME, NAME, NAME[] );
DROP FUNCTION policies_are( NAME, NAME, NAME[], TEXT );
DROP FUNCTION _array_to_sorted_string( name[], text );
DROP FUNCTION _ident_array_to_sorted_string( name[], text );
DROP FUNCTION partitions_are( NAME, NAME[] );
DROP FUNCTION partitions_are( NAME, NAME[], TEXT );
DROP FUNCTION partitions_are( NAME, NAME, NAME[] );
DROP FUNCTION partitions_are( NAME, NAME, NAME[], TEXT );
DROP FUNCTION _parts( NAME );
DROP FUNCTION _parts( NAME, NAME );
DROP FUNCTION is_partition_of ( NAME, NAME );
DROP FUNCTION is_partition_of ( NAME, NAME, TEXT );
DROP FUNCTION is_partition_of ( NAME, NAME, NAME, NAME );
DROP FUNCTION is_partition_of ( NAME, NAME, NAME, NAME, TEXT );
DROP FUNCTION _partof ( NAME, NAME );
DROP FUNCTION _partof ( NAME, NAME, NAME, NAME );
DROP FUNCTION isnt_partitioned ( NAME );
DROP FUNCTION isnt_partitioned ( NAME, TEXT );
DROP FUNCTION isnt_partitioned ( NAME, NAME );
DROP FUNCTION isnt_partitioned ( NAME, NAME, TEXT );
DROP FUNCTION is_partitioned ( NAME );
DROP FUNCTION is_partitioned ( NAME, TEXT );
DROP FUNCTION is_partitioned ( NAME, NAME );
DROP FUNCTION is_partitioned ( NAME, NAME, TEXT );
DROP FUNCTION hasnt_extension( NAME );
DROP FUNCTION hasnt_extension( NAME, TEXT );
DROP FUNCTION hasnt_extension( NAME, NAME );
DROP FUNCTION hasnt_extension( NAME, NAME, TEXT );
DROP FUNCTION has_extension( NAME );
DROP FUNCTION has_extension( NAME, TEXT );
DROP FUNCTION has_extension( NAME, NAME );
DROP FUNCTION has_extension( NAME, NAME, TEXT );
DROP FUNCTION _ext_exists( NAME );
DROP FUNCTION _ext_exists( NAME, NAME );
DROP FUNCTION extensions_are( NAME[] );
DROP FUNCTION extensions_are( NAME[], TEXT );
DROP FUNCTION extensions_are( NAME, NAME[] );
DROP FUNCTION extensions_are( NAME, NAME[], TEXT );
DROP FUNCTION _extensions();
DROP FUNCTION _extensions( NAME );
DROP FUNCTION foreign_tables_are ( NAME[] );
DROP FUNCTION foreign_tables_are ( NAME, NAME[] );
DROP FUNCTION foreign_tables_are ( NAME[], TEXT );
DROP FUNCTION foreign_tables_are ( NAME, NAME[], TEXT );
DROP FUNCTION hasnt_materialized_view ( NAME );
DROP FUNCTION hasnt_materialized_view ( NAME, TEXT );
DROP FUNCTION hasnt_materialized_view ( NAME, NAME, TEXT );
DROP FUNCTION has_materialized_view ( NAME );
DROP FUNCTION has_materialized_view ( NAME, TEXT );
DROP FUNCTION has_materialized_view ( NAME, NAME, TEXT );
DROP FUNCTION materialized_view_owner_is ( NAME, NAME );
DROP FUNCTION materialized_view_owner_is ( NAME, NAME, TEXT );
DROP FUNCTION materialized_view_owner_is ( NAME, NAME, NAME );
DROP FUNCTION materialized_view_owner_is ( NAME, NAME, NAME, TEXT );
DROP FUNCTION materialized_views_are ( NAME[] );
DROP FUNCTION materialized_views_are ( NAME, NAME[] );
DROP FUNCTION materialized_views_are ( NAME[], TEXT );
DROP FUNCTION materialized_views_are ( NAME, NAME[], TEXT );
DROP FUNCTION server_privs_are ( NAME, NAME, NAME[] );
DROP FUNCTION server_privs_are ( NAME, NAME, NAME[], TEXT );
DROP FUNCTION _get_server_privs (NAME, TEXT);
DROP FUNCTION fdw_privs_are ( NAME, NAME, NAME[] );
DROP FUNCTION fdw_privs_are ( NAME, NAME, NAME[], TEXT );
DROP FUNCTION _get_fdw_privs (NAME, TEXT);
DROP FUNCTION column_privs_are ( NAME, NAME, NAME, NAME[] );
DROP FUNCTION column_privs_are ( NAME, NAME, NAME, NAME[], TEXT );
DROP FUNCTION column_privs_are ( NAME, NAME, NAME, NAME, NAME[] );
DROP FUNCTION column_privs_are ( NAME, NAME, NAME, NAME, NAME[], TEXT );
DROP FUNCTION _get_col_privs(NAME, TEXT, NAME);
DROP FUNCTION any_column_privs_are ( NAME, NAME, NAME[] );
DROP FUNCTION any_column_privs_are ( NAME, NAME, NAME[], TEXT );
DROP FUNCTION any_column_privs_are ( NAME, NAME, NAME, NAME[] );
DROP FUNCTION any_column_privs_are ( NAME, NAME, NAME, NAME[], TEXT );
DROP FUNCTION _get_ac_privs(NAME, TEXT);
DROP FUNCTION sequence_privs_are ( NAME, NAME, NAME[] );
DROP FUNCTION sequence_privs_are ( NAME, NAME, NAME[], TEXT );
DROP FUNCTION sequence_privs_are ( NAME, NAME, NAME, NAME[] );
DROP FUNCTION sequence_privs_are ( NAME, NAME, NAME, NAME[], TEXT );
DROP FUNCTION _get_sequence_privs(NAME, TEXT);
DROP FUNCTION tablespace_privs_are ( NAME, NAME, NAME[] );
DROP FUNCTION tablespace_privs_are ( NAME, NAME, NAME[], TEXT );
DROP FUNCTION _get_tablespaceprivs (NAME, TEXT);
DROP FUNCTION schema_privs_are ( NAME, NAME, NAME[] );
DROP FUNCTION schema_privs_are ( NAME, NAME, NAME[], TEXT );
DROP FUNCTION _get_schema_privs(NAME, TEXT);
DROP FUNCTION language_privs_are ( NAME, NAME, NAME[] );
DROP FUNCTION language_privs_are ( NAME, NAME, NAME[], TEXT );
DROP FUNCTION _get_lang_privs (NAME, TEXT);
DROP FUNCTION function_privs_are ( NAME, NAME[], NAME, NAME[] );
DROP FUNCTION function_privs_are ( NAME, NAME[], NAME, NAME[], TEXT );
DROP FUNCTION function_privs_are ( NAME, NAME, NAME[], NAME, NAME[] );
DROP FUNCTION function_privs_are ( NAME, NAME, NAME[], NAME, NAME[], TEXT );
DROP FUNCTION _fprivs_are ( TEXT, NAME, NAME[], TEXT );
DROP FUNCTION _get_func_privs(TEXT, TEXT);
DROP FUNCTION database_privs_are ( NAME, NAME, NAME[] );
DROP FUNCTION database_privs_are ( NAME, NAME, NAME[], TEXT );
DROP FUNCTION _get_db_privs(NAME, TEXT);
DROP FUNCTION _db_privs();
DROP FUNCTION table_privs_are ( NAME, NAME, NAME[] );
DROP FUNCTION table_privs_are ( NAME, NAME, NAME[], TEXT );
DROP FUNCTION table_privs_are ( NAME, NAME, NAME, NAME[] );
DROP FUNCTION table_privs_are ( NAME, NAME, NAME, NAME[], TEXT );
DROP FUNCTION _table_privs();
DROP FUNCTION _get_table_privs(NAME, TEXT);
DROP FUNCTION _assets_are ( text, text[], text[], TEXT );
DROP FUNCTION type_owner_is ( NAME, NAME );
DROP FUNCTION type_owner_is ( NAME, NAME, TEXT );
DROP FUNCTION type_owner_is ( NAME, NAME, NAME );
DROP FUNCTION type_owner_is ( NAME, NAME, NAME, TEXT );
DROP FUNCTION _get_type_owner ( NAME );
DROP FUNCTION _get_type_owner ( NAME, NAME );
DROP FUNCTION opclass_owner_is( NAME, NAME );
DROP FUNCTION opclass_owner_is ( NAME, NAME, TEXT );
DROP FUNCTION opclass_owner_is( NAME, NAME, NAME );
DROP FUNCTION opclass_owner_is ( NAME, NAME, NAME, TEXT );
DROP FUNCTION _get_opclass_owner ( NAME );
DROP FUNCTION _get_opclass_owner ( NAME, NAME );
DROP FUNCTION language_owner_is ( NAME, NAME );
DROP FUNCTION language_owner_is ( NAME, NAME, TEXT );
DROP FUNCTION _get_language_owner( NAME );
DROP FUNCTION index_owner_is ( NAME, NAME, NAME );
DROP FUNCTION index_owner_is ( NAME, NAME, NAME, TEXT );
DROP FUNCTION index_owner_is ( NAME, NAME, NAME, NAME );
DROP FUNCTION index_owner_is ( NAME, NAME, NAME, NAME, TEXT );
DROP FUNCTION _get_index_owner( NAME, NAME );
DROP FUNCTION _get_index_owner( NAME, NAME, NAME );
DROP FUNCTION tablespace_owner_is ( NAME, NAME );
DROP FUNCTION tablespace_owner_is ( NAME, NAME, TEXT );
DROP FUNCTION _get_tablespace_owner( NAME );
DROP FUNCTION function_owner_is( NAME, NAME[], NAME );
DROP FUNCTION function_owner_is ( NAME, NAME[], NAME, TEXT );
DROP FUNCTION function_owner_is( NAME, NAME, NAME[], NAME );
DROP FUNCTION function_owner_is ( NAME, NAME, NAME[], NAME, TEXT );
DROP FUNCTION _get_func_owner ( NAME, NAME[] );
DROP FUNCTION _get_func_owner ( NAME, NAME, NAME[] );
DROP FUNCTION foreign_table_owner_is ( NAME, NAME );
DROP FUNCTION foreign_table_owner_is ( NAME, NAME, TEXT );
DROP FUNCTION foreign_table_owner_is ( NAME, NAME, NAME );
DROP FUNCTION foreign_table_owner_is ( NAME, NAME, NAME, TEXT );
DROP FUNCTION composite_owner_is ( NAME, NAME );
DROP FUNCTION composite_owner_is ( NAME, NAME, TEXT );
DROP FUNCTION composite_owner_is ( NAME, NAME, NAME );
DROP FUNCTION composite_owner_is ( NAME, NAME, NAME, TEXT );
DROP FUNCTION sequence_owner_is ( NAME, NAME );
DROP FUNCTION sequence_owner_is ( NAME, NAME, TEXT );
DROP FUNCTION sequence_owner_is ( NAME, NAME, NAME );
DROP FUNCTION sequence_owner_is ( NAME, NAME, NAME, TEXT );
DROP FUNCTION view_owner_is ( NAME, NAME );
DROP FUNCTION view_owner_is ( NAME, NAME, TEXT );
DROP FUNCTION view_owner_is ( NAME, NAME, NAME );
DROP FUNCTION view_owner_is ( NAME, NAME, NAME, TEXT );
DROP FUNCTION table_owner_is ( NAME, NAME );
DROP FUNCTION table_owner_is ( NAME, NAME, TEXT );
DROP FUNCTION table_owner_is ( NAME, NAME, NAME );
DROP FUNCTION table_owner_is ( NAME, NAME, NAME, TEXT );
DROP FUNCTION _get_rel_owner ( CHAR, NAME );
DROP FUNCTION _get_rel_owner ( CHAR, NAME, NAME );
DROP FUNCTION _get_rel_owner ( CHAR[], NAME );
DROP FUNCTION _get_rel_owner ( CHAR[], NAME, NAME );
DROP FUNCTION relation_owner_is ( NAME, NAME );
DROP FUNCTION relation_owner_is ( NAME, NAME, TEXT );
DROP FUNCTION relation_owner_is ( NAME, NAME, NAME );
DROP FUNCTION relation_owner_is ( NAME, NAME, NAME, TEXT );
DROP FUNCTION _get_rel_owner ( NAME );
DROP FUNCTION _get_rel_owner ( NAME, NAME );
DROP FUNCTION schema_owner_is ( NAME, NAME );
DROP FUNCTION schema_owner_is ( NAME, NAME, TEXT );
DROP FUNCTION _get_schema_owner( NAME );
DROP FUNCTION db_owner_is ( NAME, NAME );
DROP FUNCTION db_owner_is ( NAME, NAME, TEXT );
DROP FUNCTION _get_db_owner( NAME );
DROP FUNCTION columns_are( NAME, NAME[] );
DROP FUNCTION columns_are( NAME, NAME[], TEXT );
DROP FUNCTION columns_are( NAME, NAME, NAME[] );
DROP FUNCTION columns_are( NAME, NAME, NAME[], TEXT );
DROP FUNCTION operators_are ( TEXT[] );
DROP FUNCTION operators_are( TEXT[], TEXT );
DROP FUNCTION operators_are ( NAME, TEXT[] );
DROP FUNCTION operators_are( NAME, TEXT[], TEXT );
DROP FUNCTION display_oper ( NAME, OID );
DROP FUNCTION casts_are ( TEXT[] );
DROP FUNCTION casts_are ( TEXT[], TEXT );
DROP FUNCTION _areni ( text, text[], text[], TEXT );
DROP FUNCTION triggers_are( NAME, NAME[] );
DROP FUNCTION triggers_are( NAME, NAME[], TEXT );
DROP FUNCTION triggers_are( NAME, NAME, NAME[] );
DROP FUNCTION triggers_are( NAME, NAME, NAME[], TEXT );
DROP FUNCTION row_eq( TEXT, anyelement );
DROP FUNCTION row_eq( TEXT, anyelement, TEXT );
DROP FUNCTION domain_type_isnt( TEXT, TEXT );
DROP FUNCTION domain_type_isnt( TEXT, TEXT, TEXT );
DROP FUNCTION domain_type_isnt( NAME, TEXT, TEXT );
DROP FUNCTION domain_type_isnt( NAME, TEXT, TEXT, TEXT );
DROP FUNCTION domain_type_isnt( NAME, TEXT, NAME, TEXT );
DROP FUNCTION domain_type_isnt( NAME, TEXT, NAME, TEXT, TEXT );
DROP FUNCTION domain_type_is( TEXT, TEXT );
DROP FUNCTION domain_type_is( TEXT, TEXT, TEXT );
DROP FUNCTION domain_type_is( NAME, TEXT, TEXT );
DROP FUNCTION domain_type_is( NAME, TEXT, TEXT, TEXT );
DROP FUNCTION domain_type_is( NAME, TEXT, NAME, TEXT );
DROP FUNCTION domain_type_is( NAME, TEXT, NAME, TEXT, TEXT );
DROP FUNCTION _get_dtype( NAME );
DROP FUNCTION _get_dtype( NAME, TEXT, BOOLEAN );
DROP FUNCTION _dexists ( NAME );
DROP FUNCTION _dexists ( NAME, NAME );
DROP FUNCTION enums_are ( NAME[] );
DROP FUNCTION enums_are ( NAME[], TEXT );
DROP FUNCTION enums_are ( NAME, NAME[] );
DROP FUNCTION enums_are ( NAME, NAME[], TEXT );
DROP FUNCTION domains_are ( NAME[] );
DROP FUNCTION domains_are ( NAME[], TEXT );
DROP FUNCTION domains_are ( NAME, NAME[] );
DROP FUNCTION domains_are ( NAME, NAME[], TEXT );
DROP FUNCTION types_are ( NAME[] );
DROP FUNCTION types_are ( NAME[], TEXT );
DROP FUNCTION _types_are ( NAME[], TEXT, CHAR[] );
DROP FUNCTION types_are ( NAME, NAME[] );
DROP FUNCTION types_are ( NAME, NAME[], TEXT );
DROP FUNCTION _types_are ( NAME, NAME[], TEXT, CHAR[] );
DROP FUNCTION roles_are( NAME[] );
DROP FUNCTION roles_are( NAME[], TEXT );
DROP FUNCTION throws_imatching ( TEXT, TEXT );
DROP FUNCTION throws_imatching ( TEXT, TEXT, TEXT );
DROP FUNCTION throws_matching ( TEXT, TEXT );
DROP FUNCTION throws_matching ( TEXT, TEXT, TEXT );
DROP FUNCTION throws_ilike ( TEXT, TEXT );
DROP FUNCTION throws_ilike ( TEXT, TEXT, TEXT );
DROP FUNCTION throws_like ( TEXT, TEXT );
DROP FUNCTION throws_like ( TEXT, TEXT, TEXT );
DROP FUNCTION _tlike ( BOOLEAN, TEXT, TEXT, TEXT );
DROP FUNCTION collect_tap( VARCHAR[] );
DROP FUNCTION collect_tap( VARIADIC text[] );
DROP FUNCTION isnt_empty( TEXT );
DROP FUNCTION isnt_empty( TEXT, TEXT );
DROP FUNCTION is_empty( TEXT );
DROP FUNCTION is_empty( TEXT, TEXT );
DROP FUNCTION isa_ok( anyelement, regtype );
DROP FUNCTION isa_ok( anyelement, regtype, TEXT );
DROP FUNCTION results_ne( refcursor, anyarray );
DROP FUNCTION results_ne( refcursor, anyarray, TEXT );
DROP FUNCTION results_ne( refcursor, TEXT );
DROP FUNCTION results_ne( refcursor, TEXT, TEXT );
DROP FUNCTION results_ne( TEXT, refcursor );
DROP FUNCTION results_ne( TEXT, refcursor, TEXT );
DROP FUNCTION results_ne( TEXT, anyarray );
DROP FUNCTION results_ne( TEXT, anyarray, TEXT );
DROP FUNCTION results_ne( TEXT, TEXT );
DROP FUNCTION results_ne( TEXT, TEXT, TEXT );
DROP FUNCTION results_ne( refcursor, refcursor );
DROP FUNCTION results_ne( refcursor, refcursor, text );
DROP FUNCTION results_eq( refcursor, anyarray );
DROP FUNCTION results_eq( refcursor, anyarray, TEXT );
DROP FUNCTION results_eq( refcursor, TEXT );
DROP FUNCTION results_eq( refcursor, TEXT, TEXT );
DROP FUNCTION results_eq( TEXT, refcursor );
DROP FUNCTION results_eq( TEXT, refcursor, TEXT );
DROP FUNCTION results_eq( TEXT, anyarray );
DROP FUNCTION results_eq( TEXT, anyarray, TEXT );
DROP FUNCTION results_eq( TEXT, TEXT );
DROP FUNCTION results_eq( TEXT, TEXT, TEXT );
DROP FUNCTION results_eq( refcursor, refcursor );
DROP FUNCTION results_eq( refcursor, refcursor, text );
DROP FUNCTION bag_hasnt( TEXT, TEXT );
DROP FUNCTION bag_hasnt( TEXT, TEXT, TEXT );
DROP FUNCTION set_hasnt( TEXT, TEXT );
DROP FUNCTION set_hasnt( TEXT, TEXT, TEXT );
DROP FUNCTION bag_has( TEXT, TEXT );
DROP FUNCTION bag_has( TEXT, TEXT, TEXT );
DROP FUNCTION set_has( TEXT, TEXT );
DROP FUNCTION set_has( TEXT, TEXT, TEXT );
DROP FUNCTION _relcomp( TEXT, TEXT, TEXT, TEXT, TEXT );
DROP FUNCTION bag_ne( TEXT, anyarray );
DROP FUNCTION bag_ne( TEXT, anyarray, TEXT );
DROP FUNCTION bag_ne( TEXT, TEXT );
DROP FUNCTION bag_ne( TEXT, TEXT, TEXT );
DROP FUNCTION set_ne( TEXT, anyarray );
DROP FUNCTION set_ne( TEXT, anyarray, TEXT );
DROP FUNCTION set_ne( TEXT, TEXT );
DROP FUNCTION set_ne( TEXT, TEXT, TEXT );
DROP FUNCTION _relne( TEXT, anyarray, TEXT, TEXT );
DROP FUNCTION _relne( TEXT, TEXT, TEXT, TEXT );
DROP FUNCTION _do_ne( TEXT, TEXT, TEXT, TEXT );
DROP FUNCTION bag_eq( TEXT, anyarray );
DROP FUNCTION bag_eq( TEXT, anyarray, TEXT );
DROP FUNCTION bag_eq( TEXT, TEXT );
DROP FUNCTION bag_eq( TEXT, TEXT, TEXT );
DROP FUNCTION set_eq( TEXT, anyarray );
DROP FUNCTION set_eq( TEXT, anyarray, TEXT );
DROP FUNCTION set_eq( TEXT, TEXT );
DROP FUNCTION set_eq( TEXT, TEXT, TEXT );
DROP FUNCTION _relcomp( TEXT, anyarray, TEXT, TEXT );
DROP FUNCTION _relcomp( TEXT, TEXT, TEXT, TEXT );
DROP FUNCTION _docomp( TEXT, TEXT, TEXT, TEXT );
DROP FUNCTION _temptypes( TEXT );
DROP FUNCTION _temptable ( anyarray, TEXT );
DROP FUNCTION _temptable ( TEXT, TEXT );
DROP FUNCTION runtests( );
DROP FUNCTION runtests( TEXT );
DROP FUNCTION runtests( NAME );
DROP FUNCTION runtests( NAME, TEXT );
DROP FUNCTION _runner( text[], text[], text[], text[], text[] );
DROP FUNCTION diag_test_name(TEXT);
DROP FUNCTION _cleanup();
DROP FUNCTION _currtest();
DROP FUNCTION do_tap( );
DROP FUNCTION do_tap( text );
DROP FUNCTION do_tap( name );
DROP FUNCTION do_tap( name, text );
DROP FUNCTION _is_verbose();
DROP FUNCTION _runem( text[], boolean );
DROP FUNCTION findfuncs( TEXT );
DROP FUNCTION findfuncs( TEXT, TEXT );
DROP FUNCTION findfuncs( NAME, TEXT );
DROP FUNCTION findfuncs( NAME, TEXT, TEXT );
DROP FUNCTION check_test( TEXT, BOOLEAN );
DROP FUNCTION check_test( TEXT, BOOLEAN, TEXT );
DROP FUNCTION check_test( TEXT, BOOLEAN, TEXT, TEXT );
DROP FUNCTION check_test( TEXT, BOOLEAN, TEXT, TEXT, TEXT );
DROP FUNCTION check_test( TEXT, BOOLEAN, TEXT, TEXT, TEXT, BOOLEAN );
DROP FUNCTION volatility_is( NAME, TEXT );
DROP FUNCTION volatility_is( NAME, TEXT, TEXT );
DROP FUNCTION volatility_is( NAME, NAME[], TEXT );
DROP FUNCTION volatility_is( NAME, NAME[], TEXT, TEXT );
DROP FUNCTION volatility_is( NAME, NAME, TEXT );
DROP FUNCTION volatility_is( NAME, NAME, TEXT, TEXT );
DROP FUNCTION volatility_is( NAME, NAME, NAME[], TEXT );
DROP FUNCTION volatility_is( NAME, NAME, NAME[], TEXT, TEXT );
DROP FUNCTION _vol ( NAME );
DROP FUNCTION _vol ( NAME, NAME[] );
DROP FUNCTION _vol ( NAME, NAME );
DROP FUNCTION _vol ( NAME, NAME, NAME[] );
DROP FUNCTION _refine_vol( text );
DROP FUNCTION _expand_vol( char );
DROP FUNCTION isnt_strict( NAME );
DROP FUNCTION isnt_strict( NAME, TEXT );
DROP FUNCTION isnt_strict( NAME, NAME[] );
DROP FUNCTION isnt_strict ( NAME, NAME[], TEXT );
DROP FUNCTION isnt_strict( NAME, NAME );
DROP FUNCTION isnt_strict ( NAME, NAME, TEXT );
DROP FUNCTION isnt_strict( NAME, NAME, NAME[] );
DROP FUNCTION isnt_strict ( NAME, NAME, NAME[], TEXT );
DROP FUNCTION is_strict( NAME );
DROP FUNCTION is_strict( NAME, TEXT );
DROP FUNCTION is_strict( NAME, NAME[] );
DROP FUNCTION is_strict ( NAME, NAME[], TEXT );
DROP FUNCTION is_strict( NAME, NAME );
DROP FUNCTION is_strict ( NAME, NAME, TEXT );
DROP FUNCTION is_strict( NAME, NAME, NAME[] );
DROP FUNCTION is_strict ( NAME, NAME, NAME[], TEXT );
DROP FUNCTION _strict ( NAME );
DROP FUNCTION _strict ( NAME, NAME[] );
DROP FUNCTION _strict ( NAME, NAME );
DROP FUNCTION _strict ( NAME, NAME, NAME[] );
DROP FUNCTION isnt_aggregate( NAME );
DROP FUNCTION isnt_aggregate( NAME, TEXT );
DROP FUNCTION isnt_aggregate( NAME, NAME[] );
DROP FUNCTION isnt_aggregate ( NAME, NAME[], TEXT );
DROP FUNCTION isnt_aggregate( NAME, NAME );
DROP FUNCTION isnt_aggregate ( NAME, NAME, TEXT );
DROP FUNCTION isnt_aggregate( NAME, NAME, NAME[] );
DROP FUNCTION isnt_aggregate ( NAME, NAME, NAME[], TEXT );
DROP FUNCTION is_aggregate( NAME );
DROP FUNCTION is_aggregate( NAME, TEXT );
DROP FUNCTION is_aggregate( NAME, NAME[] );
DROP FUNCTION is_aggregate ( NAME, NAME[], TEXT );
DROP FUNCTION is_aggregate( NAME, NAME );
DROP FUNCTION is_aggregate ( NAME, NAME, TEXT );
DROP FUNCTION is_aggregate( NAME, NAME, NAME[] );
DROP FUNCTION is_aggregate ( NAME, NAME, NAME[], TEXT );
DROP FUNCTION _agg ( NAME );
DROP FUNCTION _agg ( NAME, NAME[] );
DROP FUNCTION _agg ( NAME, NAME );
DROP FUNCTION _agg ( NAME, NAME, NAME[] );
DROP FUNCTION isnt_definer( NAME );
DROP FUNCTION isnt_definer( NAME, TEXT );
DROP FUNCTION isnt_definer( NAME, NAME[] );
DROP FUNCTION isnt_definer ( NAME, NAME[], TEXT );
DROP FUNCTION isnt_definer( NAME, NAME );
DROP FUNCTION isnt_definer ( NAME, NAME, TEXT );
DROP FUNCTION isnt_definer( NAME, NAME, NAME[] );
DROP FUNCTION isnt_definer ( NAME, NAME, NAME[], TEXT );
DROP FUNCTION is_definer( NAME );
DROP FUNCTION is_definer( NAME, TEXT );
DROP FUNCTION is_definer( NAME, NAME[] );
DROP FUNCTION is_definer ( NAME, NAME[], TEXT );
DROP FUNCTION is_definer( NAME, NAME );
DROP FUNCTION is_definer ( NAME, NAME, TEXT );
DROP FUNCTION is_definer( NAME, NAME, NAME[] );
DROP FUNCTION is_definer ( NAME, NAME, NAME[], TEXT );
DROP FUNCTION _definer ( NAME );
DROP FUNCTION _definer ( NAME, NAME[] );
DROP FUNCTION _definer ( NAME, NAME );
DROP FUNCTION _definer ( NAME, NAME, NAME[] );
DROP FUNCTION function_returns( NAME, TEXT );
DROP FUNCTION function_returns( NAME, TEXT, TEXT );
DROP FUNCTION function_returns( NAME, NAME[], TEXT );
DROP FUNCTION function_returns( NAME, NAME[], TEXT, TEXT );
DROP FUNCTION function_returns( NAME, NAME, TEXT );
DROP FUNCTION function_returns( NAME, NAME, TEXT, TEXT );
DROP FUNCTION function_returns( NAME, NAME, NAME[], TEXT );
DROP FUNCTION function_returns( NAME, NAME, NAME[], TEXT, TEXT );
DROP FUNCTION _returns ( NAME );
DROP FUNCTION _returns ( NAME, NAME[] );
DROP FUNCTION _returns ( NAME, NAME );
DROP FUNCTION _returns ( NAME, NAME, NAME[] );
DROP FUNCTION function_lang_is( NAME, NAME );
DROP FUNCTION function_lang_is( NAME, NAME, TEXT );
DROP FUNCTION function_lang_is( NAME, NAME[], NAME );
DROP FUNCTION function_lang_is( NAME, NAME[], NAME, TEXT );
DROP FUNCTION function_lang_is( NAME, NAME, NAME );
DROP FUNCTION function_lang_is( NAME, NAME, NAME, TEXT );
DROP FUNCTION function_lang_is( NAME, NAME, NAME[], NAME );
DROP FUNCTION function_lang_is( NAME, NAME, NAME[], NAME, TEXT );
DROP FUNCTION _lang ( NAME );
DROP FUNCTION _lang ( NAME, NAME[] );
DROP FUNCTION _lang ( NAME, NAME );
DROP FUNCTION _lang ( NAME, NAME, NAME[] );
DROP FUNCTION _func_compare( NAME, NAME, boolean, TEXT);
DROP FUNCTION _func_compare( NAME, NAME, anyelement, anyelement, TEXT);
DROP FUNCTION _func_compare( NAME, NAME, NAME[], boolean, TEXT);
DROP FUNCTION _func_compare( NAME, NAME, NAME[], anyelement, anyelement, TEXT);
DROP FUNCTION _nosuch( NAME, NAME, NAME[]);
DROP FUNCTION rule_is_on( NAME, NAME, TEXT );
DROP FUNCTION rule_is_on( NAME, NAME, TEXT, TEXT );
DROP FUNCTION rule_is_on( NAME, NAME, NAME, TEXT );
DROP FUNCTION rule_is_on( NAME, NAME, NAME, TEXT, TEXT );
DROP FUNCTION _rule_on( NAME, NAME );
DROP FUNCTION _rule_on( NAME, NAME, NAME );
DROP FUNCTION _contract_on( TEXT );
DROP FUNCTION _expand_on( char );
DROP FUNCTION rule_is_instead( NAME, NAME );
DROP FUNCTION rule_is_instead( NAME, NAME, TEXT );
DROP FUNCTION rule_is_instead( NAME, NAME, NAME );
DROP FUNCTION rule_is_instead( NAME, NAME, NAME, TEXT );
DROP FUNCTION hasnt_rule( NAME, NAME );
DROP FUNCTION hasnt_rule( NAME, NAME, TEXT );
DROP FUNCTION hasnt_rule( NAME, NAME, NAME );
DROP FUNCTION hasnt_rule( NAME, NAME, NAME, TEXT );
DROP FUNCTION has_rule( NAME, NAME );
DROP FUNCTION has_rule( NAME, NAME, TEXT );
DROP FUNCTION has_rule( NAME, NAME, NAME );
DROP FUNCTION has_rule( NAME, NAME, NAME, TEXT );
DROP FUNCTION _is_instead( NAME, NAME );
DROP FUNCTION _is_instead( NAME, NAME, NAME );
DROP FUNCTION rules_are( NAME, NAME[] );
DROP FUNCTION rules_are( NAME, NAME[], TEXT );
DROP FUNCTION rules_are( NAME, NAME, NAME[] );
DROP FUNCTION rules_are( NAME, NAME, NAME[], TEXT );
DROP FUNCTION opclasses_are ( NAME[] );
DROP FUNCTION opclasses_are ( NAME[], TEXT );
DROP FUNCTION opclasses_are ( NAME, NAME[] );
DROP FUNCTION opclasses_are ( NAME, NAME[], TEXT );
DROP FUNCTION hasnt_opclass( NAME );
DROP FUNCTION hasnt_opclass( NAME, TEXT );
DROP FUNCTION hasnt_opclass( NAME, NAME );
DROP FUNCTION hasnt_opclass( NAME, NAME, TEXT );
DROP FUNCTION has_opclass( NAME );
DROP FUNCTION has_opclass( NAME, TEXT );
DROP FUNCTION has_opclass( NAME, NAME );
DROP FUNCTION has_opclass( NAME, NAME, TEXT );
DROP FUNCTION _opc_exists( NAME );
DROP FUNCTION _opc_exists( NAME, NAME );
DROP FUNCTION language_is_trusted( NAME );
DROP FUNCTION language_is_trusted( NAME, TEXT );
DROP FUNCTION hasnt_language( NAME );
DROP FUNCTION hasnt_language( NAME, TEXT );
DROP FUNCTION has_language( NAME );
DROP FUNCTION has_language( NAME, TEXT );
DROP FUNCTION _is_trusted( NAME );
DROP FUNCTION languages_are( NAME[] );
DROP FUNCTION languages_are( NAME[], TEXT );
DROP FUNCTION groups_are( NAME[] );
DROP FUNCTION groups_are( NAME[], TEXT );
DROP FUNCTION users_are( NAME[] );
DROP FUNCTION users_are( NAME[], TEXT );
DROP FUNCTION indexes_are( NAME, NAME[] );
DROP FUNCTION indexes_are( NAME, NAME[], TEXT );
DROP FUNCTION indexes_are( NAME, NAME, NAME[] );
DROP FUNCTION indexes_are( NAME, NAME, NAME[], TEXT );
DROP FUNCTION functions_are ( NAME[] );
DROP FUNCTION functions_are ( NAME[], TEXT );
DROP FUNCTION functions_are ( NAME, NAME[] );
DROP FUNCTION functions_are ( NAME, NAME[], TEXT );
DROP FUNCTION sequences_are ( NAME[] );
DROP FUNCTION sequences_are ( NAME, NAME[] );
DROP FUNCTION sequences_are ( NAME[], TEXT );
DROP FUNCTION sequences_are ( NAME, NAME[], TEXT );
DROP FUNCTION views_are ( NAME[] );
DROP FUNCTION views_are ( NAME, NAME[] );
DROP FUNCTION views_are ( NAME[], TEXT );
DROP FUNCTION views_are ( NAME, NAME[], TEXT );
DROP FUNCTION tables_are ( NAME[] );
DROP FUNCTION tables_are ( NAME, NAME[] );
DROP FUNCTION tables_are ( NAME[], TEXT );
DROP FUNCTION tables_are ( NAME, NAME[], TEXT );
DROP FUNCTION _missing ( CHAR, NAME[] );
DROP FUNCTION _missing ( CHAR, NAME, NAME[] );
DROP FUNCTION _missing ( CHAR[], NAME[] );
DROP FUNCTION _missing ( CHAR[], NAME, NAME[] );
DROP FUNCTION _extras ( CHAR, NAME[] );
DROP FUNCTION _extras ( CHAR, NAME, NAME[] );
DROP FUNCTION _extras ( CHAR[], NAME[] );
DROP FUNCTION _extras ( CHAR[], NAME, NAME[] );
DROP FUNCTION schemas_are ( NAME[] );
DROP FUNCTION schemas_are ( NAME[], TEXT );
DROP FUNCTION tablespaces_are ( NAME[] );
DROP FUNCTION tablespaces_are ( NAME[], TEXT );
DROP FUNCTION _are ( text, name[], name[], TEXT );
DROP FUNCTION has_rightop ( NAME, NAME );
DROP FUNCTION has_rightop ( NAME, NAME, TEXT );
DROP FUNCTION has_rightop ( NAME, NAME, NAME );
DROP FUNCTION has_rightop ( NAME, NAME, NAME, TEXT );
DROP FUNCTION has_rightop ( NAME, NAME, NAME, NAME );
DROP FUNCTION has_rightop ( NAME, NAME, NAME, NAME, TEXT );
DROP FUNCTION has_leftop ( NAME, NAME );
DROP FUNCTION has_leftop ( NAME, NAME, TEXT );
DROP FUNCTION has_leftop ( NAME, NAME, NAME );
DROP FUNCTION has_leftop ( NAME, NAME, NAME, TEXT );
DROP FUNCTION has_leftop ( NAME, NAME, NAME, NAME );
DROP FUNCTION has_leftop ( NAME, NAME, NAME, NAME, TEXT );
DROP FUNCTION has_operator ( NAME, NAME, NAME );
DROP FUNCTION has_operator ( NAME, NAME, NAME, TEXT );
DROP FUNCTION has_operator ( NAME, NAME, NAME, NAME );
DROP FUNCTION has_operator ( NAME, NAME, NAME, NAME, TEXT );
DROP FUNCTION has_operator ( NAME, NAME, NAME, NAME, NAME );
DROP FUNCTION has_operator ( NAME, NAME, NAME, NAME, NAME, TEXT );
DROP FUNCTION _op_exists ( NAME, NAME, NAME );
DROP FUNCTION _op_exists ( NAME, NAME, NAME, NAME );
DROP FUNCTION _op_exists ( NAME, NAME, NAME, NAME, NAME );
DROP FUNCTION cast_context_is( NAME, NAME, TEXT );
DROP FUNCTION cast_context_is( NAME, NAME, TEXT, TEXT );
DROP FUNCTION _get_context( NAME, NAME );
DROP FUNCTION _expand_context( char );
DROP FUNCTION hasnt_cast ( NAME, NAME );
DROP FUNCTION hasnt_cast ( NAME, NAME, TEXT );
DROP FUNCTION hasnt_cast ( NAME, NAME, NAME );
DROP FUNCTION hasnt_cast ( NAME, NAME, NAME, TEXT );
DROP FUNCTION hasnt_cast ( NAME, NAME, NAME, NAME );
DROP FUNCTION hasnt_cast ( NAME, NAME, NAME, NAME, TEXT );
DROP FUNCTION has_cast ( NAME, NAME );
DROP FUNCTION has_cast ( NAME, NAME, TEXT );
DROP FUNCTION has_cast ( NAME, NAME, NAME );
DROP FUNCTION has_cast ( NAME, NAME, NAME, TEXT );
DROP FUNCTION has_cast ( NAME, NAME, NAME, NAME );
DROP FUNCTION has_cast ( NAME, NAME, NAME, NAME, TEXT );
DROP FUNCTION _cast_exists ( NAME, NAME );
DROP FUNCTION _cast_exists ( NAME, NAME, NAME );
DROP FUNCTION _cast_exists ( NAME, NAME, NAME, NAME );
DROP FUNCTION _cmp_types(oid, name);
DROP FUNCTION is_member_of( NAME, NAME );
DROP FUNCTION is_member_of( NAME, NAME[] );
DROP FUNCTION is_member_of( NAME, NAME, TEXT );
DROP FUNCTION is_member_of( NAME, NAME[], TEXT );
DROP FUNCTION _grolist ( NAME );
DROP FUNCTION hasnt_group( NAME );
DROP FUNCTION hasnt_group( NAME, TEXT );
DROP FUNCTION has_group( NAME );
DROP FUNCTION has_group( NAME, TEXT );
DROP FUNCTION _has_group( NAME );
DROP FUNCTION isnt_superuser( NAME );
DROP FUNCTION isnt_superuser( NAME, TEXT );
DROP FUNCTION is_superuser( NAME );
DROP FUNCTION is_superuser( NAME, TEXT );
DROP FUNCTION _is_super( NAME );
DROP FUNCTION hasnt_user( NAME );
DROP FUNCTION hasnt_user( NAME, TEXT );
DROP FUNCTION has_user( NAME );
DROP FUNCTION has_user( NAME, TEXT );
DROP FUNCTION _has_user( NAME );
DROP FUNCTION hasnt_role( NAME );
DROP FUNCTION hasnt_role( NAME, TEXT );
DROP FUNCTION has_role( NAME );
DROP FUNCTION has_role( NAME, TEXT );
DROP FUNCTION _has_role( NAME );
DROP FUNCTION enum_has_labels( NAME, NAME[] );
DROP FUNCTION enum_has_labels( NAME, NAME[], TEXT );
DROP FUNCTION enum_has_labels( NAME, NAME, NAME[] );
DROP FUNCTION enum_has_labels( NAME, NAME, NAME[], TEXT );
DROP FUNCTION hasnt_enum( NAME );
DROP FUNCTION hasnt_enum( NAME, TEXT );
DROP FUNCTION hasnt_enum( NAME, NAME );
DROP FUNCTION hasnt_enum( NAME, NAME, TEXT );
DROP FUNCTION has_enum( NAME );
DROP FUNCTION has_enum( NAME, TEXT );
DROP FUNCTION has_enum( NAME, NAME );
DROP FUNCTION has_enum( NAME, NAME, TEXT );
DROP FUNCTION hasnt_domain( NAME );
DROP FUNCTION hasnt_domain( NAME, TEXT );
DROP FUNCTION hasnt_domain( NAME, NAME );
DROP FUNCTION hasnt_domain( NAME, NAME, TEXT );
DROP FUNCTION has_domain( NAME );
DROP FUNCTION has_domain( NAME, TEXT );
DROP FUNCTION has_domain( NAME, NAME );
DROP FUNCTION has_domain( NAME, NAME, TEXT );
DROP FUNCTION hasnt_type( NAME );
DROP FUNCTION hasnt_type( NAME, TEXT );
DROP FUNCTION hasnt_type( NAME, NAME );
DROP FUNCTION hasnt_type( NAME, NAME, TEXT );
DROP FUNCTION has_type( NAME );
DROP FUNCTION has_type( NAME, TEXT );
DROP FUNCTION has_type( NAME, NAME );
DROP FUNCTION has_type( NAME, NAME, TEXT );
DROP FUNCTION _has_type( NAME, CHAR[] );
DROP FUNCTION _has_type( NAME, NAME, CHAR[] );
DROP FUNCTION hasnt_tablespace( NAME );
DROP FUNCTION hasnt_tablespace( NAME, TEXT );
DROP FUNCTION has_tablespace( NAME );
DROP FUNCTION has_tablespace( NAME, TEXT );
DROP FUNCTION has_tablespace( NAME, TEXT, TEXT );
DROP FUNCTION hasnt_schema( NAME );
DROP FUNCTION hasnt_schema( NAME, TEXT );
DROP FUNCTION has_schema( NAME );
DROP FUNCTION has_schema( NAME, TEXT );
DROP FUNCTION trigger_is ( NAME, NAME, NAME );
DROP FUNCTION trigger_is ( NAME, NAME, NAME, text );
DROP FUNCTION trigger_is ( NAME, NAME, NAME, NAME, NAME );
DROP FUNCTION trigger_is ( NAME, NAME, NAME, NAME, NAME, text );
DROP FUNCTION hasnt_trigger ( NAME, NAME );
DROP FUNCTION hasnt_trigger ( NAME, NAME, TEXT );
DROP FUNCTION hasnt_trigger ( NAME, NAME, NAME );
DROP FUNCTION hasnt_trigger ( NAME, NAME, NAME, TEXT );
DROP FUNCTION has_trigger ( NAME, NAME );
DROP FUNCTION has_trigger ( NAME, NAME, TEXT );
DROP FUNCTION has_trigger ( NAME, NAME, NAME );
DROP FUNCTION has_trigger ( NAME, NAME, NAME, TEXT );
DROP FUNCTION _trig ( NAME, NAME );
DROP FUNCTION _trig ( NAME, NAME, NAME );
DROP FUNCTION index_is_type ( NAME, NAME );
DROP FUNCTION index_is_type ( NAME, NAME, NAME );
DROP FUNCTION index_is_type ( NAME, NAME, NAME, NAME );
DROP FUNCTION index_is_type ( NAME, NAME, NAME, NAME, text );
DROP FUNCTION is_clustered ( NAME );
DROP FUNCTION is_clustered ( NAME, NAME );
DROP FUNCTION is_clustered ( NAME, NAME, NAME );
DROP FUNCTION is_clustered ( NAME, NAME, NAME, text );
DROP FUNCTION index_is_primary ( NAME );
DROP FUNCTION index_is_primary ( NAME, NAME );
DROP FUNCTION index_is_primary ( NAME, NAME, NAME );
DROP FUNCTION index_is_primary ( NAME, NAME, NAME, text );
DROP FUNCTION index_is_unique ( NAME );
DROP FUNCTION index_is_unique ( NAME, NAME );
DROP FUNCTION index_is_unique ( NAME, NAME, NAME );
DROP FUNCTION index_is_unique ( NAME, NAME, NAME, text );
DROP FUNCTION is_indexed ( NAME, NAME );
DROP FUNCTION is_indexed ( NAME, NAME, NAME );
DROP FUNCTION is_indexed ( NAME, NAME, NAME, TEXT );
DROP FUNCTION is_indexed ( NAME, NAME[] );
DROP FUNCTION is_indexed ( NAME, NAME[], TEXT );
DROP FUNCTION is_indexed ( NAME, NAME, NAME[] );
DROP FUNCTION is_indexed ( NAME, NAME, NAME[], TEXT );
DROP FUNCTION _is_indexed( NAME, NAME, TEXT[] );
DROP FUNCTION hasnt_index ( NAME, NAME );
DROP FUNCTION hasnt_index ( NAME, NAME, TEXT );
DROP FUNCTION hasnt_index ( NAME, NAME, NAME );
DROP FUNCTION hasnt_index ( NAME, NAME, NAME, TEXT );
DROP FUNCTION has_index ( NAME, NAME );
DROP FUNCTION has_index ( NAME, NAME, text );
DROP FUNCTION has_index ( NAME, NAME, NAME );
DROP FUNCTION has_index ( NAME, NAME, NAME, text );
DROP FUNCTION _is_schema( NAME );
DROP FUNCTION has_index ( NAME, NAME, NAME[] );
DROP FUNCTION has_index ( NAME, NAME, NAME[], text );
DROP FUNCTION has_index ( NAME, NAME, NAME, NAME );
DROP FUNCTION has_index ( NAME, NAME, NAME, NAME, text );
DROP FUNCTION has_index ( NAME, NAME, NAME, NAME[] );
DROP FUNCTION has_index ( NAME, NAME, NAME, NAME[], text );
DROP FUNCTION _have_index( NAME, NAME);
DROP FUNCTION _have_index( NAME, NAME, NAME);
DROP FUNCTION _ikeys( NAME, NAME);
DROP FUNCTION _ikeys( NAME, NAME, NAME);
DROP FUNCTION can ( NAME[] );
DROP FUNCTION can ( NAME[], TEXT );
DROP FUNCTION can ( NAME, NAME[] );
DROP FUNCTION can ( NAME, NAME[], TEXT );
DROP FUNCTION _pg_sv_type_array( OID[] );
DROP FUNCTION hasnt_function( NAME );
DROP FUNCTION hasnt_function( NAME, TEXT );
DROP FUNCTION hasnt_function( NAME, NAME[] );
DROP FUNCTION hasnt_function ( NAME, NAME[], TEXT );
DROP FUNCTION hasnt_function( NAME, NAME );
DROP FUNCTION hasnt_function ( NAME, NAME, TEXT );
DROP FUNCTION hasnt_function( NAME, NAME, NAME[] );
DROP FUNCTION hasnt_function ( NAME, NAME, NAME[], TEXT );
DROP FUNCTION has_function( NAME );
DROP FUNCTION has_function( NAME, TEXT );
DROP FUNCTION has_function( NAME, NAME[] );
DROP FUNCTION has_function ( NAME, NAME[], TEXT );
DROP FUNCTION has_function( NAME, NAME );
DROP FUNCTION has_function ( NAME, NAME, TEXT );
DROP FUNCTION has_function( NAME, NAME, NAME[] );
DROP FUNCTION has_function ( NAME, NAME, NAME[], TEXT );
DROP FUNCTION _got_func ( NAME );
DROP FUNCTION _got_func ( NAME, NAME[] );
DROP FUNCTION _got_func ( NAME, NAME );
DROP FUNCTION _got_func ( NAME, NAME, NAME[] );
DROP FUNCTION _funkargs ( NAME[] );
DROP VIEW tap_funky;
DROP FUNCTION _prokind( p_oid oid );
DROP FUNCTION fk_ok ( NAME, NAME, NAME, NAME );
DROP FUNCTION fk_ok ( NAME, NAME, NAME, NAME, TEXT );
DROP FUNCTION fk_ok ( NAME, NAME, NAME, NAME, NAME, TEXT );
DROP FUNCTION fk_ok ( NAME, NAME, NAME, NAME, NAME, NAME, TEXT );
DROP FUNCTION fk_ok ( NAME, NAME[], NAME, NAME[] );
DROP FUNCTION fk_ok ( NAME, NAME, NAME[], NAME, NAME, NAME[] );
DROP FUNCTION fk_ok ( NAME, NAME[], NAME, NAME[], TEXT );
DROP FUNCTION fk_ok ( NAME, NAME, NAME[], NAME, NAME, NAME[], TEXT );
DROP FUNCTION col_has_check ( NAME, NAME );
DROP FUNCTION col_has_check ( NAME, NAME, TEXT );
DROP FUNCTION col_has_check ( NAME, NAME, NAME, TEXT );
DROP FUNCTION col_has_check ( NAME, NAME[] );
DROP FUNCTION col_has_check ( NAME, NAME[], TEXT );
DROP FUNCTION col_has_check ( NAME, NAME, NAME[], TEXT );
DROP FUNCTION has_check ( NAME );
DROP FUNCTION has_check ( NAME, TEXT );
DROP FUNCTION has_check ( NAME, NAME, TEXT );
DROP FUNCTION col_is_unique ( NAME, NAME );
DROP FUNCTION col_is_unique ( NAME, NAME, TEXT );
DROP FUNCTION col_is_unique ( NAME, NAME, NAME, TEXT );
DROP FUNCTION col_is_unique ( NAME, NAME[] );
DROP FUNCTION col_is_unique ( NAME, NAME[], TEXT );
DROP FUNCTION col_is_unique ( NAME, NAME, NAME );
DROP FUNCTION col_is_unique ( NAME, NAME, NAME[] );
DROP FUNCTION col_is_unique ( NAME, NAME, NAME[], TEXT );
DROP FUNCTION _constraint ( NAME, CHAR, NAME[], TEXT, TEXT );
DROP FUNCTION _constraint ( NAME, NAME, CHAR, NAME[], TEXT, TEXT );
DROP FUNCTION has_unique ( TEXT );
DROP FUNCTION has_unique ( TEXT, TEXT );
DROP FUNCTION has_unique ( TEXT, TEXT, TEXT );
DROP FUNCTION col_isnt_fk ( NAME, NAME );
DROP FUNCTION col_isnt_fk ( NAME, NAME, TEXT );
DROP FUNCTION col_isnt_fk ( NAME, NAME, NAME, TEXT );
DROP FUNCTION col_isnt_fk ( NAME, NAME[] );
DROP FUNCTION col_isnt_fk ( NAME, NAME[], TEXT );
DROP FUNCTION col_isnt_fk ( NAME, NAME, NAME[], TEXT );
DROP FUNCTION col_is_fk ( NAME, NAME );
DROP FUNCTION col_is_fk ( NAME, NAME, TEXT );
DROP FUNCTION col_is_fk ( NAME, NAME, NAME, TEXT );
DROP FUNCTION col_is_fk ( NAME, NAME[] );
DROP FUNCTION col_is_fk ( NAME, NAME[], TEXT );
DROP FUNCTION col_is_fk ( NAME, NAME, NAME[], TEXT );
DROP FUNCTION _fkexists ( NAME, NAME[] );
DROP FUNCTION _fkexists ( NAME, NAME, NAME[] );
DROP FUNCTION hasnt_fk ( NAME );
DROP FUNCTION hasnt_fk ( NAME, TEXT );
DROP FUNCTION hasnt_fk ( NAME, NAME, TEXT );
DROP FUNCTION has_fk ( NAME );
DROP FUNCTION has_fk ( NAME, TEXT );
DROP FUNCTION has_fk ( NAME, NAME, TEXT );
DROP FUNCTION col_isnt_pk ( NAME, NAME );
DROP FUNCTION col_isnt_pk ( NAME, NAME, TEXT );
DROP FUNCTION col_isnt_pk ( NAME, NAME, NAME, TEXT );
DROP FUNCTION col_isnt_pk ( NAME, NAME[] );
DROP FUNCTION col_isnt_pk ( NAME, NAME[], TEXT );
DROP FUNCTION col_isnt_pk ( NAME, NAME, NAME[], TEXT );
DROP FUNCTION col_is_pk ( NAME, NAME );
DROP FUNCTION col_is_pk ( NAME, NAME, TEXT );
DROP FUNCTION col_is_pk ( NAME, NAME, NAME, TEXT );
DROP FUNCTION col_is_pk ( NAME, NAME[] );
DROP FUNCTION col_is_pk ( NAME, NAME[], TEXT );
DROP FUNCTION col_is_pk ( NAME, NAME, NAME[], TEXT );
DROP FUNCTION _ckeys ( NAME, CHAR );
DROP FUNCTION _ckeys ( NAME, NAME, CHAR );
DROP FUNCTION _keys ( NAME, CHAR );
DROP FUNCTION _keys ( NAME, NAME, CHAR );
DROP VIEW pg_all_foreign_keys;
DROP FUNCTION _pg_sv_table_accessible( OID, OID );
DROP FUNCTION _pg_sv_column_array( OID, SMALLINT[] );
DROP FUNCTION _ident_array_to_string( name[], text );
DROP FUNCTION hasnt_pk ( NAME );
DROP FUNCTION hasnt_pk ( NAME, TEXT );
DROP FUNCTION hasnt_pk ( NAME, NAME, TEXT );
DROP FUNCTION has_pk ( NAME );
DROP FUNCTION has_pk ( NAME, TEXT );
DROP FUNCTION has_pk ( NAME, NAME, TEXT );
DROP FUNCTION _hasc ( NAME, CHAR );
DROP FUNCTION _hasc ( NAME, NAME, CHAR );
DROP FUNCTION col_default_is ( NAME, NAME, text );
DROP FUNCTION col_default_is ( NAME, NAME, anyelement );
DROP FUNCTION col_default_is ( NAME, NAME, TEXT, TEXT );
DROP FUNCTION col_default_is ( NAME, NAME, anyelement, TEXT );
DROP FUNCTION col_default_is ( NAME, NAME, NAME, TEXT, TEXT );
DROP FUNCTION col_default_is ( NAME, NAME, NAME, anyelement, TEXT );
DROP FUNCTION _cdi ( NAME, NAME, anyelement );
DROP FUNCTION _cdi ( NAME, NAME, anyelement, TEXT );
DROP FUNCTION _cdi ( NAME, NAME, NAME, anyelement, TEXT );
DROP FUNCTION _def_is( TEXT, TEXT, anyelement, TEXT );
DROP FUNCTION col_hasnt_default ( NAME, NAME );
DROP FUNCTION col_hasnt_default ( NAME, NAME, TEXT );
DROP FUNCTION col_hasnt_default ( NAME, NAME, NAME, TEXT );
DROP FUNCTION col_has_default ( NAME, NAME );
DROP FUNCTION col_has_default ( NAME, NAME, TEXT );
DROP FUNCTION col_has_default ( NAME, NAME, NAME, TEXT );
DROP FUNCTION _has_def ( NAME, NAME );
DROP FUNCTION _has_def ( NAME, NAME, NAME );
DROP FUNCTION col_type_is ( NAME, NAME, TEXT );
DROP FUNCTION col_type_is ( NAME, NAME, TEXT, TEXT );
DROP FUNCTION col_type_is ( NAME, NAME, NAME, TEXT );
DROP FUNCTION col_type_is ( NAME, NAME, NAME, TEXT, TEXT );
DROP FUNCTION col_type_is ( NAME, NAME, NAME, NAME, TEXT );
DROP FUNCTION col_type_is ( NAME, NAME, NAME, NAME, TEXT, TEXT );
DROP FUNCTION _quote_ident_like(TEXT, TEXT);
DROP FUNCTION _get_col_ns_type ( NAME, NAME, NAME );
DROP FUNCTION _get_col_type ( NAME, NAME );
DROP FUNCTION _get_col_type ( NAME, NAME, NAME );
DROP FUNCTION col_is_null (;
DROP FUNCTION col_is_null (;
DROP FUNCTION col_not_null (;
DROP FUNCTION col_not_null (;
DROP FUNCTION _col_is_null ( NAME, NAME, TEXT, bool );
DROP FUNCTION _col_is_null ( NAME, NAME, NAME, TEXT, bool );
DROP FUNCTION hasnt_column ( NAME, NAME );
DROP FUNCTION hasnt_column ( NAME, NAME, TEXT );
DROP FUNCTION hasnt_column ( NAME, NAME, NAME, TEXT );
DROP FUNCTION has_column ( NAME, NAME );
DROP FUNCTION has_column ( NAME, NAME, TEXT );
DROP FUNCTION has_column ( NAME, NAME, NAME, TEXT );
DROP FUNCTION _cexists ( NAME, NAME );
DROP FUNCTION _cexists ( NAME, NAME, NAME );
DROP FUNCTION hasnt_composite ( NAME );
DROP FUNCTION hasnt_composite ( NAME, TEXT );
DROP FUNCTION hasnt_composite ( NAME, NAME, TEXT );
DROP FUNCTION has_composite ( NAME );
DROP FUNCTION has_composite ( NAME, TEXT );
DROP FUNCTION has_composite ( NAME, NAME, TEXT );
DROP FUNCTION hasnt_foreign_table ( NAME );
DROP FUNCTION hasnt_foreign_table ( NAME, TEXT );
DROP FUNCTION hasnt_foreign_table ( NAME, NAME );
DROP FUNCTION hasnt_foreign_table ( NAME, NAME, TEXT );
DROP FUNCTION has_foreign_table ( NAME );
DROP FUNCTION has_foreign_table ( NAME, TEXT );
DROP FUNCTION has_foreign_table ( NAME, NAME );
DROP FUNCTION has_foreign_table ( NAME, NAME, TEXT );
DROP FUNCTION hasnt_sequence ( NAME );
DROP FUNCTION hasnt_sequence ( NAME, TEXT );
DROP FUNCTION hasnt_sequence ( NAME, NAME, TEXT );
DROP FUNCTION has_sequence ( NAME );
DROP FUNCTION has_sequence ( NAME, TEXT );
DROP FUNCTION has_sequence ( NAME, NAME );
DROP FUNCTION has_sequence ( NAME, NAME, TEXT );
DROP FUNCTION hasnt_view ( NAME );
DROP FUNCTION hasnt_view ( NAME, TEXT );
DROP FUNCTION hasnt_view ( NAME, NAME, TEXT );
DROP FUNCTION has_view ( NAME );
DROP FUNCTION has_view ( NAME, TEXT );
DROP FUNCTION has_view ( NAME, NAME, TEXT );
DROP FUNCTION hasnt_table ( NAME );
DROP FUNCTION hasnt_table ( NAME, TEXT );
DROP FUNCTION hasnt_table ( NAME, NAME );
DROP FUNCTION hasnt_table ( NAME, NAME, TEXT );
DROP FUNCTION has_table ( NAME );
DROP FUNCTION has_table ( NAME, TEXT );
DROP FUNCTION has_table ( NAME, NAME );
DROP FUNCTION has_table ( NAME, NAME, TEXT );
DROP FUNCTION _rexists ( CHAR, NAME );
DROP FUNCTION _rexists ( CHAR, NAME, NAME );
DROP FUNCTION _rexists ( CHAR[], NAME );
DROP FUNCTION _rexists ( CHAR[], NAME, NAME );
DROP FUNCTION hasnt_relation ( NAME );
DROP FUNCTION hasnt_relation ( NAME, TEXT );
DROP FUNCTION hasnt_relation ( NAME, NAME, TEXT );
DROP FUNCTION has_relation ( NAME );
DROP FUNCTION has_relation ( NAME, TEXT );
DROP FUNCTION has_relation ( NAME, NAME, TEXT );
DROP FUNCTION _relexists ( NAME );
DROP FUNCTION _relexists ( NAME, NAME );
DROP FUNCTION performs_within(TEXT, NUMERIC, NUMERIC);
DROP FUNCTION performs_within(TEXT, NUMERIC, NUMERIC, TEXT);
DROP FUNCTION performs_within(TEXT, NUMERIC, NUMERIC, INT);
DROP FUNCTION performs_within(TEXT, NUMERIC, NUMERIC, INT, TEXT);
DROP FUNCTION _time_trials(TEXT, INT, NUMERIC);
DROP TYPE _time_trial_type;
DROP FUNCTION performs_ok ( TEXT, NUMERIC );
DROP FUNCTION performs_ok ( TEXT, NUMERIC, TEXT );
DROP FUNCTION lives_ok ( TEXT );
DROP FUNCTION lives_ok ( TEXT, TEXT );
DROP FUNCTION _error_diag( TEXT, TEXT, TEXT, TEXT, TEXT, TEXT, TEXT, TEXT, TEXT, TEXT );
DROP FUNCTION throws_ok ( TEXT, int4 );
DROP FUNCTION throws_ok ( TEXT, int4, TEXT );
DROP FUNCTION throws_ok ( TEXT, int4, TEXT, TEXT );
DROP FUNCTION throws_ok ( TEXT );
DROP FUNCTION throws_ok ( TEXT, TEXT );
DROP FUNCTION throws_ok ( TEXT, TEXT, TEXT );
DROP FUNCTION throws_ok ( TEXT, CHAR(5), TEXT, TEXT );
DROP FUNCTION _query( TEXT );
DROP FUNCTION skip( int );
DROP FUNCTION skip( int, text );
DROP FUNCTION skip ( text );
DROP FUNCTION skip ( why text, how_many int );
DROP FUNCTION _todo();
DROP FUNCTION todo_end ();
DROP FUNCTION in_todo ();
DROP FUNCTION todo_start ();
DROP FUNCTION todo_start (text);
DROP FUNCTION todo ( how_many int );
DROP FUNCTION todo ( why text );
DROP FUNCTION todo ( how_many int, why text );
DROP FUNCTION todo ( why text, how_many int );
DROP FUNCTION fail ();
DROP FUNCTION fail ( text );
DROP FUNCTION pass ();
DROP FUNCTION pass ( text );
DROP FUNCTION cmp_ok (anyelement, text, anyelement);
DROP FUNCTION cmp_ok (anyelement, text, anyelement, text);
DROP FUNCTION unialike ( anyelement, text );
DROP FUNCTION unialike ( anyelement, text, text );
DROP FUNCTION unalike ( anyelement, text );
DROP FUNCTION unalike ( anyelement, text, text );
DROP FUNCTION doesnt_imatch ( anyelement, text );
DROP FUNCTION doesnt_imatch ( anyelement, text, text );
DROP FUNCTION doesnt_match ( anyelement, text );
DROP FUNCTION doesnt_match ( anyelement, text, text );
DROP FUNCTION _unalike ( BOOLEAN, ANYELEMENT, TEXT, TEXT );
DROP FUNCTION ialike ( anyelement, text );
DROP FUNCTION ialike ( anyelement, text, text );
DROP FUNCTION alike ( anyelement, text );
DROP FUNCTION alike ( anyelement, text, text );
DROP FUNCTION imatches ( anyelement, text );
DROP FUNCTION imatches ( anyelement, text, text );
DROP FUNCTION matches ( anyelement, text );
DROP FUNCTION matches ( anyelement, text, text );
DROP FUNCTION _alike ( BOOLEAN, ANYELEMENT, TEXT, TEXT );
DROP FUNCTION isnt (anyelement, anyelement);
DROP FUNCTION isnt (anyelement, anyelement, text);
DROP FUNCTION is (anyelement, anyelement);
DROP FUNCTION is (anyelement, anyelement, text);
DROP FUNCTION ok ( boolean );
DROP FUNCTION ok ( boolean, text );
DROP FUNCTION diag( VARIADIC anyarray );
DROP FUNCTION diag( VARIADIC text[] );
DROP FUNCTION diag ( msg anyelement );
DROP FUNCTION diag ( msg text );
DROP FUNCTION finish (exception_on_failure BOOLEAN DEFAULT NULL);
DROP FUNCTION _finish (INTEGER, INTEGER, INTEGER, BOOLEAN DEFAULT NULL);
DROP FUNCTION num_failed ();
DROP FUNCTION add_result ( bool, bool, text, text, text );
DROP FUNCTION _add ( text, integer );
DROP FUNCTION _add ( text, integer, text );
DROP FUNCTION _set ( integer, integer );
DROP FUNCTION _set ( text, integer );
DROP FUNCTION _set ( text, integer, text );
DROP FUNCTION _get_note ( integer );
DROP FUNCTION _get_note ( text );
DROP FUNCTION _get_latest ( text, integer );
DROP FUNCTION _get_latest ( text );
DROP FUNCTION _get ( text );
DROP FUNCTION no_plan();
DROP FUNCTION plan( integer );
DROP FUNCTION pgtap_version();
DROP FUNCTION os_name();
DROP FUNCTION pg_version_num();
DROP FUNCTION pg_version();
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