diff --git a/contrib/dblink/README b/contrib/dblink/README new file mode 100644 index 000000000..860048fe9 --- /dev/null +++ b/contrib/dblink/README @@ -0,0 +1 @@ +Before run check_dblink.sh, you need to make sure you have import all the environment variable diff --git a/contrib/dblink/check_dblink.sh b/contrib/dblink/check_dblink.sh new file mode 100644 index 000000000..dfd65377e --- /dev/null +++ b/contrib/dblink/check_dblink.sh @@ -0,0 +1,159 @@ +#!/bin/bash + + +function fn_print_help() +{ + echo "Usage: $0 [OPTION] + -?|--help show help information + -U|--user_name cluster user + -p|--port database server port + " +} + + +function fn_prase_input_param() +{ + while [ $# -gt 0 ]; do + case $1 in + -\?|--help ) + fn_print_help + exit 1 + ;; + -U|--user_name ) + fn_check_param user_name $2 + user_name=$2 + shift 2 + ;; + -p|--port ) + fn_check_param port $2 + host_port=$2 + shift 2 + ;; + * ) + echo "Please input right paramtenter, the following command may help you" + echo "sh check_dblink.sh --help or sh check_dblink.sh -?" + exit 1 + esac + done +} + + +function fn_check_param() +{ + if [ "$2"X = X ] + then + echo "no given $1, the following command may help you" + echo "sh check_dblink.sh --help or sh check_dblink.sh -?" + exit 1 + fi +} + + +function fn_check_input() +{ + if [ ! "$user_name" -o ! "$host_port" ] + then + echo "Usage: sh check_dblink.sh -U user_name -p port" + echo "The following command may help you" + echo "sh check_dblink.sh --help or sh check_dblink.sh -?" + return 1 + fi + if [ "`netstat -an | grep -w $host_port`" ] + then + echo "port $host_port occupied, please choose another." + return 1 + fi + return 0 +} + + +function database_install() +{ + echo "init openGauss database" + gs_initdb -D test_dblink/dn1 --nodename=single_node1 -w Test@123 > init.log 2>&1 + if [ $? -ne 0 ] + then + echo "init failed，see init.log for detail information" + delete + exit 1 + else + echo "init success, begin to start" + fi + echo "port = $host_port" >> test_dblink/dn1/postgresql.conf + gs_ctl start -D test_dblink/dn1 > start.log 2>&1 + if [ $? -ne 0 ] + then + echo "start failed，see start.log for detail information" + delete + exit 1 + else + echo "openGauss start success，the port is $host_port" + fi +} + + +function create_sql() +{ + cp sql/dblink.tmp sql/dblink.sql + sed -i "s/portIp/$host_port/g" sql/dblink.sql + sed -i "s/userName/$user_name/g" sql/dblink.sql + cp expected/dblink.tmp expected/dblink.out + sed -i "s/portIp/$host_port/g" expected/dblink.out + sed -i "s/userName/$user_name/g" expected/dblink.out +} + + +function run_check() +{ + gsql -d postgres -p "$host_port" -c "create database regression;" + if [ $? -ne 0 ] + then + echo "create database failed" + delete + exit 1 + fi + + create_sql + if [ $? -ne 0 ] + then + echo "generate sql file failed" + delete + exit 1 + fi + gsql -d regression -p $host_port -a < sql/dblink.sql > result/dblink.out 2>&1 + diff -u result/dblink.out expected/dblink.out > diff.log + if [[ `cat diff.log |wc -l` -eq 0 ]] + then + echo -e "\033[32m OK \033[0m" + else + echo -e "\033[31m FAILED \033[0m" + fi + pid=$(ps ux | grep "test_dblink" | grep -v "grep" | tr -s ' ' | cut -d ' ' -f 2) + kill -9 $pid + delete +} + + +function delete() +{ + rm -rf test_dblink + rm -rf sql/dblink.sql + rm -rf expected/dblink.out +} + + +function main() +{ + fn_prase_input_param $@ + fn_check_input + if [ $? -ne 0 ] + then + exit 1 + fi + database_install + run_check +} + + +main $@ + diff --git a/contrib/dblink/dblink.cpp b/contrib/dblink/dblink.cpp index 01586432b..6c26f67b0 100755 --- a/contrib/dblink/dblink.cpp +++ b/contrib/dblink/dblink.cpp @@ -35,7 +35,7 @@ #include -#include "libpq-fe.h" +#include "libpq/libpq-fe.h" #include "funcapi.h" #include "catalog/indexing.h" #include "catalog/namespace.h" @@ -112,8 +112,8 @@ static int applyRemoteGucs(PGconn* conn); static void restoreLocalGucs(int nestlevel); /* Global */ -static remoteConn* pconn = NULL; -static HTAB* remoteConnHash = NULL; +static THR_LOCAL remoteConn* pconn = NULL; +static THR_LOCAL HTAB* remoteConnHash = NULL; /* * Following is list that holds multiple remote connections. @@ -2521,7 +2521,7 @@ static int applyRemoteGucs(PGconn* conn) static const char* const GUCsAffectingIO[] = {"DateStyle", "IntervalStyle"}; int nestlevel = -1; - int i; + uint32 i; for (i = 0; i < lengthof(GUCsAffectingIO); i++) { const char* gucName = GUCsAffectingIO[i]; diff --git a/contrib/dblink/expected/dblink.out b/contrib/dblink/expected/dblink.tmp similarity index 88% rename from contrib/dblink/expected/dblink.out rename to contrib/dblink/expected/dblink.tmp index 8f07cb06c..c7aade974 100644 --- a/contrib/dblink/expected/dblink.out +++ b/contrib/dblink/expected/dblink.tmp @@ -1,16 +1,28 @@ CREATE EXTENSION dblink; +CREATE EXTENSION CREATE TABLE foo(f1 int, f2 text, f3 text[], primary key (f1,f2)); NOTICE: CREATE TABLE / PRIMARY KEY will create implicit index "foo_pkey" for table "foo" +CREATE TABLE INSERT INTO foo VALUES (0,'a','{"a0","b0","c0"}'); +INSERT 0 1 INSERT INTO foo VALUES (1,'b','{"a1","b1","c1"}'); +INSERT 0 1 INSERT INTO foo VALUES (2,'c','{"a2","b2","c2"}'); +INSERT 0 1 INSERT INTO foo VALUES (3,'d','{"a3","b3","c3"}'); +INSERT 0 1 INSERT INTO foo VALUES (4,'e','{"a4","b4","c4"}'); +INSERT 0 1 INSERT INTO foo VALUES (5,'f','{"a5","b5","c5"}'); +INSERT 0 1 INSERT INTO foo VALUES (6,'g','{"a6","b6","c6"}'); +INSERT 0 1 INSERT INTO foo VALUES (7,'h','{"a7","b7","c7"}'); +INSERT 0 1 INSERT INTO foo VALUES (8,'i','{"a8","b8","c8"}'); +INSERT 0 1 INSERT INTO foo VALUES (9,'j','{"a9","b9","c9"}'); +INSERT 0 1 -- misc utilities -- list the primary key fields SELECT * @@ -32,6 +44,7 @@ SELECT dblink_build_sql_insert('foo','1 2',2,'{"0", "a"}','{"99", "xyz"}'); -- too many pk fields, should fail SELECT dblink_build_sql_insert('foo','1 2 3 4',4,'{"0", "a", "{a0,b0,c0}"}','{"99", "xyz", "{za0,zb0,zc0}"}'); ERROR: invalid attribute number 4 +CONTEXT: referenced column: dblink_build_sql_insert -- build an update statement based on a local tuple, -- replacing the primary key values with new ones SELECT dblink_build_sql_update('foo','1 2',2,'{"0", "a"}','{"99", "xyz"}'); @@ -43,6 +56,7 @@ SELECT dblink_build_sql_update('foo','1 2',2,'{"0", "a"}','{"99", "xyz"}'); -- too many pk fields, should fail SELECT dblink_build_sql_update('foo','1 2 3 4',4,'{"0", "a", "{a0,b0,c0}"}','{"99", "xyz", "{za0,zb0,zc0}"}'); ERROR: invalid attribute number 4 +CONTEXT: referenced column: dblink_build_sql_update -- build a delete statement based on a local tuple, SELECT dblink_build_sql_delete('foo','1 2',2,'{"0", "a"}'); dblink_build_sql_delete @@ -53,11 +67,15 @@ SELECT dblink_build_sql_delete('foo','1 2',2,'{"0", "a"}'); -- too many pk fields, should fail SELECT dblink_build_sql_delete('foo','1 2 3 4',4,'{"0", "a", "{a0,b0,c0}"}'); ERROR: invalid attribute number 4 +CONTEXT: referenced column: dblink_build_sql_delete -- retest using a quoted and schema qualified table CREATE SCHEMA "MySchema"; +CREATE SCHEMA CREATE TABLE "MySchema"."Foo"(f1 int, f2 text, f3 text[], primary key (f1,f2)); NOTICE: CREATE TABLE / PRIMARY KEY will create implicit index "Foo_pkey" for table "Foo" +CREATE TABLE INSERT INTO "MySchema"."Foo" VALUES (0,'a','{"a0","b0","c0"}'); +INSERT 0 1 -- list the primary key fields SELECT * FROM dblink_get_pkey('"MySchema"."Foo"'); @@ -92,7 +110,7 @@ SELECT dblink_build_sql_delete('"MySchema"."Foo"','1 2',2,'{"0", "a"}'); -- regular old dblink SELECT * -FROM dblink('dbname=contrib_regression','SELECT * FROM foo') AS t(a int, b text, c text[]) +FROM dblink('host=127.0.0.1 port=portIp dbname=regression user=userName password=Test@123','SELECT * FROM foo') AS t(a int, b text, c text[]) WHERE t.a > 7; a | b | c ---+---+------------ @@ -106,7 +124,7 @@ FROM dblink('SELECT * FROM foo') AS t(a int, b text, c text[]) WHERE t.a > 7; ERROR: connection not available -- create a persistent connection -SELECT dblink_connect('dbname=contrib_regression'); +SELECT dblink_connect('host=127.0.0.1 port=portIp dbname=regression user=userName password=Test@123'); dblink_connect ---------------- OK @@ -124,8 +142,9 @@ WHERE t.a > 7; -- open a cursor with bad SQL and fail_on_error set to false SELECT dblink_open('rmt_foo_cursor','SELECT * FROM foobar',false); -NOTICE: relation "foobar" does not exist +NOTICE: relation "foobar" does not exist on single_node1 CONTEXT: Error occurred on dblink connection named "unnamed": could not open cursor. +referenced column: dblink_open dblink_open ------------- ERROR @@ -209,6 +228,7 @@ SELECT dblink_exec('ABORT'); SELECT dblink_close('rmt_foobar_cursor',false); NOTICE: cursor "rmt_foobar_cursor" does not exist CONTEXT: Error occurred on dblink connection named "unnamed": could not close cursor. +referenced column: dblink_close dblink_close -------------- ERROR @@ -242,14 +262,14 @@ WHERE t.a > 7; ERROR: connection not available -- put more data into our slave table, first using arbitrary connection syntax -- but truncate the actual return value so we can use diff to check for success -SELECT substr(dblink_exec('dbname=contrib_regression','INSERT INTO foo VALUES(10,''k'',''{"a10","b10","c10"}'')'),1,6); +SELECT substr(dblink_exec('host=127.0.0.1 port=portIp dbname=regression user=userName password=Test@123','INSERT INTO foo VALUES(10,''k'',''{"a10","b10","c10"}'')'),1,6); substr -------- INSERT (1 row) -- create a persistent connection -SELECT dblink_connect('dbname=contrib_regression'); +SELECT dblink_connect('host=127.0.0.1 port=portIp dbname=regression user=userName password=Test@123'); dblink_connect ---------------- OK @@ -285,7 +305,7 @@ FROM dblink('SELECT * FROM foo') AS t(a int, b text, c text[]); -- bad remote select SELECT * FROM dblink('SELECT * FROM foobar',false) AS t(a int, b text, c text[]); -NOTICE: relation "foobar" does not exist +NOTICE: relation "foobar" does not exist on single_node1 CONTEXT: Error occurred on dblink connection named "unnamed": could not execute query. a | b | c ---+---+--- @@ -309,8 +329,9 @@ WHERE a = 11; -- botch a change to some other data SELECT dblink_exec('UPDATE foobar SET f3[2] = ''b99'' WHERE f1 = 11',false); -NOTICE: relation "foobar" does not exist +NOTICE: relation "foobar" does not exist on single_node1 CONTEXT: Error occurred on dblink connection named "unnamed": could not execute command. +referenced column: dblink_exec dblink_exec ------------- ERROR @@ -349,7 +370,7 @@ ERROR: could not establish connection DETAIL: missing "=" after "myconn" in connection info string -- create a named persistent connection -SELECT dblink_connect('myconn','dbname=contrib_regression'); +SELECT dblink_connect('myconn','host=127.0.0.1 port=portIp dbname=regression user=userName password=Test@123'); dblink_connect ---------------- OK @@ -370,7 +391,7 @@ WHERE t.a > 7; SELECT * FROM dblink('myconn','SELECT * FROM foobar',false) AS t(a int, b text, c text[]) WHERE t.a > 7; -NOTICE: relation "foobar" does not exist +NOTICE: relation "foobar" does not exist on single_node1 CONTEXT: Error occurred on dblink connection named "myconn": could not execute query. a | b | c ---+---+--- @@ -378,10 +399,11 @@ CONTEXT: Error occurred on dblink connection named "myconn": could not execute -- create a second named persistent connection -- should error with "duplicate connection name" -SELECT dblink_connect('myconn','dbname=contrib_regression'); +SELECT dblink_connect('myconn','host=127.0.0.1 port=portIp dbname=regression user=userName password=Test@123'); ERROR: duplicate connection name +CONTEXT: referenced column: dblink_connect -- create a second named persistent connection with a new name -SELECT dblink_connect('myconn2','dbname=contrib_regression'); +SELECT dblink_connect('myconn2','host=127.0.0.1 port=portIp dbname=regression user=userName password=Test@123'); dblink_connect ---------------- OK @@ -407,8 +429,9 @@ SELECT dblink_disconnect('myconn2'); -- open a cursor incorrectly SELECT dblink_open('myconn','rmt_foo_cursor','SELECT * FROM foobar',false); -NOTICE: relation "foobar" does not exist +NOTICE: relation "foobar" does not exist on single_node1 CONTEXT: Error occurred on dblink connection named "myconn": could not open cursor. +referenced column: dblink_open dblink_open ------------- ERROR @@ -495,6 +518,7 @@ SELECT dblink_close('myconn','rmt_foo_cursor'); SELECT dblink_exec('myconn','DECLARE xact_test CURSOR FOR SELECT * FROM foo'); ERROR: DECLARE CURSOR can only be used in transaction blocks CONTEXT: Error occurred on dblink connection named "myconn": could not execute command. +referenced column: dblink_exec -- reset remote transaction state SELECT dblink_exec('myconn','ABORT'); dblink_exec @@ -576,7 +600,7 @@ ERROR: could not establish connection DETAIL: missing "=" after "myconn" in connection info string -- create a named persistent connection -SELECT dblink_connect('myconn','dbname=contrib_regression'); +SELECT dblink_connect('myconn','host=127.0.0.1 port=portIp dbname=regression user=userName password=Test@123'); dblink_connect ---------------- OK @@ -651,8 +675,9 @@ SELECT dblink_disconnect('myconn'); -- should get 'connection "myconn" not available' error SELECT dblink_disconnect('myconn'); ERROR: connection "myconn" not available +CONTEXT: referenced column: dblink_disconnect -- test asynchronous queries -SELECT dblink_connect('dtest1', 'dbname=contrib_regression'); +SELECT dblink_connect('dtest1', 'host=127.0.0.1 port=portIp dbname=regression user=userName password=Test@123'); dblink_connect ---------------- OK @@ -665,7 +690,7 @@ SELECT * from 1 (1 row) -SELECT dblink_connect('dtest2', 'dbname=contrib_regression'); +SELECT dblink_connect('dtest2', 'host=127.0.0.1 port=portIp dbname=regression user=userName password=Test@123'); dblink_connect ---------------- OK @@ -678,7 +703,7 @@ SELECT * from 1 (1 row) -SELECT dblink_connect('dtest3', 'dbname=contrib_regression'); +SELECT dblink_connect('dtest3', 'host=127.0.0.1 port=portIp dbname=regression user=userName password=Test@123'); dblink_connect ---------------- OK @@ -698,12 +723,14 @@ UNION UNION (SELECT * from dblink_get_result('dtest3') as t3(f1 int, f2 text, f3 text[])) ORDER by f1; +INSERT 0 11 -- dblink_get_connections returns an array with elements in a machine-dependent -- ordering, so we must resort to unnesting and sorting for a stable result create function unnest(anyarray) returns setof anyelement language sql strict immutable as $$ select $1[i] from generate_series(array_lower($1,1), array_upper($1,1)) as i $$; +CREATE FUNCTION SELECT * FROM unnest(dblink_get_connections()) ORDER BY 1; unnest -------- @@ -752,7 +779,7 @@ SELECT * from result; 10 | k | {a10,b10,c10} (11 rows) -SELECT dblink_connect('dtest1', 'dbname=contrib_regression'); +SELECT dblink_connect('dtest1', 'host=127.0.0.1 port=portIp dbname=regression user=userName password=Test@123'); dblink_connect ---------------- OK @@ -783,51 +810,8 @@ SELECT dblink_disconnect('dtest1'); OK (1 row) --- test foreign data wrapper functionality -CREATE USER dblink_regression_test; -CREATE FOREIGN DATA WRAPPER postgresql; -CREATE SERVER fdtest FOREIGN DATA WRAPPER postgresql OPTIONS (dbname 'contrib_regression'); -CREATE USER MAPPING FOR public SERVER fdtest; -GRANT USAGE ON FOREIGN SERVER fdtest TO dblink_regression_test; -GRANT EXECUTE ON FUNCTION dblink_connect_u(text, text) TO dblink_regression_test; -\set ORIGINAL_USER :USER -\c - dblink_regression_test --- should fail -SELECT dblink_connect('myconn', 'fdtest'); -ERROR: password is required -DETAIL: Non-superusers must provide a password in the connection string. --- should succeed -SELECT dblink_connect_u('myconn', 'fdtest'); - dblink_connect_u ------------------- - OK -(1 row) - -SELECT * FROM dblink('myconn','SELECT * FROM foo') AS t(a int, b text, c text[]); - a | b | c -----+---+--------------- - 0 | a | {a0,b0,c0} - 1 | b | {a1,b1,c1} - 2 | c | {a2,b2,c2} - 3 | d | {a3,b3,c3} - 4 | e | {a4,b4,c4} - 5 | f | {a5,b5,c5} - 6 | g | {a6,b6,c6} - 7 | h | {a7,b7,c7} - 8 | i | {a8,b8,c8} - 9 | j | {a9,b9,c9} - 10 | k | {a10,b10,c10} -(11 rows) - -\c - :ORIGINAL_USER -REVOKE USAGE ON FOREIGN SERVER fdtest FROM dblink_regression_test; -REVOKE EXECUTE ON FUNCTION dblink_connect_u(text, text) FROM dblink_regression_test; -DROP USER dblink_regression_test; -DROP USER MAPPING FOR public SERVER fdtest; -DROP SERVER fdtest; -DROP FOREIGN DATA WRAPPER postgresql; -- test asynchronous notifications -SELECT dblink_connect('dbname=contrib_regression'); +SELECT dblink_connect('host=127.0.0.1 port=portIp dbname=regression user=userName password=Test@123'); dblink_connect ---------------- OK @@ -835,36 +819,26 @@ SELECT dblink_connect('dbname=contrib_regression'); --should return listen SELECT dblink_exec('LISTEN regression'); - dblink_exec -------------- - LISTEN -(1 row) - +ERROR: LISTEN statement is not yet supported. +CONTEXT: Error occurred on dblink connection named "unnamed": could not execute command. +referenced column: dblink_exec --should return listen SELECT dblink_exec('LISTEN foobar'); - dblink_exec -------------- - LISTEN -(1 row) - +ERROR: LISTEN statement is not yet supported. +CONTEXT: Error occurred on dblink connection named "unnamed": could not execute command. +referenced column: dblink_exec SELECT dblink_exec('NOTIFY regression'); - dblink_exec -------------- - NOTIFY -(1 row) - +ERROR: NOFITY statement is not yet supported. +CONTEXT: Error occurred on dblink connection named "unnamed": could not execute command. +referenced column: dblink_exec SELECT dblink_exec('NOTIFY foobar'); - dblink_exec -------------- - NOTIFY -(1 row) - +ERROR: NOFITY statement is not yet supported. +CONTEXT: Error occurred on dblink connection named "unnamed": could not execute command. +referenced column: dblink_exec SELECT notify_name, be_pid = (select t.be_pid from dblink('select pg_backend_pid()') as t(be_pid int)) AS is_self_notify, extra from dblink_get_notify(); notify_name | is_self_notify | extra -------------+----------------+------- - regression | t | - foobar | t | -(2 rows) +(0 rows) SELECT * from dblink_get_notify(); notify_name | be_pid | extra @@ -878,7 +852,7 @@ SELECT dblink_disconnect(); (1 row) -- test dropped columns in dblink_build_sql_insert, dblink_build_sql_update -CREATE TEMP TABLE test_dropped +CREATE TABLE test_dropped ( col1 INT NOT NULL DEFAULT 111, id SERIAL PRIMARY KEY, @@ -887,12 +861,15 @@ CREATE TEMP TABLE test_dropped ); NOTICE: CREATE TABLE will create implicit sequence "test_dropped_id_seq" for serial column "test_dropped.id" NOTICE: CREATE TABLE / PRIMARY KEY will create implicit index "test_dropped_pkey" for table "test_dropped" +CREATE TABLE INSERT INTO test_dropped VALUES(default); +INSERT 0 1 ALTER TABLE test_dropped DROP COLUMN col1, DROP COLUMN col2, ADD COLUMN col3 VARCHAR(10) NOT NULL DEFAULT 'foo', ADD COLUMN col4 INT NOT NULL DEFAULT 42; +ALTER TABLE SELECT dblink_build_sql_insert('test_dropped', '1', 1, ARRAY['1'::TEXT], ARRAY['2'::TEXT]); dblink_build_sql_insert @@ -916,9 +893,12 @@ SELECT dblink_build_sql_delete('test_dropped', '1', 1, -- test local mimicry of remote GUC values that affect datatype I/O SET datestyle = ISO, MDY; +SET SET intervalstyle = postgres; +SET SET timezone = UTC; -SELECT dblink_connect('myconn','dbname=contrib_regression'); +SET +SELECT dblink_connect('myconn','host=127.0.0.1 port=portIp dbname=regression user=userName password=Test@123'); dblink_connect ---------------- OK @@ -963,10 +943,13 @@ FROM dblink_send_query('myconn', 1 (1 row) +DROP TABLE result; +DROP TABLE CREATE TEMPORARY TABLE result AS (SELECT * from dblink_get_result('myconn') as t(t timestamptz)) UNION ALL (SELECT * from dblink_get_result('myconn') as t(t timestamptz)); +INSERT 0 1 SELECT * FROM result; t ------------------------ @@ -974,6 +957,7 @@ SELECT * FROM result; (1 row) DROP TABLE result; +DROP TABLE -- multi-row asynchronous case SELECT * FROM dblink_send_query('myconn', @@ -991,6 +975,7 @@ UNION ALL (SELECT * from dblink_get_result('myconn') as t(t timestamptz)) UNION ALL (SELECT * from dblink_get_result('myconn') as t(t timestamptz)); +INSERT 0 2 SELECT * FROM result; t ------------------------ @@ -999,6 +984,7 @@ SELECT * FROM result; (2 rows) DROP TABLE result; +DROP TABLE -- Try an ambiguous interval SELECT dblink_exec('myconn', 'SET intervalstyle = sql_standard;'); dblink_exec @@ -1018,6 +1004,7 @@ FROM dblink('myconn', -- Try swapping to another format to ensure the GUCs are tracked -- properly through a change. CREATE TEMPORARY TABLE result (t timestamptz); +CREATE TABLE SELECT dblink_exec('myconn', 'SET datestyle = ISO, MDY;'); dblink_exec ------------- @@ -1029,6 +1016,7 @@ INSERT INTO result FROM dblink('myconn', 'SELECT * FROM (VALUES (''03.12.2013 00:00:00+00'')) t') AS t(a timestamptz); +INSERT 0 1 SELECT dblink_exec('myconn', 'SET datestyle = GERMAN, DMY;'); dblink_exec ------------- @@ -1040,6 +1028,7 @@ INSERT INTO result FROM dblink('myconn', 'SELECT * FROM (VALUES (''12.03.2013 00:00:00+00'')) t') AS t(a timestamptz); +INSERT 0 1 SELECT * FROM result; t ------------------------ @@ -1048,6 +1037,7 @@ SELECT * FROM result; (2 rows) DROP TABLE result; +DROP TABLE -- Check error throwing in dblink_fetch SELECT dblink_open('myconn','error_cursor', 'SELECT * FROM (VALUES (''1''), (''not an int'')) AS t(text);'); @@ -1088,5 +1078,8 @@ SELECT dblink_disconnect('myconn'); (1 row) RESET datestyle; +RESET RESET intervalstyle; +RESET RESET timezone; +RESET diff --git a/contrib/dblink/result/dblink.out b/contrib/dblink/result/dblink.out new file mode 100644 index 000000000..e69de29bb diff --git a/contrib/dblink/sql/dblink.sql b/contrib/dblink/sql/dblink.tmp similarity index 88% rename from contrib/dblink/sql/dblink.sql rename to contrib/dblink/sql/dblink.tmp index 245f50e97..89935bd34 100644 --- a/contrib/dblink/sql/dblink.sql +++ b/contrib/dblink/sql/dblink.tmp @@ -57,7 +57,7 @@ SELECT dblink_build_sql_delete('"MySchema"."Foo"','1 2',2,'{"0", "a"}'); -- regular old dblink SELECT * -FROM dblink('dbname=contrib_regression','SELECT * FROM foo') AS t(a int, b text, c text[]) +FROM dblink('host=127.0.0.1 port=portIp dbname=regression user=userName password=Test@123','SELECT * FROM foo') AS t(a int, b text, c text[]) WHERE t.a > 7; -- should generate "connection not available" error @@ -66,7 +66,7 @@ FROM dblink('SELECT * FROM foo') AS t(a int, b text, c text[]) WHERE t.a > 7; -- create a persistent connection -SELECT dblink_connect('dbname=contrib_regression'); +SELECT dblink_connect('host=127.0.0.1 port=portIp dbname=regression user=userName password=Test@123'); -- use the persistent connection SELECT * @@ -127,10 +127,10 @@ WHERE t.a > 7; -- put more data into our slave table, first using arbitrary connection syntax -- but truncate the actual return value so we can use diff to check for success -SELECT substr(dblink_exec('dbname=contrib_regression','INSERT INTO foo VALUES(10,''k'',''{"a10","b10","c10"}'')'),1,6); +SELECT substr(dblink_exec('host=127.0.0.1 port=portIp dbname=regression user=userName password=Test@123','INSERT INTO foo VALUES(10,''k'',''{"a10","b10","c10"}'')'),1,6); -- create a persistent connection -SELECT dblink_connect('dbname=contrib_regression'); +SELECT dblink_connect('host=127.0.0.1 port=portIp dbname=regression user=userName password=Test@123'); -- put more data into our slave table, using persistent connection syntax -- but truncate the actual return value so we can use diff to check for success @@ -176,7 +176,7 @@ FROM dblink('myconn','SELECT * FROM foo') AS t(a int, b text, c text[]) WHERE t.a > 7; -- create a named persistent connection -SELECT dblink_connect('myconn','dbname=contrib_regression'); +SELECT dblink_connect('myconn','host=127.0.0.1 port=portIp dbname=regression user=userName password=Test@123'); -- use the named persistent connection SELECT * @@ -190,10 +190,10 @@ WHERE t.a > 7; -- create a second named persistent connection -- should error with "duplicate connection name" -SELECT dblink_connect('myconn','dbname=contrib_regression'); +SELECT dblink_connect('myconn','host=127.0.0.1 port=portIp dbname=regression user=userName password=Test@123'); -- create a second named persistent connection with a new name -SELECT dblink_connect('myconn2','dbname=contrib_regression'); +SELECT dblink_connect('myconn2','host=127.0.0.1 port=portIp dbname=regression user=userName password=Test@123'); -- use the second named persistent connection SELECT * @@ -279,7 +279,7 @@ FROM dblink('myconn','SELECT * FROM foo') AS t(a int, b text, c text[]) WHERE t.a > 7; -- create a named persistent connection -SELECT dblink_connect('myconn','dbname=contrib_regression'); +SELECT dblink_connect('myconn','host=127.0.0.1 port=portIp dbname=regression user=userName password=Test@123'); -- put more data into our slave table, using named persistent connection syntax -- but truncate the actual return value so we can use diff to check for success @@ -313,15 +313,15 @@ SELECT dblink_disconnect('myconn'); SELECT dblink_disconnect('myconn'); -- test asynchronous queries -SELECT dblink_connect('dtest1', 'dbname=contrib_regression'); +SELECT dblink_connect('dtest1', 'host=127.0.0.1 port=portIp dbname=regression user=userName password=Test@123'); SELECT * from dblink_send_query('dtest1', 'select * from foo where f1 < 3') as t1; -SELECT dblink_connect('dtest2', 'dbname=contrib_regression'); +SELECT dblink_connect('dtest2', 'host=127.0.0.1 port=portIp dbname=regression user=userName password=Test@123'); SELECT * from dblink_send_query('dtest2', 'select * from foo where f1 > 2 and f1 < 7') as t1; -SELECT dblink_connect('dtest3', 'dbname=contrib_regression'); +SELECT dblink_connect('dtest3', 'host=127.0.0.1 port=portIp dbname=regression user=userName password=Test@123'); SELECT * from dblink_send_query('dtest3', 'select * from foo where f1 > 6') as t1; @@ -350,7 +350,7 @@ SELECT dblink_disconnect('dtest3'); SELECT * from result; -SELECT dblink_connect('dtest1', 'dbname=contrib_regression'); +SELECT dblink_connect('dtest1', 'host=127.0.0.1 port=portIp dbname=regression user=userName password=Test@123'); SELECT * from dblink_send_query('dtest1', 'select * from foo where f1 < 3') as t1; @@ -358,33 +358,8 @@ SELECT dblink_cancel_query('dtest1'); SELECT dblink_error_message('dtest1'); SELECT dblink_disconnect('dtest1'); --- test foreign data wrapper functionality -CREATE USER dblink_regression_test; - -CREATE FOREIGN DATA WRAPPER postgresql; -CREATE SERVER fdtest FOREIGN DATA WRAPPER postgresql OPTIONS (dbname 'contrib_regression'); -CREATE USER MAPPING FOR public SERVER fdtest; -GRANT USAGE ON FOREIGN SERVER fdtest TO dblink_regression_test; -GRANT EXECUTE ON FUNCTION dblink_connect_u(text, text) TO dblink_regression_test; - -\set ORIGINAL_USER :USER -\c - dblink_regression_test --- should fail -SELECT dblink_connect('myconn', 'fdtest'); --- should succeed -SELECT dblink_connect_u('myconn', 'fdtest'); -SELECT * FROM dblink('myconn','SELECT * FROM foo') AS t(a int, b text, c text[]); - -\c - :ORIGINAL_USER -REVOKE USAGE ON FOREIGN SERVER fdtest FROM dblink_regression_test; -REVOKE EXECUTE ON FUNCTION dblink_connect_u(text, text) FROM dblink_regression_test; -DROP USER dblink_regression_test; -DROP USER MAPPING FOR public SERVER fdtest; -DROP SERVER fdtest; -DROP FOREIGN DATA WRAPPER postgresql; - -- test asynchronous notifications -SELECT dblink_connect('dbname=contrib_regression'); +SELECT dblink_connect('host=127.0.0.1 port=portIp dbname=regression user=userName password=Test@123'); --should return listen SELECT dblink_exec('LISTEN regression'); @@ -401,7 +376,7 @@ SELECT * from dblink_get_notify(); SELECT dblink_disconnect(); -- test dropped columns in dblink_build_sql_insert, dblink_build_sql_update -CREATE TEMP TABLE test_dropped +CREATE TABLE test_dropped ( col1 INT NOT NULL DEFAULT 111, id SERIAL PRIMARY KEY, @@ -430,7 +405,7 @@ SELECT dblink_build_sql_delete('test_dropped', '1', 1, SET datestyle = ISO, MDY; SET intervalstyle = postgres; SET timezone = UTC; -SELECT dblink_connect('myconn','dbname=contrib_regression'); +SELECT dblink_connect('myconn','host=127.0.0.1 port=portIp dbname=regression user=userName password=Test@123'); SELECT dblink_exec('myconn', 'SET datestyle = GERMAN, DMY;'); -- single row synchronous case @@ -452,6 +427,7 @@ SELECT * FROM dblink_send_query('myconn', 'SELECT * FROM (VALUES (''12.03.2013 00:00:00+00'')) t'); +DROP TABLE result; CREATE TEMPORARY TABLE result AS (SELECT * from dblink_get_result('myconn') as t(t timestamptz)) UNION ALL diff --git a/src/bin/psql/input.cpp b/src/bin/psql/input.cpp index 331ceca06..66625cb76 100644 --- a/src/bin/psql/input.cpp +++ b/src/bin/psql/input.cpp @@ -240,7 +240,7 @@ bool SensitiveStrCheck(const char* target) if (strstr(target_copy, "PASSWORD") != NULL || strstr(target_copy, "IDENTIFIED") != NULL || strstr(target_copy, "GS_ENCRYPT_AES128") != NULL || strstr(target_copy, "GS_DECRYPT_AES128") != NULL || - strstr(target_copy, "GS_ENCRYPT_SM4") != NULL || strstr(target_copy, "GS_DECRYPT_SM4") != NULL) { + strstr(target_copy, "GS_ENCRYPT_FUNCTION") != NULL || strstr(target_copy, "GS_DECRYPT_FUNCTION") != NULL) { free(target_copy); return TRUE; } else { diff --git a/src/common/backend/catalog/builtin_funcs.ini b/src/common/backend/catalog/builtin_funcs.ini index 4d6e79a92..d163eefe1 100755 --- a/src/common/backend/catalog/builtin_funcs.ini +++ b/src/common/backend/catalog/builtin_funcs.ini @@ -3180,17 +3180,17 @@ AddBuiltinFunc(_0(3465), _1("gs_decrypt_aes128"), _2(2), _3(false), _4(false), _5(gs_decrypt_aes128), _6(25), _7(PG_CATALOG_NAMESPACE), _8(BOOTSTRAP_SUPERUSERID), _9(INTERNALlanguageId), _10(1), _11(0), _12(0), _13(0), _14(false), _15(false), _16(false), _17(false), _18('i'), _19(0), _20(2, 25, 25), _21(NULL), _22(NULL), _23(NULL), _24(NULL), _25("gs_decrypt_aes128"), _26(NULL), _27(NULL), _28(NULL), _29(0), _30(false), _31(NULL), _32(false), _33(NULL), _34('f')) ), AddFuncGroup( - "gs_decrypt_sm4", 1, - AddBuiltinFunc(_0(6322), _1("gs_decrypt_sm4"), _2(2), _3(false), _4(false), _5(gs_decrypt_sm4), _6(25), _7(PG_CATALOG_NAMESPACE), _8(BOOTSTRAP_SUPERUSERID), _9(INTERNALlanguageId), _10(1), _11(0), _12(0), _13(0), _14(false), _15(false), _16(false), _17(false), _18('i'), _19(0), _20(2, 25, 25), _21(NULL), _22(NULL), _23(NULL), _24(NULL), _25("gs_decrypt_sm4"), _26(NULL), _27(NULL), _28(NULL), _29(0), _30(false), _31(NULL), _32(false), _33("f")) - ), + "gs_decrypt_function", 1, + AddBuiltinFunc(_0(6322), _1("gs_decrypt_function"), _2(3), _3(false), _4(false), _5(gs_decrypt_function), _6(25), _7(PG_CATALOG_NAMESPACE), _8(BOOTSTRAP_SUPERUSERID), _9(INTERNALlanguageId), _10(1), _11(0), _12(0), _13(0), _14(false), _15(false), _16(false), _17(false), _18('i'), _19(0), _20(3, 25, 25, 25), _21(NULL), _22(NULL), _23(NULL), _24(NULL), _25("gs_decrypt_function"), _26(NULL), _27(NULL), _28(NULL), _29(0), _30(false), _31(NULL), _32(false), _33(NULL), _34('f')) + ), AddFuncGroup( "gs_encrypt_aes128", 1, AddBuiltinFunc(_0(GSENCRYPTAES128FUNCOID), _1("gs_encrypt_aes128"), _2(2), _3(false), _4(false), _5(gs_encrypt_aes128), _6(25), _7(PG_CATALOG_NAMESPACE), _8(BOOTSTRAP_SUPERUSERID), _9(INTERNALlanguageId), _10(1), _11(0), _12(0), _13(0), _14(false), _15(false), _16(false), _17(false), _18('v'), _19(0), _20(2, 25, 25), _21(NULL), _22(NULL), _23(NULL), _24(NULL), _25("gs_encrypt_aes128"), _26(NULL), _27(NULL), _28(NULL), _29(0), _30(false), _31(NULL), _32(false), _33(NULL), _34('f')) ), AddFuncGroup( - "gs_encrypt_sm4", 1, - AddBuiltinFunc(_0(6323), _1("gs_encrypt_sm4"), _2(2), _3(false), _4(false), _5(gs_encrypt_sm4), _6(25), _7(PG_CATALOG_NAMESPACE), _8(BOOTSTRAP_SUPERUSERID), _9(INTERNALlanguageId), _10(1), _11(0), _12(0), _13(0), _14(false), _15(false), _16(false), _17(false), _18('i'), _19(0), _20(2, 25, 25), _21(NULL), _22(NULL), _23(NULL), _24(NULL), _25("gs_encrypt_sm4"), _26(NULL), _27(NULL), _28(NULL), _29(0), _30(false), _31(NULL), _32(false), _33("f")) - ), + "gs_encrypt_function", 1, + AddBuiltinFunc(_0(6323), _1("gs_encrypt_function"), _2(3), _3(false), _4(false), _5(gs_encrypt_function), _6(25), _7(PG_CATALOG_NAMESPACE), _8(BOOTSTRAP_SUPERUSERID), _9(INTERNALlanguageId), _10(1), _11(0), _12(0), _13(0), _14(false), _15(false), _16(false), _17(false), _18('v'), _19(0), _20(3, 25, 25, 25), _21(NULL), _22(NULL), _23(NULL), _24(NULL), _25("gs_encrypt_function"), _26(NULL), _27(NULL), _28(NULL), _29(0), _30(false), _31(NULL), _32(false), _33(NULL), _34('f')) + ), AddFuncGroup( "gs_extend_library", 1, AddBuiltinFunc(_0(4210), _1("gs_extend_library"), _2(2), _3(false), _4(false), _5(gs_extend_library), _6(2275), _7(PG_CATALOG_NAMESPACE), _8(BOOTSTRAP_SUPERUSERID), _9(INTERNALlanguageId), _10(1), _11(0), _12(0), _13(0), _14(false), _15(false), _16(false), _17(false), _18('v'), _19(0), _20(2, 2275, 2275), _21(NULL), _22(NULL), _23(NULL), _24(NULL), _25("gs_extend_library"), _26(NULL), _27(NULL), _28(NULL), _29(0), _30(false), _31(NULL), _32(false), _33(NULL), _34('f')) diff --git a/src/common/backend/nodes/print.cpp b/src/common/backend/nodes/print.cpp index af06fa6cd..c8542a458 100644 --- a/src/common/backend/nodes/print.cpp +++ b/src/common/backend/nodes/print.cpp @@ -259,10 +259,18 @@ void format_debug_print_plan(char *force_line, int index, int length) if (encrypt != NULL) { mask_position(force_line, index, length, "gs_encrypt_aes128\\"); } + encrypt = strstr(format_str, "gs_encrypt_function"); + if (encrypt != NULL) { + mask_position(force_line, index, length, "gs_encrypt_function\\"); + } decrypt = strstr(format_str, "gs_decrypt_aes128"); if (decrypt != NULL) { mask_position(force_line, index, length, "gs_decrypt_aes128\\"); } + decrypt = strstr(format_str, "gs_decrypt_function"); + if (decrypt != NULL) { + mask_position(force_line, index, length, "gs_decrypt_function\\"); + } pfree_ext(format_str); } } diff --git a/src/common/backend/utils/error/elog.cpp b/src/common/backend/utils/error/elog.cpp index bdff1e3cd..43d0cd47e 100644 --- a/src/common/backend/utils/error/elog.cpp +++ b/src/common/backend/utils/error/elog.cpp @@ -3963,6 +3963,12 @@ static bool is_execute_cmd(const char* query_string) pfree_ext(format_str); return true; } + encrypt = strstr(format_str, "gs_encrypt_function"); + decrypt = strstr(format_str, "gs_decrypt_function"); + if ((encrypt != NULL) || (decrypt != NULL)) { + pfree_ext(format_str); + return true; + } } pfree_ext(format_str); return false; @@ -4034,7 +4040,7 @@ static char* mask_Password_internal(const char* query_string) int truncateLen = 0; /* accumulate total length for each truncate */ /* the functions need to mask all contents */ - const char* funCrypt[] = {"gs_encrypt_aes128", "gs_decrypt_aes128"}; + const char* funCrypt[] = {"gs_encrypt_aes128", "gs_decrypt_aes128","gs_encrypt_function", "gs_decrypt_function"}; int funCryptNum = sizeof(funCrypt) / sizeof(funCrypt[0]); bool isCryptFunc = false; int length_crypt = 0; diff --git a/src/gausskernel/cbb/utils/aes/cipherfn.cpp b/src/gausskernel/cbb/utils/aes/cipherfn.cpp index b42b54a4a..eac0c6986 100644 --- a/src/gausskernel/cbb/utils/aes/cipherfn.cpp +++ b/src/gausskernel/cbb/utils/aes/cipherfn.cpp @@ -77,6 +77,9 @@ char* g_vector = NULL; #define EC_ENCRYPT_PREFIX "encryptOpt" +#define ENCRYPT_TYPE_SM4 "sm4" +#define ENCRYPT_TYPE_AES128 "aes128" + // free the malloc memory #define GS_FREE(ptr) \ if (NULL != (ptr)) { \ @@ -155,7 +158,7 @@ bool gs_decrypt_aes(GS_UCHAR* ciphertext, GS_UINT32 cipherlen, GS_UCHAR* key, GS * Revision :Using random initial vector and one fixed salt in one thread * in order to avoid generating deriveKey everytime. */ -Datum gs_encrypt_aes128(PG_FUNCTION_ARGS) +bool gs_encrypt_aes128_function(FunctionCallInfo fcinfo, text** outtext) { char* key = NULL; GS_UINT32 keylen = 0; @@ -166,21 +169,9 @@ Datum gs_encrypt_aes128(PG_FUNCTION_ARGS) GS_UINT32 retval = 0; char* encodetext = NULL; GS_UINT32 encodetextlen = 0; - GS_UINT32 ciphertextlen_max = 0; - text* outtext = NULL; + GS_UINT32 ciphertextlen_max = 0; errno_t errorno = EOK; - /* check input paramaters */ - if (PG_ARGISNULL(0)) { - fcinfo->isnull = true; - outtext = NULL; - PG_RETURN_TEXT_P(outtext); - } - if (PG_ARGISNULL(1)) { - ereport(ERROR, - (errcode(ERRCODE_EXTERNAL_ROUTINE_INVOCATION_EXCEPTION), errmsg("The encryption key can not be empty!"))); - } - plaintext = text_to_cstring(PG_GETARG_TEXT_P(0)); plaintextlen = strlen(plaintext); key = text_to_cstring(PG_GETARG_TEXT_P(1)); @@ -236,13 +227,13 @@ Datum gs_encrypt_aes128(PG_FUNCTION_ARGS) } encodetextlen = strlen(encodetext); - outtext = cstring_to_text(encodetext); + *outtext = cstring_to_text(encodetext); errorno = memset_s(encodetext, encodetextlen, '\0', encodetextlen); securec_check(errorno, "\0", "\0"); OPENSSL_free(encodetext); encodetext = NULL; - PG_RETURN_TEXT_P(outtext); + return true; } /* @@ -254,7 +245,7 @@ Datum gs_encrypt_aes128(PG_FUNCTION_ARGS) * Revision :Save several derivekeys and salts in one thread * in order to avoid generating deriveKey everytime. */ -Datum gs_decrypt_aes128(PG_FUNCTION_ARGS) +bool gs_decrypt_aes128_function(FunctionCallInfo fcinfo, text** outtext) { GS_UCHAR* key = NULL; GS_UINT32 keylen = 0; @@ -263,21 +254,9 @@ Datum gs_decrypt_aes128(PG_FUNCTION_ARGS) GS_UCHAR* ciphertext = NULL; GS_UINT32 retval = 0; GS_UCHAR* decodetext = NULL; - GS_UINT32 decodetextlen = 0; - text* outtext = NULL; + GS_UINT32 decodetextlen = 0; errno_t errorno = EOK; - if (PG_ARGISNULL(0)) { - fcinfo->isnull = true; - outtext = NULL; - PG_RETURN_TEXT_P(outtext); - } - - if (PG_ARGISNULL(1)) { - ereport(ERROR, - (errcode(ERRCODE_EXTERNAL_ROUTINE_INVOCATION_EXCEPTION), errmsg("The decryption key can not be empty!"))); - } - decodetext = (GS_UCHAR*)(text_to_cstring(PG_GETARG_TEXT_P(0))); key = (GS_UCHAR*)(text_to_cstring(PG_GETARG_TEXT_P(1))); keylen = strlen((const char*)key); @@ -345,12 +324,12 @@ Datum gs_decrypt_aes128(PG_FUNCTION_ARGS) OPENSSL_free(ciphertext); ciphertext = NULL; - outtext = cstring_to_text((char*)plaintext); + *outtext = cstring_to_text((char*)plaintext); errorno = memset_s(plaintext, plaintextlen, '\0', plaintextlen); securec_check(errorno, "\0", "\0"); pfree_ext(plaintext); - PG_RETURN_TEXT_P(outtext); + return true; } /* @@ -2353,7 +2332,7 @@ bool isEncryptedCluster() return true; } -Datum gs_encrypt_sm4(PG_FUNCTION_ARGS) +bool gs_encrypt_sm4_function(FunctionCallInfo fcinfo, text** outtext) { char* key = NULL; GS_UINT32 keylen = 0; @@ -2366,37 +2345,17 @@ Datum gs_encrypt_sm4(PG_FUNCTION_ARGS) GS_UINT32 ciphertextlenmax = 0; GS_UCHAR user_key[SM4_KEY_LENGTH]; GS_UCHAR useriv[SM4_KEY_LENGTH] = {0}; - - text* outtext = NULL; + errno_t errorno = EOK; GS_UINT32 ret = 0; size_t cipherLength = 0; - /* check input paramaters */ - if (PG_ARGISNULL(0)) { - fcinfo->isnull = true; - outtext = NULL; - PG_RETURN_TEXT_P(outtext); - } - if (PG_ARGISNULL(1)) { - ereport(ERROR, - (errcode(ERRCODE_EXTERNAL_ROUTINE_INVOCATION_EXCEPTION), errmsg("The encryption key can not be empty!"))); - } - - plaintext = (char*)(text_to_cstring(PG_GETARG_TEXT_P(0))); plaintextlen = strlen((const char*)plaintext); key = (text_to_cstring(PG_GETARG_TEXT_P(1))); keylen = strlen((const char*)key); - /* The input key must shorter than RANDOM_LEN(16) */ - if (keylen > SM4_KEY_LENGTH) { - ereport(ERROR, - (errcode(ERRCODE_EXTERNAL_ROUTINE_INVOCATION_EXCEPTION), - errmsg("The encryption key must be shorter than 16 bytes!"))); - } - if (!check_input_password(key)) { ereport(ERROR, (errcode(ERRCODE_EXTERNAL_ROUTINE_INVOCATION_EXCEPTION), @@ -2412,7 +2371,6 @@ Datum gs_encrypt_sm4(PG_FUNCTION_ARGS) securec_check_c(errorno, "\0", "\0"); } - errorno = memset_s(key, keylen, '\0', keylen); securec_check(errorno, "\0", "\0"); pfree_ext(key); @@ -2426,7 +2384,6 @@ Datum gs_encrypt_sm4(PG_FUNCTION_ARGS) errorno = memset_s(ciphertext, ciphertextlenmax, '\0', ciphertextlenmax); securec_check(errorno, "\0", "\0"); - ret = sm4_ctr_enc_partial_mode( plaintext, plaintextlen, ciphertext, &cipherLength, user_key, useriv); if (ret != 0) { @@ -2439,7 +2396,6 @@ Datum gs_encrypt_sm4(PG_FUNCTION_ARGS) securec_check(errorno, "\0", "\0"); pfree_ext(plaintext); - /* encode the ciphertext for nice show and decrypt operation */ encodestring = SEC_encodeBase64((const char*)ciphertext, cipherLength); errorno = memset_s(ciphertext, cipherLength, '\0', cipherLength); @@ -2453,19 +2409,18 @@ Datum gs_encrypt_sm4(PG_FUNCTION_ARGS) } encodetextlen = strlen((const char*)encodestring); - outtext = cstring_to_text((const char*)encodestring); + *outtext = cstring_to_text((const char*)encodestring); errorno = memset_s(encodestring, encodetextlen, '\0', encodetextlen); securec_check(errorno, "\0", "\0"); OPENSSL_free(encodestring); encodestring = NULL; - - PG_RETURN_TEXT_P(outtext); + return true; } -Datum gs_decrypt_sm4(PG_FUNCTION_ARGS) +bool gs_decrypt_sm4_function(FunctionCallInfo fcinfo, text** outtext) { - GS_UCHAR* key = NULL; + char* key = NULL; GS_UINT32 keylen = 0; char* ciphertext = NULL; GS_UINT32 ciphertextlen = 0; @@ -2477,36 +2432,24 @@ Datum gs_decrypt_sm4(PG_FUNCTION_ARGS) GS_UINT32 ciphertextlenmax = 0; GS_UCHAR userkey[SM4_KEY_LENGTH]; GS_UCHAR useriv[SM4_KEY_LENGTH] = {0}; - text* outtext = NULL; + errno_t errorno = EOK; size_t encodetextlen = 0; - /* check input paramaters */ - if (PG_ARGISNULL(0)) { - fcinfo->isnull = true; - outtext = NULL; - PG_RETURN_TEXT_P(outtext); - } - if (PG_ARGISNULL(1)) { - ereport(ERROR, - (errcode(ERRCODE_EXTERNAL_ROUTINE_INVOCATION_EXCEPTION), errmsg("The decryption key can not be empty!"))); - } - decodetext = (GS_UCHAR*)(text_to_cstring(PG_GETARG_TEXT_P(0))); decodetextlen = strlen((const char*)decodetext); - key = (GS_UCHAR*)(text_to_cstring(PG_GETARG_TEXT_P(1))); + key = (char*)(text_to_cstring(PG_GETARG_TEXT_P(1))); keylen = strlen((const char*)key); - - /* The input key must shorter than RANDOM_LEN(16) */ - if (keylen > SM4_KEY_LENGTH) { + + if (!check_input_password(key)) { ereport(ERROR, (errcode(ERRCODE_EXTERNAL_ROUTINE_INVOCATION_EXCEPTION), - errmsg("The decryption key must be shorter than 16 bytes!"))); + errmsg("The decryption key must be %d~%d bytes and contain at least three kinds of characters!", + MIN_KEY_LEN, SM4_KEY_LENGTH))); } - ciphertext = (char*)(SEC_decodeBase64((const char*)decodetext , &ciphertextlen)); if ((ciphertext == NULL)) { if (ciphertext != NULL) { @@ -2524,13 +2467,12 @@ Datum gs_decrypt_sm4(PG_FUNCTION_ARGS) errmsg("Decode the cipher text failed or the ciphertext is wrong!"))); } - errorno = memset_s(decodetext, decodetextlen, '\0', decodetextlen); securec_check(errorno, "\0", "\0"); pfree_ext(decodetext); - errorno = memcpy_s(userkey, SM4_KEY_LENGTH, key, keylen); + errorno = memcpy_s(userkey, SM4_KEY_LENGTH, (GS_UCHAR*)key, keylen); securec_check_c(errorno, "\0", "\0"); @@ -2548,7 +2490,6 @@ Datum gs_decrypt_sm4(PG_FUNCTION_ARGS) errorno = memset_s(encodetext, ciphertextlenmax, '\0', ciphertextlenmax); securec_check(errorno, "\0", "\0"); - ret = sm4_ctr_dec_partial_mode( ciphertext, ciphertextlen, encodetext, &encodetextlen, userkey, useriv); if (ret != 0) { @@ -2562,15 +2503,149 @@ Datum gs_decrypt_sm4(PG_FUNCTION_ARGS) OPENSSL_free(ciphertext); ciphertext = NULL; - encodetextlen = strlen((const char*)encodetext); - outtext = cstring_to_text((char*)encodetext); + *outtext = cstring_to_text((char*)encodetext); errorno = memset_s(encodetext, encodetextlen, '\0', encodetextlen); securec_check(errorno, "\0", "\0"); pfree_ext(encodetext); encodetext = NULL; + return true; +} + +Datum gs_encrypt_function(PG_FUNCTION_ARGS) +{ + GS_UCHAR* encrypttype; + text* outtext = NULL; + bool status = false; + + /* check input paramaters */ + if (PG_ARGISNULL(0)) { + fcinfo->isnull = true; + outtext = NULL; + PG_RETURN_TEXT_P(outtext); + } + + if (PG_ARGISNULL(1)) { + ereport(ERROR, + (errcode(ERRCODE_EXTERNAL_ROUTINE_INVOCATION_EXCEPTION), errmsg("The encryption key can not be empty!"))); + } + + if (PG_ARGISNULL(2)) { + ereport(ERROR, + (errcode(ERRCODE_EXTERNAL_ROUTINE_INVOCATION_EXCEPTION), errmsg("The encryption type can not be empty!"))); + } + + encrypttype = (GS_UCHAR*)(text_to_cstring(PG_GETARG_TEXT_P(2))); + + if (strcmp((const char*)encrypttype, ENCRYPT_TYPE_SM4) == 0) { + status = gs_encrypt_sm4_function(fcinfo, &outtext); + } else if (strcmp((const char*)encrypttype, ENCRYPT_TYPE_AES128) == 0) { + status = gs_encrypt_aes128_function(fcinfo, &outtext); + } else { + pfree_ext(encrypttype); + ereport(ERROR, + (errcode(ERRCODE_EXTERNAL_ROUTINE_INVOCATION_EXCEPTION), + errmsg("Encryption type is wrong!"))); + + } + pfree_ext(encrypttype); + + if (!status) { + outtext = NULL; + } PG_RETURN_TEXT_P(outtext); } +Datum gs_decrypt_function(PG_FUNCTION_ARGS) +{ + GS_UCHAR* decrypttype; + text* outtext = NULL; + bool status = false; + /* check input paramaters */ + if (PG_ARGISNULL(0)) { + fcinfo->isnull = true; + outtext = NULL; + PG_RETURN_TEXT_P(outtext); + } + + if (PG_ARGISNULL(1)) { + ereport(ERROR, + (errcode(ERRCODE_EXTERNAL_ROUTINE_INVOCATION_EXCEPTION), errmsg("The decryption key can not be empty!"))); + } + + if (PG_ARGISNULL(2)) { + ereport(ERROR, + (errcode(ERRCODE_EXTERNAL_ROUTINE_INVOCATION_EXCEPTION), errmsg("The decryption type can not be empty!"))); + } + + decrypttype = (GS_UCHAR*)(text_to_cstring(PG_GETARG_TEXT_P(2))); + + if (strcmp((const char*)decrypttype, ENCRYPT_TYPE_SM4) == 0) { + status = gs_decrypt_sm4_function(fcinfo, &outtext); + } else if (strcmp((const char*)decrypttype, ENCRYPT_TYPE_AES128) == 0) { + status = gs_decrypt_aes128_function(fcinfo, &outtext); + } else { + pfree_ext(decrypttype); + ereport(ERROR, + (errcode(ERRCODE_EXTERNAL_ROUTINE_INVOCATION_EXCEPTION), + errmsg("Decryption type is wrong!"))); + + } + pfree_ext(decrypttype); + + if (!status) { + outtext = NULL; + } + PG_RETURN_TEXT_P(outtext); +} + +Datum gs_encrypt_aes128(PG_FUNCTION_ARGS) +{ + text* outtext = NULL; + bool status = false; + /* check input paramaters */ + if (PG_ARGISNULL(0)) { + fcinfo->isnull = true; + outtext = NULL; + PG_RETURN_TEXT_P(outtext); + } + + if (PG_ARGISNULL(1)) { + ereport(ERROR, + (errcode(ERRCODE_EXTERNAL_ROUTINE_INVOCATION_EXCEPTION), errmsg("The encryption key can not be empty!"))); + } + + status = gs_encrypt_aes128_function(fcinfo, &outtext); + if (!status) { + outtext = NULL; + } + PG_RETURN_TEXT_P(outtext); + +} + +Datum gs_decrypt_aes128(PG_FUNCTION_ARGS) +{ + text* outtext = NULL; + bool status = false; + /* check input paramaters */ + if (PG_ARGISNULL(0)) { + fcinfo->isnull = true; + outtext = NULL; + PG_RETURN_TEXT_P(outtext); + } + + if (PG_ARGISNULL(1)) { + ereport(ERROR, + (errcode(ERRCODE_EXTERNAL_ROUTINE_INVOCATION_EXCEPTION), errmsg("The decryption key can not be empty!"))); + } + + status = gs_decrypt_aes128_function(fcinfo, &outtext); + if (!status) { + outtext = NULL; + } + PG_RETURN_TEXT_P(outtext); +} + + diff --git a/src/gausskernel/dbmind/kernel/hypopg_index.cpp b/src/gausskernel/dbmind/kernel/hypopg_index.cpp index af4830657..621a08ab1 100644 --- a/src/gausskernel/dbmind/kernel/hypopg_index.cpp +++ b/src/gausskernel/dbmind/kernel/hypopg_index.cpp @@ -1021,10 +1021,6 @@ const char *hypo_explain_get_index_name_hook(Oid indexId) */ Datum hypopg_display_index(PG_FUNCTION_ARGS) { -#ifdef ENABLE_MULTIPLE_NODES - ereport(ERROR, (errcode(ERRCODE_FEATURE_NOT_SUPPORTED), errmsg("not support for distributed scenarios yet."))); -#endif - ReturnSetInfo *rsinfo = (ReturnSetInfo *)fcinfo->resultinfo; MemoryContext per_query_ctx; MemoryContext oldcontext; @@ -1065,6 +1061,7 @@ Datum hypopg_display_index(PG_FUNCTION_ARGS) Datum values[HYPO_INDEX_NB_COLS]; bool nulls[HYPO_INDEX_NB_COLS]; StringInfoData index_columns; + char *rel_name = NULL; int i = 0; int keyno; @@ -1073,9 +1070,13 @@ Datum hypopg_display_index(PG_FUNCTION_ARGS) rc = memset_s(nulls, sizeof(nulls), 0, sizeof(nulls)); securec_check(rc, "\0", "\0"); + rel_name = get_rel_name(entry->relid); + if (rel_name == NULL) { + break; + } values[i++] = CStringGetTextDatum(entry->indexname); values[i++] = ObjectIdGetDatum(entry->oid); - values[i++] = CStringGetTextDatum(get_rel_name(entry->relid)); + values[i++] = CStringGetTextDatum(rel_name); initStringInfo(&index_columns); appendStringInfo(&index_columns, "("); @@ -1104,10 +1105,6 @@ Datum hypopg_display_index(PG_FUNCTION_ARGS) */ Datum hypopg_create_index(PG_FUNCTION_ARGS) { -#ifdef ENABLE_MULTIPLE_NODES - ereport(ERROR, (errcode(ERRCODE_FEATURE_NOT_SUPPORTED), errmsg("not support for distributed scenarios yet."))); -#endif - char *sql = TextDatumGetCString(PG_GETARG_TEXT_PP(0)); List *parsetree_list; ListCell *parsetree_item; @@ -1183,10 +1180,6 @@ Datum hypopg_create_index(PG_FUNCTION_ARGS) */ Datum hypopg_drop_index(PG_FUNCTION_ARGS) { -#ifdef ENABLE_MULTIPLE_NODES - ereport(ERROR, (errcode(ERRCODE_FEATURE_NOT_SUPPORTED), errmsg("not support for distributed scenarios yet."))); -#endif - Oid indexid = PG_GETARG_OID(0); PG_RETURN_BOOL(hypo_index_remove(indexid)); @@ -1197,10 +1190,6 @@ Datum hypopg_drop_index(PG_FUNCTION_ARGS) */ Datum hypopg_estimate_size(PG_FUNCTION_ARGS) { -#ifdef ENABLE_MULTIPLE_NODES - ereport(ERROR, (errcode(ERRCODE_FEATURE_NOT_SUPPORTED), errmsg("not support for distributed scenarios yet."))); -#endif - BlockNumber pages; double tuples; Oid indexid = PG_GETARG_OID(0); @@ -1228,10 +1217,6 @@ Datum hypopg_estimate_size(PG_FUNCTION_ARGS) */ Datum hypopg_reset_index(PG_FUNCTION_ARGS) { -#ifdef ENABLE_MULTIPLE_NODES - ereport(ERROR, (errcode(ERRCODE_FEATURE_NOT_SUPPORTED), errmsg("not support for distributed scenarios yet."))); -#endif - hypo_index_reset(); PG_RETURN_VOID(); } diff --git a/src/gausskernel/dbmind/kernel/index_advisor.cpp b/src/gausskernel/dbmind/kernel/index_advisor.cpp index 89e8bcd46..333b525fe 100644 --- a/src/gausskernel/dbmind/kernel/index_advisor.cpp +++ b/src/gausskernel/dbmind/kernel/index_advisor.cpp @@ -31,6 +31,7 @@ #include "catalog/indexing.h" #include "catalog/pg_attribute.h" #include "funcapi.h" +#include "nodes/makefuncs.h" #include "nodes/nodes.h" #include "nodes/parsenodes.h" #include "pg_config_manual.h" @@ -67,7 +68,7 @@ typedef struct { typedef struct { char *table_name; - char *alias_name; + List *alias_name; List *index; List *join_cond; List *index_print; @@ -105,6 +106,8 @@ static void startup(DestReceiver *self, int operation, TupleDesc typeinfo); static void destroy(DestReceiver *self); static void free_global_resource(); static void find_select_stmt(Node *); +static void extract_stmt_from_clause(List *); +static void extract_stmt_where_clause(Node *); static void parse_where_clause(Node *); static void field_value_trans(_out_ char *, A_Const *); static void parse_field_expr(List *, List *, List *); @@ -114,12 +117,12 @@ static uint4 calculate_field_cardinality(const char *, const char *); static bool is_tmp_table(const char *); static char *find_field_name(List *); static char *find_table_name(List *); +static bool check_relation_type_valid(Oid); static TableCell *find_or_create_tblcell(char *, char *); static void add_index_from_field(char *, IndexCell *); static char *parse_group_clause(List *, List *); static char *parse_order_clause(List *, List *); static void add_index_from_group_order(TableCell *, List *, List *, bool); -static Oid find_table_oid(List *, const char *); static void generate_final_index(TableCell *, Oid); static void parse_from_clause(List *); static void add_drived_tables(RangeVar *); @@ -134,10 +137,6 @@ static void add_index_for_drived_tables(); Datum gs_index_advise(PG_FUNCTION_ARGS) { -#ifdef ENABLE_MULTIPLE_NODES - ereport(ERROR, (errcode(ERRCODE_FEATURE_NOT_SUPPORTED), errmsg("not support for distributed scenarios yet."))); -#endif - FuncCallContext *func_ctx = NULL; SuggestedIndex *array = NULL; @@ -233,6 +232,8 @@ SuggestedIndex *suggest_index(const char *query_string, _out_ int *len) } Node *parsetree = (Node *)lfirst(list_head(parse_tree_list)); + Node* parsetree_copy = (Node*)copyObject(parsetree); + (void)parse_analyze(parsetree_copy, query_string, NULL, 0); find_select_stmt(parsetree); if (!g_stmt_list) { @@ -245,9 +246,6 @@ SuggestedIndex *suggest_index(const char *query_string, _out_ int *len) foreach (item, g_stmt_list) { SelectStmt *stmt = (SelectStmt *)lfirst(item); parse_from_clause(stmt->fromClause); - /* Note: the structure JoinExpr will be modified after 'parse_analyze', so 'parse_from_clause' - should be executed first. */ - Query *query_tree = parse_analyze((Node *)stmt, query_string, NULL, 0); if (g_table_list) { parse_where_clause(stmt->whereClause); @@ -267,8 +265,9 @@ SuggestedIndex *suggest_index(const char *query_string, _out_ int *len) foreach (table_item, g_table_list) { TableCell *table = (TableCell *)lfirst(table_item); if (table->index != NIL) { - Oid table_oid = find_table_oid(query_tree->rtable, table->table_name); - if (table_oid == 0) { + RangeVar* rtable = makeRangeVar(NULL, table->table_name, -1); + Oid table_oid = RangeVarGetRelid(rtable, NoLock, true); + if (table_oid == InvalidOid) { continue; } generate_final_index(table, table_oid); @@ -277,9 +276,12 @@ SuggestedIndex *suggest_index(const char *query_string, _out_ int *len) g_driver_table = NULL; } } + if (g_table_list == NIL) { + ereport(ERROR, (errcode(ERRCODE_SYNTAX_ERROR), errmsg("can not advise for query: %s.", query_string))); + } // Format the returned result, e.g., 'table1, "(col1,col2),(col3)"'. - int array_len = g_table_list == NIL ? 0 : g_table_list->length; + int array_len = g_table_list->length; *len = array_len; SuggestedIndex *array = (SuggestedIndex *)palloc0(sizeof(SuggestedIndex) * array_len); errno_t rc = EOK; @@ -299,6 +301,9 @@ SuggestedIndex *suggest_index(const char *query_string, _out_ int *len) ListCell *cur_index = NULL; int j = 0; foreach (cur_index, index_list) { + if (strlen((char *)lfirst(cur_index)) + strlen((array + i)->column) + 3 > NAMEDATALEN) { + continue; + } if (j > 0) { rc = strcat_s((array + i)->column, NAMEDATALEN, ",("); } else { @@ -551,79 +556,41 @@ void destroy(DestReceiver *self) */ void find_select_stmt(Node *parsetree) { - switch (nodeTag(parsetree)) { - case T_SelectStmt: { - SelectStmt *stmt = (SelectStmt *)parsetree; - bool has_substmt = false; + if (parsetree == NULL || nodeTag(parsetree) != T_SelectStmt) { + return; + } + SelectStmt *stmt = (SelectStmt *)parsetree; + g_stmt_list = lappend(g_stmt_list, stmt); - switch (stmt->op) { - case SETOP_UNION: { - // analyze the set operation: union - has_substmt = true; - find_select_stmt((Node *)stmt->larg); - find_select_stmt((Node *)stmt->rarg); - break; + switch (stmt->op) { + case SETOP_UNION: { + // analyze the set operation: union + find_select_stmt((Node *)stmt->larg); + find_select_stmt((Node *)stmt->rarg); + break; + } + case SETOP_NONE: { + // analyze the 'with' clause + if (stmt->withClause) { + List *cte_list = stmt->withClause->ctes; + ListCell *item = NULL; + + foreach (item, cte_list) { + CommonTableExpr *cte = (CommonTableExpr *)lfirst(item); + g_tmp_table_list = lappend(g_tmp_table_list, cte->ctename); + find_select_stmt(cte->ctequery); } - case SETOP_NONE: { - // analyze the 'with' clause - if (stmt->withClause) { - List *cte_list = stmt->withClause->ctes; - has_substmt = true; - ListCell *item = NULL; + break; + } - foreach (item, cte_list) { - CommonTableExpr *cte = (CommonTableExpr *)lfirst(item); - g_tmp_table_list = lappend(g_tmp_table_list, cte->ctename); - find_select_stmt(cte->ctequery); - } - break; - } + // analyze the 'from' clause + if (stmt->fromClause) { + extract_stmt_from_clause(stmt->fromClause); + } - // analyze the 'from' clause - if (stmt->fromClause) { - List *from_list = stmt->fromClause; - ListCell *item = NULL; - - foreach (item, from_list) { - Node *from = (Node *)lfirst(item); - if (IsA(from, RangeSubselect)) { - has_substmt = true; - find_select_stmt(((RangeSubselect *)from)->subquery); - } - } - } - - // analyze the 'where' clause - if (stmt->whereClause) { - Node *item_where = stmt->whereClause; - if (IsA(item_where, SubLink)) { - has_substmt = true; - find_select_stmt(((SubLink *)item_where)->subselect); - } - while (IsA(item_where, A_Expr)) { - A_Expr *expr = (A_Expr *)item_where; - Node *lexpr = expr->lexpr; - Node *rexpr = expr->rexpr; - if (IsA(lexpr, SubLink)) { - has_substmt = true; - find_select_stmt(((SubLink *)lexpr)->subselect); - } - if (IsA(rexpr, SubLink)) { - has_substmt = true; - find_select_stmt(((SubLink *)rexpr)->subselect); - } - item_where = lexpr; - } - } - - if (!has_substmt) { - g_stmt_list = lappend(g_stmt_list, stmt); - } - break; - } - default: { - break; - } + // analyze the 'where' clause + if (stmt->whereClause) { + extract_stmt_where_clause(stmt->whereClause); } break; } @@ -633,20 +600,45 @@ void find_select_stmt(Node *parsetree) } } -Oid find_table_oid(List *list, const char *table_name) +void extract_stmt_from_clause(List *from_list) { ListCell *item = NULL; - foreach (item, list) { - RangeTblEntry *entry = (RangeTblEntry *)lfirst(item); - if (entry != NULL && entry->relname != NULL) { - if (strcasecmp(table_name, entry->relname) == 0) { - return entry->relid; + foreach (item, from_list) { + Node *from = (Node *)lfirst(item); + if (from && IsA(from, RangeSubselect)) { + find_select_stmt(((RangeSubselect *)from)->subquery); + } + if (from && IsA(from, JoinExpr)) { + Node *larg = ((JoinExpr *)from)->larg; + Node *rarg = ((JoinExpr *)from)->rarg; + if (larg && IsA(larg, RangeSubselect)) { + find_select_stmt(((RangeSubselect *)larg)->subquery); } + if (rarg && IsA(rarg, RangeSubselect)) { + find_select_stmt(((RangeSubselect *)rarg)->subquery); + } } } +} - return 0; +void extract_stmt_where_clause(Node *item_where) +{ + if (IsA(item_where, SubLink)) { + find_select_stmt(((SubLink *)item_where)->subselect); + } + while (item_where && IsA(item_where, A_Expr)) { + A_Expr *expr = (A_Expr *)item_where; + Node *lexpr = expr->lexpr; + Node *rexpr = expr->rexpr; + if (lexpr && IsA(lexpr, SubLink)) { + find_select_stmt(((SubLink *)lexpr)->subselect); + } + if (rexpr && IsA(rexpr, SubLink)) { + find_select_stmt(((SubLink *)rexpr)->subselect); + } + item_where = lexpr; + } } /* @@ -739,6 +731,10 @@ void parse_where_clause(Node *item_where) Node *rexpr = expr->rexpr; List *field_value = NIL; + if (lexpr == NULL || rexpr == NULL) { + return; + } + switch (expr->kind) { case AEXPR_OP: { // normal operator if (IsA(lexpr, ColumnRef) && IsA(rexpr, ColumnRef)) { @@ -806,8 +802,13 @@ void parse_from_clause(List *from_list) void add_drived_tables(RangeVar *join_node) { - char *table_name = ((RangeVar *)join_node)->relname; - TableCell *join_table = find_or_create_tblcell(table_name, NULL); + TableCell *join_table = NULL; + + if (join_node->alias) { + join_table = find_or_create_tblcell(join_node->relname, join_node->alias->aliasname); + } else { + join_table = find_or_create_tblcell(join_node->relname, NULL); + } if (!join_table) { return; @@ -928,7 +929,7 @@ void parse_join_expr(JoinExpr *join_tree) // convert field value to string void field_value_trans(_out_ char *target, A_Const *field_value) { - Value value = ((A_Const *)field_value)->val; + Value value = field_value->val; if (value.type == T_Integer) { pg_itoa(value.val.ival, target); @@ -963,6 +964,9 @@ void parse_field_expr(List *field, List *op, List *lfield_values) // get field values foreach (item, lfield_values) { char *str = (char *)palloc0(MAX_QUERY_LEN); + if (!IsA(lfirst(item), A_Const)) { + continue; + } field_value_trans(str, (A_Const *)lfirst(item)); if (i == 0) { rc = strcpy_s(field_value, MAX_QUERY_LEN, str); @@ -976,6 +980,12 @@ void parse_field_expr(List *field, List *op, List *lfield_values) pfree(str); } + if (i == 0) { + pfree(field_value); + pfree(field_expr); + return; + } + // get field expression, e.g., 'id = 100' if (strcasecmp(op_type, "~~") == 0) { // ...like... @@ -1076,21 +1086,22 @@ char *find_table_name(List *fields) char *table = NULL; ListCell *item = NULL; + ListCell *sub_item = NULL; // if fields have table name if (fields->length > 1) { table = strVal(linitial(fields)); - // check temporary tables and existed tables - if (is_tmp_table(table)) { - free_global_resource(); - ereport(ERROR, (errcode(ERRCODE_SYNTAX_ERROR), errmsg("can not advise for temporary table: %s.", table))); - } else { - foreach (item, g_table_list) { - TableCell *cur_table = (TableCell *)lfirst(item); - if (strcasecmp(table, cur_table->table_name) == 0 || - (cur_table->alias_name && strcasecmp(table, cur_table->alias_name) == 0)) { + // check existed tables + foreach (item, g_table_list) { + TableCell *cur_table = (TableCell *)lfirst(item); + if (strcasecmp(table, cur_table->table_name) == 0) { + return cur_table->table_name; + } + foreach (sub_item, cur_table->alias_name) { + char *cur_alias_name = (char *)lfirst(sub_item); + if (strcasecmp(table, cur_alias_name) == 0) { return cur_table->table_name; - } + } } } return NULL; @@ -1127,7 +1138,33 @@ char *find_table_name(List *fields) return NULL; } -// Check whether the table is temporary. +// Check whether the table type is supported. +bool check_relation_type_valid(Oid relid) +{ + Relation relation; + bool result = false; + + relation = heap_open(relid, AccessShareLock); + if (RelationIsValid(relation) == false) { + heap_close(relation, AccessShareLock); + return result; + } + if (RelationIsRelation(relation) && + RelationGetPartType(relation) == PARTTYPE_NON_PARTITIONED_RELATION && + RelationGetRelPersistence(relation) == RELPERSISTENCE_PERMANENT) { + const char *format = ((relation->rd_options) && (((StdRdOptions *)(relation->rd_options))->orientation)) ? + ((char *)(relation->rd_options) + *(int *)&(((StdRdOptions *)(relation->rd_options))->orientation)) : + ORIENTATION_ROW; + if (pg_strcasecmp(format, ORIENTATION_ROW) == 0) { + result = true; + } + } + + heap_close(relation, AccessShareLock); + + return result; +} + bool is_tmp_table(const char *table_name) { ListCell *item = NULL; @@ -1138,6 +1175,7 @@ bool is_tmp_table(const char *table_name) return true; } } + return false; } @@ -1152,30 +1190,54 @@ TableCell *find_or_create_tblcell(char *table_name, char *alias_name) return NULL; } if (is_tmp_table(table_name)) { - free_global_resource(); - ereport(ERROR, (errcode(ERRCODE_SYNTAX_ERROR), errmsg("can not advise for temporary table: %s.", table_name))); + ereport(WARNING, (errmsg("can not advise for: %s.", table_name))); + return NULL; } // seach the table among existed tables ListCell *item = NULL; + ListCell *sub_item = NULL; if (g_table_list != NIL) { foreach (item, g_table_list) { TableCell *cur_table = (TableCell *)lfirst(item); char *cur_table_name = cur_table->table_name; - char *cur_alias_name = cur_table->alias_name; - if (strcasecmp(cur_table_name, table_name) == 0 || - (cur_alias_name && strcasecmp(cur_alias_name, table_name) == 0)) { + if (strcasecmp(cur_table_name, table_name) == 0) { + if (alias_name) { + foreach (sub_item, cur_table->alias_name) { + char *cur_alias_name = (char *)lfirst(sub_item); + if (strcasecmp(cur_alias_name, alias_name) == 0) { + return cur_table; + } + } + cur_table->alias_name = lappend(cur_table->alias_name, alias_name); + } return cur_table; } + foreach (sub_item, cur_table->alias_name) { + char *cur_alias_name = (char *)lfirst(sub_item); + if (strcasecmp(cur_alias_name, table_name) == 0) { + return cur_table; + } + } } } + RangeVar* rtable = makeRangeVar(NULL, table_name, -1); + Oid table_oid = RangeVarGetRelid(rtable, NoLock, true); + if (check_relation_type_valid(table_oid) == false) { + ereport(WARNING, (errmsg("can not advise for: %s.", table_name))); + return NULL; + } + // create a new table TableCell *new_table = NULL; new_table = (TableCell *)palloc0(sizeof(*new_table)); new_table->table_name = table_name; - new_table->alias_name = alias_name; + new_table->alias_name = NIL; + if (alias_name) { + new_table->alias_name = lappend(new_table->alias_name, alias_name); + } new_table->index = NIL; new_table->join_cond = NIL; new_table->index_print = NIL; diff --git a/src/gausskernel/dbmind/tools/index_advisor/README.md b/src/gausskernel/dbmind/tools/index_advisor/README.md index 76fe85c4b..180010da1 100644 --- a/src/gausskernel/dbmind/tools/index_advisor/README.md +++ b/src/gausskernel/dbmind/tools/index_advisor/README.md @@ -11,5 +11,6 @@ benefit of it for the workload. ## Usage - python index_advisor_workload.py [p PORT] [d DATABASE] [f FILE] [--h HOST] [-U USERNAME] [-W PASSWORD] - [--max_index_num MAX_INDEX_NUM] [--multi_iter_mode] + python index_advisor_workload.py [p PORT] [d DATABASE] [f FILE] [--h HOST] [-U USERNAME] [-W PASSWORD][--schema SCHEMA] + [--max_index_num MAX_INDEX_NUM][--max_index_storage MAX_INDEX_STORAGE] [--multi_iter_mode] [--multi_node] + diff --git a/src/gausskernel/dbmind/tools/index_advisor/index_advisor_workload.py b/src/gausskernel/dbmind/tools/index_advisor/index_advisor_workload.py index ea16a7578..8056a12f5 100644 --- a/src/gausskernel/dbmind/tools/index_advisor/index_advisor_workload.py +++ b/src/gausskernel/dbmind/tools/index_advisor/index_advisor_workload.py @@ -1,635 +1,732 @@ -""" -Copyright (c) 2020 Huawei Technologies Co.,Ltd. - -openGauss is licensed under Mulan PSL v2. -You can use this software according to the terms and conditions of the Mulan PSL v2. -You may obtain a copy of Mulan PSL v2 at: - - http://license.coscl.org.cn/MulanPSL2 - -THIS SOFTWARE IS PROVIDED ON AN "AS IS" BASIS, WITHOUT WARRANTIES OF ANY KIND, -EITHER EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO NON-INFRINGEMENT, -MERCHANTABILITY OR FIT FOR A PARTICULAR PURPOSE. -See the Mulan PSL v2 for more details. -""" -import os -import sys -import argparse -import copy -import getpass -import random -import re -import shlex -import subprocess -import time - -SAMPLE_NUM = 5 -MAX_INDEX_COLUMN_NUM = 5 -MAX_INDEX_NUM = 10 -BASE_CMD = '' -SQL_TYPE = ['select', 'delete', 'insert', 'update'] -SQL_PATTERN = [r'([^\\])\'((\')|(.*?([^\\])\'))', - r'([^\\])"((")|(.*?([^\\])"))', - r'([^a-zA-Z])-?\d+(\.\d+)?', - r'([^a-zA-Z])-?\d+(\.\d+)?', - r'(\'\d+\\.*?\')'] - - -class PwdAction(argparse.Action): - def __call__(self, parser, namespace, values, option_string=None): - if values is None: - values = getpass.getpass() - setattr(namespace, self.dest, values) - - -class QueryItem: - def __init__(self, sql, freq): - self.statement = sql - self.frequency = freq - self.valid_index_list = [] - self.cost_list = [] - - -class IndexItem: - def __init__(self, tbl, cols): - self.table = tbl - self.columns = cols - self.benefit = 0 - - -def get_file_size(filename): - if os.path.isfile(filename): - return os.stat(filename).st_size - else: - return -1 - - -def run_shell_cmd(target_sql_list): - cmd = BASE_CMD + ' -c \"' - for target_sql in target_sql_list: - cmd += target_sql + ';' - cmd += '\"' - proc = subprocess.Popen(shlex.split(cmd), stdout=subprocess.PIPE, stderr=subprocess.PIPE) - (stdout, stderr) = proc.communicate() - stdout, stderr = stdout.decode(), stderr.decode() - if 'gsql' in stderr or 'failed to connect' in stderr: - raise ConnectionError("An error occurred while connecting to the database.\n" + "Details: " + stderr) - - return stdout - - -def run_shell_sql_cmd(sql_file): - cmd = BASE_CMD + ' -f ./' + sql_file - - proc = subprocess.Popen(shlex.split(cmd), stdout=subprocess.PIPE, stderr=subprocess.PIPE) - (stdout, stderr) = proc.communicate() - stdout, stderr = stdout.decode(), stderr.decode() - if stderr: - print(stderr) - - return stdout - - -def print_header_boundary(header): - term_width = int(os.get_terminal_size().columns / 2) - side_width = (term_width - len(header)) - - print('#' * side_width + header + '#' * side_width) - - -def load_workload(file_path): - wd_dict = {} - workload = [] - - with open(file_path, 'r') as f: - for sql in f.readlines(): - sql = sql.strip('\n;') - if any(tp in sql.lower() for tp in SQL_TYPE): - if sql not in wd_dict.keys(): - wd_dict[sql] = 1 - else: - wd_dict[sql] += 1 - for sql, freq in wd_dict.items(): - workload.append(QueryItem(sql, freq)) - - return workload - - -def get_workload_template(workload): - templates = {} - placeholder = r'@@@' - - for item in workload: - sql_template = item.statement - for pattern in SQL_PATTERN: - sql_template = re.sub(pattern, placeholder, sql_template) - if sql_template not in templates: - templates[sql_template] = {} - templates[sql_template]['cnt'] = 0 - templates[sql_template]['samples'] = [] - templates[sql_template]['cnt'] += item.frequency - # reservoir sampling - if len(templates[sql_template]['samples']) < SAMPLE_NUM: - templates[sql_template]['samples'].append(item.statement) - else: - if random.randint(0, templates[sql_template]['cnt']) < SAMPLE_NUM: - templates[sql_template]['samples'][random.randint(0, SAMPLE_NUM - 1)] = item.statement - - return templates - - -def workload_compression(input_path): - compressed_workload = [] - - workload = load_workload(input_path) - templates = get_workload_template(workload) - - for key in templates.keys(): - for sql in templates[key]['samples']: - compressed_workload.append(QueryItem(sql, templates[key]['cnt'] / SAMPLE_NUM)) - return compressed_workload - - -# parse the explain plan to get estimated cost by database optimizer -def parse_explain_plan(plan): - cost_total = -1 - - plan_list = plan.split('\n') - for line in plan_list: - if '(cost=' in line: - pattern = re.compile(r'\(cost=([^\)]*)\)', re.S) - matched_res = re.search(pattern, line) - if matched_res: - cost_list = matched_res.group(1).split() - if len(cost_list) == 3: - cost_total = float(cost_list[0].split('..')[-1]) - break - - return cost_total - - -def estimate_workload_cost_file(workload, index_config=None): - total_cost = 0 - sql_file = str(time.time()) + '.sql' - found_plan = False - - with open(sql_file, 'w') as wf: - if index_config: - # create hypo-indexes - wf.write('SET enable_hypo_index = on;\n') - for index in index_config: - wf.write('SELECT hypopg_create_index(\'CREATE INDEX ON ' + index.table - + '(' + index.columns + ')\');\n') - for query in workload: - wf.write('EXPLAIN ' + query.statement + ';\n') - if index_config: - wf.write('SELECT hypopg_reset_index();') - - result = run_shell_sql_cmd(sql_file).split('\n') - if os.path.exists(sql_file): - os.remove(sql_file) - - # parse the result of explain plans - i = 0 - for line in result: - if 'QUERY PLAN' in line: - found_plan = True - if 'ERROR' in line: - workload.pop(i) - if found_plan and '(cost=' in line: - if i >= len(workload): - raise ValueError("The size of workload is not correct!") - query_cost = parse_explain_plan(line) - query_cost *= workload[i].frequency - workload[i].cost_list.append(query_cost) - total_cost += query_cost - found_plan = False - i += 1 - while i < len(workload): - workload[i].cost_list.append(0) - i += 1 - - return total_cost - - -def make_single_advisor_sql(ori_sql): - sql = 'select gs_index_advise(\'' - for ch in ori_sql: - if ch == '\'': - sql += '\'' - sql += ch - sql += '\');' - - return sql - - -def parse_single_advisor_result(res): - table_index_dict = {} - if len(res) > 2 and res[0:2] == (' ('): - items = res.split(',', 1) - table = items[0][2:] - indexes = re.split('[()]', items[1][:-1].strip('\"')) - for columns in indexes: - if columns == '': - continue - if table not in table_index_dict.keys(): - table_index_dict[table] = [] - table_index_dict[table].append(columns) - - return table_index_dict - - -# call the single-index-advisor in the database -def query_index_advisor(query): - table_index_dict = {} - - if 'select' not in query.lower(): - return table_index_dict - - sql = make_single_advisor_sql(query) - result = run_shell_cmd([sql]).split('\n') - - for res in result: - table_index_dict.update(parse_single_advisor_result(res)) - - return table_index_dict - - -# judge whether the index is used by the optimizer -def query_index_check(query, query_index_dict): - valid_indexes = {} - if len(query_index_dict) == 0: - return valid_indexes - - # create hypo-indexes - sql_list = ['SET enable_hypo_index = on;'] - for table in query_index_dict.keys(): - for columns in query_index_dict[table]: - if columns != '': - sql_list.append('SELECT hypopg_create_index(\'CREATE INDEX ON ' + table + '(' + columns + ')\')') - sql_list.append('explain ' + query) - sql_list.append('SELECT hypopg_reset_index()') - result = run_shell_cmd(sql_list).split('\n') - - # parse the result of explain plan - for line in result: - hypo_index = '' - if 'Index' in line and 'Scan' in line and 'btree' in line: - tokens = line.split(' ') - for token in tokens: - if 'btree' in token: - hypo_index = token.split('_', 1)[1] - if len(hypo_index) > 1: - for table in query_index_dict.keys(): - for columns in query_index_dict[table]: - index_name_list = columns.split(',') - index_name_list.insert(0, table) - index_name = "_".join(index_name_list) - if index_name != hypo_index: - continue - if table not in valid_indexes.keys(): - valid_indexes[table] = [] - valid_indexes[table].append(columns) - - return valid_indexes - - -# enumerate the column combinations for a suggested index -def get_indexable_columns(table_index_dict): - query_indexable_columns = {} - if len(table_index_dict) == 0: - return query_indexable_columns - - for table in table_index_dict.keys(): - query_indexable_columns[table] = [] - for columns in table_index_dict[table]: - indexable_columns = columns.split(',') - for column in indexable_columns: - query_indexable_columns[table].append(column) - - return query_indexable_columns - - -def generate_candidate_indexes(workload, iterate=False): - candidate_indexes = [] - index_dict = {} - - for k, query in enumerate(workload): - table_index_dict = query_index_advisor(query.statement) - if iterate: - need_check = False - query_indexable_columns = get_indexable_columns(table_index_dict) - valid_index_dict = query_index_check(query.statement, query_indexable_columns) - - for i in range(MAX_INDEX_COLUMN_NUM): - for table in valid_index_dict.keys(): - for columns in valid_index_dict[table]: - if columns.count(',') == i: - need_check = True - for single_column in query_indexable_columns[table]: - if single_column not in columns: - valid_index_dict[table].append(columns + ',' + single_column) - if need_check: - valid_index_dict = query_index_check(query.statement, valid_index_dict) - need_check = False - else: - break - else: - valid_index_dict = query_index_check(query.statement, table_index_dict) - - # filter duplicate indexes - for table in valid_index_dict.keys(): - if table not in index_dict.keys(): - index_dict[table] = set() - for columns in valid_index_dict[table]: - workload[k].valid_index_list.append(IndexItem(table, columns)) - if columns not in index_dict[table]: - print("table: ", table, "columns: ", columns) - index_dict[table].add(columns) - candidate_indexes.append(IndexItem(table, columns)) - - return candidate_indexes - - -def generate_candidate_indexes_file(workload): - candidate_indexes = [] - index_dict = {} - sql_file = str(time.time()) + '.sql' - - if len(workload) > 0: - run_shell_cmd([workload[0].statement]) - with open(sql_file, 'w') as wf: - for query in workload: - if 'select' in query.statement.lower(): - wf.write(make_single_advisor_sql(query.statement) + '\n') - - result = run_shell_sql_cmd(sql_file).split('\n') - if os.path.exists(sql_file): - os.remove(sql_file) - - for line in result: - table_index_dict = parse_single_advisor_result(line.strip('\n')) - # filter duplicate indexes - for table in table_index_dict.keys(): - if table not in index_dict.keys(): - index_dict[table] = set() - for columns in table_index_dict[table]: - if columns == "": - continue - if columns not in index_dict[table]: - print("table: ", table, "columns: ", columns) - index_dict[table].add(columns) - candidate_indexes.append(IndexItem(table, columns)) - - return candidate_indexes - - -def get_atomic_config_for_query(indexes, config, ind, atomic_configs): - if ind == len(indexes): - table_count = {} - for index in config: - if index.table not in table_count.keys(): - table_count[index.table] = 1 - else: - table_count[index.table] += 1 - if len(table_count) > 2 or table_count[index.table] > 2: - return - atomic_configs.append(config) - - return - - get_atomic_config_for_query(indexes, copy.copy(config), ind + 1, atomic_configs) - config.append(indexes[ind]) - get_atomic_config_for_query(indexes, copy.copy(config), ind + 1, atomic_configs) - - -def is_same_config(config1, config2): - if len(config1) != len(config2): - return False - - for index1 in config1: - is_found = False - for index2 in config2: - if index1.table == index2.table and index1.columns == index2.columns: - is_found = True - if not is_found: - return False - - return True - - -def generate_atomic_config(workload): - atomic_config_total = [] - - for query in workload: - if len(query.valid_index_list) == 0: - continue - - atomic_configs = [] - config = [] - get_atomic_config_for_query(query.valid_index_list, config, 0, atomic_configs) - - is_found = False - for new_config in atomic_configs: - for exist_config in atomic_config_total: - if is_same_config(new_config, exist_config): - is_found = True - break - if not is_found: - atomic_config_total.append(new_config) - is_found = False - - return atomic_config_total - - -# find the subsets of a given config in the atomic configs -def find_subsets_num(config, atomic_config_total): - atomic_subsets_num = [] - is_exist = False - - for i, atomic_config in enumerate(atomic_config_total): - if len(atomic_config) > len(config): - continue - for atomic_index in atomic_config: - is_exist = False - for index in config: - if atomic_index.table == index.table and atomic_index.columns == index.columns: - is_exist = True - break - if not is_exist: - break - if is_exist: - atomic_subsets_num.append(i) - - return atomic_subsets_num - - -def get_index_num(index, atomic_config_total): - for i, atomic_config in enumerate(atomic_config_total): - if len(atomic_config) == 1 and atomic_config[0].table == index.table and \ - atomic_config[0].columns == index.columns: - return i - - return -1 - - -# infer the total cost of workload for a config according to the cost of atomic configs -def infer_workload_cost(workload, config, atomic_config_total): - total_cost = 0 - - atomic_subsets_num = find_subsets_num(config, atomic_config_total) - if len(atomic_subsets_num) == 0: - raise ValueError("No atomic configs found for current config!") - - for i in range(len(workload)): - if max(atomic_subsets_num) >= len(workload[i].cost_list): - raise ValueError("Wrong atomic config for current query!") - # compute the cost for selection - min_cost = sys.maxsize - for num in atomic_subsets_num: - if num < len(workload[i].cost_list) and workload[i].cost_list[num] < min_cost: - min_cost = workload[i].cost_list[num] - total_cost += min_cost - - # compute the cost for updating indexes - if 'insert' in workload[i].statement.lower() or 'delete' in workload[i].statement.lower(): - for index in config: - index_num = get_index_num(index, atomic_config_total) - if index_num == -1: - raise ValueError("The index isn't found for current query!") - if 0 <= index_num < len(workload[i].cost_list): - total_cost += workload[i].cost_list[index_num] - workload[i].cost_list[0] - - return total_cost - - -def simple_index_advisor(input_path): - workload = workload_compression(input_path) - print_header_boundary(" Generate candidate indexes ") - candidate_indexes = generate_candidate_indexes_file(workload) - if len(candidate_indexes) == 0: - print("No candidate indexes generated!") - return - - print_header_boundary(" Determine optimal indexes ") - ori_total_cost = estimate_workload_cost_file(workload) - for i in range(len(candidate_indexes)): - new_total_cost = estimate_workload_cost_file(workload, [candidate_indexes[i]]) - candidate_indexes[i].benefit = ori_total_cost - new_total_cost - candidate_indexes = sorted(candidate_indexes, key=lambda item: item.benefit, reverse=True) - - # filter out duplicate index - final_index_set = {} - for index in candidate_indexes: - picked = True - cols = set(index.columns.split(',')) - if index.table not in final_index_set.keys(): - final_index_set[index.table] = [] - for i in range(len(final_index_set[index.table]) - 1, -1, -1): - pre_index = final_index_set[index.table][i] - pre_cols = set(pre_index.columns.split(',')) - if len(pre_cols.difference(cols)) == 0 and len(pre_cols) < len(cols): - final_index_set[index.table].pop(i) - if len(cols.difference(pre_cols)) == 0: - picked = False - break - if picked: - final_index_set[index.table].append(index) - - cnt = 0 - for table in final_index_set.keys(): - for index in final_index_set[table]: - print("create index ind" + str(cnt) + " on " + table + "(" + index.columns + ");") - cnt += 1 - if cnt == MAX_INDEX_NUM: - break - - -def greedy_determine_opt_config(workload, atomic_config_total, candidate_indexes): - opt_config = [] - index_num_record = set() - min_cost = sys.maxsize - - while len(opt_config) < MAX_INDEX_NUM: - cur_min_cost = sys.maxsize - cur_index = None - cur_index_num = -1 - for k, index in enumerate(candidate_indexes): - if k in index_num_record: - continue - cur_config = copy.copy(opt_config) - cur_config.append(index) - cur_estimated_cost = infer_workload_cost(workload, cur_config, atomic_config_total) - if cur_estimated_cost < cur_min_cost: - cur_min_cost = cur_estimated_cost - cur_index = index - cur_index_num = k - if cur_index and cur_min_cost < min_cost: - min_cost = cur_min_cost - opt_config.append(cur_index) - index_num_record.add(cur_index_num) - else: - break - - return opt_config - - -def complex_index_advisor(input_path): - workload = workload_compression(input_path) - print_header_boundary(" Generate candidate indexes ") - candidate_indexes = generate_candidate_indexes(workload, True) - if len(candidate_indexes) == 0: - print("No candidate indexes generated!") - return - - print_header_boundary(" Determine optimal indexes ") - atomic_config_total = generate_atomic_config(workload) - if len(atomic_config_total[0]) != 0: - raise ValueError("The empty atomic config isn't generated!") - - for atomic_config in atomic_config_total: - estimate_workload_cost_file(workload, atomic_config) - - opt_config = greedy_determine_opt_config(workload, atomic_config_total, candidate_indexes) - - cnt = 0 - for index in opt_config: - print("create index ind" + str(cnt) + " on " + index.table + "(" + index.columns + ");") - cnt += 1 - if cnt == MAX_INDEX_NUM: - break - - -def main(): - arg_parser = argparse.ArgumentParser(description='Generate index set for workload.') - arg_parser.add_argument("p", help="Port of database") - arg_parser.add_argument("d", help="Name of database") - arg_parser.add_argument("--h", help="Host for database") - arg_parser.add_argument("-U", help="Username for database log-in") - arg_parser.add_argument("-W", help="Password for database user", action=PwdAction) - arg_parser.add_argument("f", help="File containing workload queries (One query per line)") - arg_parser.add_argument("--max_index_num", help="Maximum number of suggested indexes", type=int) - arg_parser.add_argument("--multi_iter_mode", action='store_true', help="Whether to use multi-iteration algorithm", - default=False) - args = arg_parser.parse_args() - - global MAX_INDEX_NUM, BASE_CMD - MAX_INDEX_NUM = args.max_index_num or 10 - BASE_CMD = 'gsql -p ' + args.p + ' -d ' + args.d - if args.h: - BASE_CMD += ' -h ' + args.h - if args.U: - BASE_CMD += ' -U ' + args.U - if args.U != getpass.getuser() and not args.W: - raise ValueError('Enter the \'-W\' parameter for user ' + args.U + ' when executing the script.') - if args.W: - BASE_CMD += ' -W ' + args.W - - if args.multi_iter_mode: - complex_index_advisor(args.f) - else: - simple_index_advisor(args.f) - - -if __name__ == '__main__': - main() +""" +Copyright (c) 2020 Huawei Technologies Co.,Ltd. + +openGauss is licensed under Mulan PSL v2. +You can use this software according to the terms and conditions of the Mulan PSL v2. +You may obtain a copy of Mulan PSL v2 at: + + http://license.coscl.org.cn/MulanPSL2 + +THIS SOFTWARE IS PROVIDED ON AN "AS IS" BASIS, WITHOUT WARRANTIES OF ANY KIND, +EITHER EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO NON-INFRINGEMENT, +MERCHANTABILITY OR FIT FOR A PARTICULAR PURPOSE. +See the Mulan PSL v2 for more details. +""" +import os +import sys +import argparse +import copy +import getpass +import random +import re +import shlex +import subprocess +import time +import select +import logging + +ENABLE_MULTI_NODE = False +SAMPLE_NUM = 5 +MAX_INDEX_COLUMN_NUM = 5 +MAX_INDEX_NUM = 10 +MAX_INDEX_STORAGE = None +FULL_ARRANGEMENT_THRESHOLD = 20 +BASE_CMD = '' +SHARP = '#' +SCHEMA = None +SQL_TYPE = ['select', 'delete', 'insert', 'update'] +SQL_PATTERN = [r'([^\\])\'((\')|(.*?([^\\])\'))', + r'([^\\])"((")|(.*?([^\\])"))', + r'([^a-zA-Z])-?\d+(\.\d+)?', + r'([^a-zA-Z])-?\d+(\.\d+)?', + r'(\'\d+\\.*?\')'] + +logging.basicConfig(level=logging.INFO, format='%(levelname)s: %(message)s') + + +def read_input_from_pipe(): + """ + Read stdin input if there is "echo 'str1 str2' | python xx.py", + return the input string + """ + input_str = "" + r_handle, _, _ = select.select([sys.stdin], [], [], 0) + if not r_handle: + return "" + + for item in r_handle: + if item == sys.stdin: + input_str = sys.stdin.read().strip() + return input_str + + +class PwdAction(argparse.Action): + def __call__(self, parser, namespace, values, option_string=None): + password = read_input_from_pipe() + if password: + logging.warning("Read password from pipe.") + else: + password = getpass.getpass("Password for database user:") + setattr(namespace, self.dest, password) + + +class QueryItem: + def __init__(self, sql, freq): + self.statement = sql + self.frequency = freq + self.valid_index_list = [] + self.cost_list = [] + + +class IndexItem: + def __init__(self, tbl, cols): + self.table = tbl + self.columns = cols + self.benefit = 0 + self.storage = 0 + + + +def run_shell_cmd(target_sql_list): + cmd = BASE_CMD + ' -c \"' + if SCHEMA: + cmd += 'set current_schema = %s; ' % SCHEMA + for target_sql in target_sql_list: + cmd += target_sql + ';' + cmd += '\"' + proc = subprocess.Popen(shlex.split(cmd), stdout=subprocess.PIPE, stderr=subprocess.PIPE) + (stdout, stderr) = proc.communicate() + stdout, stderr = stdout.decode(), stderr.decode() + if 'gsql' in stderr or 'failed to connect' in stderr: + raise ConnectionError("An error occurred while connecting to the database.\n" + + "Details: " + stderr) + return stdout + + +def run_shell_sql_cmd(sql_file): + cmd = BASE_CMD + ' -f ./' + sql_file + + proc = subprocess.Popen(shlex.split(cmd), stdout=subprocess.PIPE, stderr=subprocess.PIPE) + (stdout, stderr) = proc.communicate() + stdout, stderr = stdout.decode(), stderr.decode() + + return stdout + + +def green(text): + return '\033[32m%s\033[0m' % text + + +def print_header_boundary(header): + # Output a header first, which looks more beautiful. + try: + term_width = os.get_terminal_size().columns + # The width of each of the two sides of the terminal. + side_width = (term_width - len(header)) // 2 + except (AttributeError, OSError): + side_width = 0 + title = SHARP * side_width + header + SHARP * side_width + print(green(title)) + + +def load_workload(file_path): + wd_dict = {} + workload = [] + + with open(file_path, 'r') as file: + raw_text = ''.join(file.readlines()) + sqls = raw_text.split(';') + for sql in sqls: + if any(tp in sql.lower() for tp in SQL_TYPE): + if sql not in wd_dict.keys(): + wd_dict[sql] = 1 + else: + wd_dict[sql] += 1 + for sql, freq in wd_dict.items(): + workload.append(QueryItem(sql, freq)) + + return workload + + +def get_workload_template(workload): + templates = {} + placeholder = r'@@@' + + for item in workload: + sql_template = item.statement + for pattern in SQL_PATTERN: + sql_template = re.sub(pattern, placeholder, sql_template) + if sql_template not in templates: + templates[sql_template] = {} + templates[sql_template]['cnt'] = 0 + templates[sql_template]['samples'] = [] + templates[sql_template]['cnt'] += item.frequency + # reservoir sampling + if len(templates[sql_template]['samples']) < SAMPLE_NUM: + templates[sql_template]['samples'].append(item.statement) + else: + if random.randint(0, templates[sql_template]['cnt']) < SAMPLE_NUM: + templates[sql_template]['samples'][random.randint(0, SAMPLE_NUM - 1)] = \ + item.statement + + return templates + + +def workload_compression(input_path): + compressed_workload = [] + + workload = load_workload(input_path) + templates = get_workload_template(workload) + + for _, elem in templates.items(): + for sql in elem['samples']: + compressed_workload.append(QueryItem(sql, elem['cnt'] / SAMPLE_NUM)) + return compressed_workload + + +# parse the explain plan to get estimated cost by database optimizer +def parse_explain_plan(plan): + cost_total = -1 + + plan_list = plan.split('\n') + for line in plan_list: + if '(cost=' in line: + pattern = re.compile(r'\(cost=([^\)]*)\)', re.S) + matched_res = re.search(pattern, line) + if matched_res: + cost_list = matched_res.group(1).split() + if len(cost_list) == 3: + cost_total = float(cost_list[0].split('..')[-1]) + break + + return cost_total + + +def update_index_storage(res, index_config, hypo_index_num): + index_id = re.findall(r'<\d+>', res)[0].strip('<>') + index_size_sql = 'select * from hypopg_estimate_size(%s);' % index_id + res = run_shell_cmd([index_size_sql]).split('\n') + for item in res: + if re.match(r'\d+', item.strip()): + index_config[hypo_index_num].storage = float(item.strip()) / 1024 / 1024 + + +def estimate_workload_cost_file(workload, index_config=None): + total_cost = 0 + sql_file = str(time.time()) + '.sql' + found_plan = False + hypo_index = False + with open(sql_file, 'w') as file: + if index_config: + # create hypo-indexes + if SCHEMA: + file.write('SET current_schema = %s;\n' % SCHEMA) + file.write('SET enable_hypo_index = on;\n') + for index in index_config: + file.write("SELECT hypopg_create_index('CREATE INDEX ON %s(%s)');\n" % + (index.table, index.columns)) + if ENABLE_MULTI_NODE: + file.write('set enable_fast_query_shipping = off;\n') + for query in workload: + file.write('EXPLAIN ' + query.statement + ';\n') + + result = run_shell_sql_cmd(sql_file).split('\n') + if os.path.exists(sql_file): + os.remove(sql_file) + + # parse the result of explain plans + i = 0 + hypo_index_num = 0 + for line in result: + if 'QUERY PLAN' in line: + found_plan = True + if 'ERROR' in line: + workload.pop(i) + if 'hypopg_create_index' in line: + hypo_index = True + if found_plan and '(cost=' in line: + if i >= len(workload): + raise ValueError("The size of workload is not correct!") + query_cost = parse_explain_plan(line) + query_cost *= workload[i].frequency + workload[i].cost_list.append(query_cost) + total_cost += query_cost + found_plan = False + i += 1 + if hypo_index: + if 'btree' in line and MAX_INDEX_STORAGE: + hypo_index = False + update_index_storage(line, index_config, hypo_index_num) + hypo_index_num += 1 + while i < len(workload): + workload[i].cost_list.append(0) + i += 1 + if index_config: + run_shell_cmd(['SELECT hypopg_reset_index();']) + + return total_cost + + +def make_single_advisor_sql(ori_sql): + sql = 'select gs_index_advise(\'' + for elem in ori_sql: + if elem == '\'': + sql += '\'' + sql += elem + sql += '\');' + + return sql + + +def parse_single_advisor_result(res): + table_index_dict = {} + if len(res) > 2 and res[0:2] == ' (': + items = res.split(',', 1) + table = items[0][2:] + indexes = re.split('[()]', items[1][:-1].strip('\"')) + for columns in indexes: + if columns == '': + continue + if table not in table_index_dict.keys(): + table_index_dict[table] = [] + table_index_dict[table].append(columns) + + return table_index_dict + + +# call the single-index-advisor in the database +def query_index_advisor(query): + table_index_dict = {} + + if 'select' not in query.lower(): + return table_index_dict + + sql = make_single_advisor_sql(query) + result = run_shell_cmd([sql]).split('\n') + + for res in result: + table_index_dict.update(parse_single_advisor_result(res)) + + return table_index_dict + + +# judge whether the index is used by the optimizer +def query_index_check(query, query_index_dict): + valid_indexes = {} + if len(query_index_dict) == 0: + return valid_indexes + + # create hypo-indexes + sql_list = ['SET enable_hypo_index = on;'] + if ENABLE_MULTI_NODE: + sql_list.append('SET enable_fast_query_shipping = off;') + for table in query_index_dict.keys(): + for columns in query_index_dict[table]: + if columns != '': + sql_list.append("SELECT hypopg_create_index('CREATE INDEX ON %s(%s)')" % + (table, columns)) + sql_list.append('explain ' + query) + sql_list.append('SELECT hypopg_reset_index()') + result = run_shell_cmd(sql_list).split('\n') + + # parse the result of explain plan + for line in result: + hypo_index = '' + if 'Index' in line and 'Scan' in line and 'btree' in line: + tokens = line.split(' ') + for token in tokens: + if 'btree' in token: + hypo_index = token.split('_', 1)[1] + if len(hypo_index) > 1: + for table in query_index_dict.keys(): + for columns in query_index_dict[table]: + index_name_list = columns.split(',') + index_name_list.insert(0, table) + index_name = "_".join(index_name_list) + if index_name != hypo_index: + continue + if table not in valid_indexes.keys(): + valid_indexes[table] = [] + if columns not in valid_indexes[table]: + valid_indexes[table].append(columns) + + return valid_indexes + + +# enumerate the column combinations for a suggested index +def get_indexable_columns(table_index_dict): + query_indexable_columns = {} + if len(table_index_dict) == 0: + return query_indexable_columns + + for table in table_index_dict.keys(): + query_indexable_columns[table] = [] + for columns in table_index_dict[table]: + indexable_columns = columns.split(',') + for column in indexable_columns: + query_indexable_columns[table].append(column) + + return query_indexable_columns + + +def generate_candidate_indexes(workload, iterate=False): + candidate_indexes = [] + index_dict = {} + + for k, query in enumerate(workload): + table_index_dict = query_index_advisor(query.statement) + if iterate: + need_check = False + query_indexable_columns = get_indexable_columns(table_index_dict) + valid_index_dict = query_index_check(query.statement, query_indexable_columns) + + for i in range(MAX_INDEX_COLUMN_NUM): + for table in valid_index_dict.keys(): + for columns in valid_index_dict[table]: + if columns.count(',') == i: + need_check = True + for single_column in query_indexable_columns[table]: + if single_column not in columns: + valid_index_dict[table].append(columns + ',' + single_column) + if need_check: + valid_index_dict = query_index_check(query.statement, valid_index_dict) + need_check = False + else: + break + else: + valid_index_dict = query_index_check(query.statement, table_index_dict) + + # filter duplicate indexes + for table in valid_index_dict.keys(): + if table not in index_dict.keys(): + index_dict[table] = set() + for columns in valid_index_dict[table]: + if len(workload[k].valid_index_list) >= FULL_ARRANGEMENT_THRESHOLD: + break + workload[k].valid_index_list.append(IndexItem(table, columns)) + if columns not in index_dict[table]: + print("table: ", table, "columns: ", columns) + index_dict[table].add(columns) + candidate_indexes.append(IndexItem(table, columns)) + + return candidate_indexes + + +def generate_candidate_indexes_file(workload): + candidate_indexes = [] + index_dict = {} + sql_file = str(time.time()) + '.sql' + + if len(workload) > 0: + run_shell_cmd([workload[0].statement]) + with open(sql_file, 'w') as file: + if SCHEMA: + file.write('SET current_schema = %s;\n' % SCHEMA) + for query in workload: + if 'select' in query.statement.lower(): + file.write(make_single_advisor_sql(query.statement) + '\n') + + result = run_shell_sql_cmd(sql_file).split('\n') + if os.path.exists(sql_file): + os.remove(sql_file) + + for line in result: + table_index_dict = parse_single_advisor_result(line.strip('\n')) + # filter duplicate indexes + for table, columns in table_index_dict.items(): + if table not in index_dict.keys(): + index_dict[table] = set() + for column in columns: + if column == "": + continue + if column not in index_dict[table]: + print("table: ", table, "columns: ", column) + index_dict[table].add(column) + candidate_indexes.append(IndexItem(table, column)) + + return candidate_indexes + + +def get_atomic_config_for_query(indexes, config, ind, atomic_configs): + if ind == len(indexes): + table_count = {} + for index in config: + if index.table not in table_count.keys(): + table_count[index.table] = 1 + else: + table_count[index.table] += 1 + if len(table_count) > 2 or table_count[index.table] > 2: + return + atomic_configs.append(config) + + return + + get_atomic_config_for_query(indexes, copy.copy(config), ind + 1, atomic_configs) + config.append(indexes[ind]) + get_atomic_config_for_query(indexes, copy.copy(config), ind + 1, atomic_configs) + + +def is_same_config(config1, config2): + if len(config1) != len(config2): + return False + + for index1 in config1: + is_found = False + for index2 in config2: + if index1.table == index2.table and index1.columns == index2.columns: + is_found = True + if not is_found: + return False + + return True + + +def generate_atomic_config(workload): + atomic_config_total = [] + + for query in workload: + if len(query.valid_index_list) == 0: + continue + + atomic_configs = [] + config = [] + get_atomic_config_for_query(query.valid_index_list, config, 0, atomic_configs) + + is_found = False + for new_config in atomic_configs: + for exist_config in atomic_config_total: + if is_same_config(new_config, exist_config): + is_found = True + break + if not is_found: + atomic_config_total.append(new_config) + is_found = False + + return atomic_config_total + + +# find the subsets of a given config in the atomic configs +def find_subsets_num(config, atomic_config_total): + atomic_subsets_num = [] + is_exist = False + + for i, atomic_config in enumerate(atomic_config_total): + if len(atomic_config) > len(config): + continue + for atomic_index in atomic_config: + is_exist = False + for index in config: + if atomic_index.table == index.table and atomic_index.columns == index.columns: + index.storage = atomic_index.storage + is_exist = True + break + if not is_exist: + break + if is_exist: + atomic_subsets_num.append(i) + + return atomic_subsets_num + + +def get_index_num(index, atomic_config_total): + for i, atomic_config in enumerate(atomic_config_total): + if len(atomic_config) == 1 and atomic_config[0].table == index.table and \ + atomic_config[0].columns == index.columns: + return i + + return -1 + + +# infer the total cost of workload for a config according to the cost of atomic configs +def infer_workload_cost(workload, config, atomic_config_total): + total_cost = 0 + + atomic_subsets_num = find_subsets_num(config, atomic_config_total) + if len(atomic_subsets_num) == 0: + raise ValueError("No atomic configs found for current config!") + + for ind, obj in enumerate(workload): + if max(atomic_subsets_num) >= len(obj.cost_list): + raise ValueError("Wrong atomic config for current query!") + # compute the cost for selection + min_cost = sys.maxsize + for num in atomic_subsets_num: + if num < len(obj.cost_list) and obj.cost_list[num] < min_cost: + min_cost = obj.cost_list[num] + total_cost += min_cost + + # compute the cost for updating indexes + if 'insert' in obj.statement.lower() or 'delete' in obj.statement.lower(): + for index in config: + index_num = get_index_num(index, atomic_config_total) + if index_num == -1: + raise ValueError("The index isn't found for current query!") + if 0 <= index_num < len(workload[ind].cost_list): + total_cost += obj.cost_list[index_num] - obj.cost_list[0] + + return total_cost + + +def simple_index_advisor(input_path): + workload = workload_compression(input_path) + print_header_boundary(" Generate candidate indexes ") + candidate_indexes = generate_candidate_indexes_file(workload) + if len(candidate_indexes) == 0: + print("No candidate indexes generated!") + return + + print_header_boundary(" Determine optimal indexes ") + ori_total_cost = estimate_workload_cost_file(workload) + for _, obj in enumerate(candidate_indexes): + new_total_cost = estimate_workload_cost_file(workload, [obj]) + obj.benefit = ori_total_cost - new_total_cost + candidate_indexes = sorted(candidate_indexes, key=lambda item: item.benefit, reverse=True) + + # filter out duplicate index + final_index_set = {} + for index in candidate_indexes: + picked = True + cols = set(index.columns.split(',')) + if index.table not in final_index_set.keys(): + final_index_set[index.table] = [] + for i in range(len(final_index_set[index.table]) - 1, -1, -1): + pre_index = final_index_set[index.table][i] + pre_cols = set(pre_index.columns.split(',')) + if len(pre_cols.difference(cols)) == 0 and len(pre_cols) < len(cols): + final_index_set[index.table].pop(i) + if len(cols.difference(pre_cols)) == 0: + picked = False + break + if picked: + final_index_set[index.table].append(index) + + cnt = 0 + index_current_storage = 0 + for table, indexs in final_index_set.items(): + for index in indexs: + if cnt == MAX_INDEX_NUM: + break + if MAX_INDEX_STORAGE and (index_current_storage + index.storage) > MAX_INDEX_STORAGE: + continue + index_current_storage += index.storage + print("create index ind" + str(cnt) + " on " + table + "(" + index.columns + ");") + cnt += 1 + else: + continue + break + + +def greedy_determine_opt_config(workload, atomic_config_total, candidate_indexes): + opt_config = [] + index_num_record = set() + min_cost = sys.maxsize + for i in range(len(candidate_indexes)): + if i == 1 and min_cost == sys.maxsize: + break + cur_min_cost = sys.maxsize + cur_index = None + cur_index_num = -1 + for k, index in enumerate(candidate_indexes): + if k in index_num_record: + continue + cur_config = copy.copy(opt_config) + cur_config.append(index) + cur_estimated_cost = infer_workload_cost(workload, cur_config, atomic_config_total) + if cur_estimated_cost < cur_min_cost: + cur_min_cost = cur_estimated_cost + cur_index = index + cur_index_num = k + if cur_index and cur_min_cost < min_cost: + if MAX_INDEX_STORAGE and sum([obj.storage for obj in opt_config]) + \ + cur_index.storage > MAX_INDEX_STORAGE: + continue + if len(opt_config) == MAX_INDEX_NUM: + break + min_cost = cur_min_cost + opt_config.append(cur_index) + index_num_record.add(cur_index_num) + else: + break + + return opt_config + + +def complex_index_advisor(input_path): + workload = workload_compression(input_path) + print_header_boundary(" Generate candidate indexes ") + candidate_indexes = generate_candidate_indexes(workload, True) + if len(candidate_indexes) == 0: + print("No candidate indexes generated!") + return + + print_header_boundary(" Determine optimal indexes ") + atomic_config_total = generate_atomic_config(workload) + if len(atomic_config_total[0]) != 0: + raise ValueError("The empty atomic config isn't generated!") + + for atomic_config in atomic_config_total: + estimate_workload_cost_file(workload, atomic_config) + + opt_config = greedy_determine_opt_config(workload, atomic_config_total, candidate_indexes) + + cnt = 0 + index_current_storage = 0 + for index in opt_config: + if MAX_INDEX_STORAGE and (index_current_storage + index.storage) > MAX_INDEX_STORAGE: + continue + if cnt == MAX_INDEX_NUM: + break + index_current_storage += index.storage + print("create index ind" + str(cnt) + " on " + index.table + "(" + index.columns + ");") + cnt += 1 + + +def main(): + arg_parser = argparse.ArgumentParser(description='Generate index set for workload.') + arg_parser.add_argument("p", help="Port of database") + arg_parser.add_argument("d", help="Name of database") + arg_parser.add_argument("--h", help="Host for database") + arg_parser.add_argument("-U", help="Username for database log-in") + arg_parser.add_argument("-W", help="Password for database user", nargs="?", action=PwdAction) + arg_parser.add_argument("f", help="File containing workload queries (One query per line)") + arg_parser.add_argument("--schema", help="Schema name for the current business data") + arg_parser.add_argument("--max_index_num", help="Maximum number of suggested indexes", type=int) + arg_parser.add_argument("--max_index_storage", + help="Maximum storage of suggested indexes/MB", type=int) + arg_parser.add_argument("--multi_iter_mode", action='store_true', + help="Whether to use multi-iteration algorithm", default=False) + arg_parser.add_argument("--multi_node", action='store_true', + help="Whether to support distributed scenarios", default=False) + args = arg_parser.parse_args() + + global MAX_INDEX_NUM, BASE_CMD, ENABLE_MULTI_NODE, MAX_INDEX_STORAGE, SCHEMA + if args.max_index_num is not None and args.max_index_num <= 0: + raise argparse.ArgumentTypeError("%s is an invalid positive int value" % + args.max_index_num) + if args.max_index_storage is not None and args.max_index_storage <= 0: + raise argparse.ArgumentTypeError("%s is an invalid positive int value" % + args.max_index_storage) + if args.schema: + SCHEMA = args.schema + MAX_INDEX_NUM = args.max_index_num or 10 + ENABLE_MULTI_NODE = args.multi_node + MAX_INDEX_STORAGE = args.max_index_storage + BASE_CMD = 'gsql -p ' + args.p + ' -d ' + args.d + if args.h: + BASE_CMD += ' -h ' + args.h + if args.U: + BASE_CMD += ' -U ' + args.U + if args.U != getpass.getuser() and not args.W: + raise ValueError('Enter the \'-W\' parameter for user ' + + args.U + ' when executing the script.') + if args.W: + BASE_CMD += ' -W ' + args.W + + if args.multi_iter_mode: + complex_index_advisor(args.f) + else: + simple_index_advisor(args.f) + + +if __name__ == '__main__': + main() diff --git a/src/include/catalog/upgrade_sql/rollback_catalog_maindb/rollback_catalog_maindb_92_200.sql b/src/include/catalog/upgrade_sql/rollback_catalog_maindb/rollback_catalog_maindb_92_200.sql index 9a53ec702..7005d933c 100644 --- a/src/include/catalog/upgrade_sql/rollback_catalog_maindb/rollback_catalog_maindb_92_200.sql +++ b/src/include/catalog/upgrade_sql/rollback_catalog_maindb/rollback_catalog_maindb_92_200.sql @@ -1,4 +1,4 @@ DROP FUNCTION IF EXISTS pg_catalog.pg_start_backup(IN backupid TEXT, IN fast BOOL, IN exclusive BOOL) CASCADE; DROP FUNCTION IF EXISTS pg_catalog.pg_stop_backup(IN exclusive BOOL) CASCADE; -DROP FUNCTION IF EXISTS pg_catalog.gs_decrypt_sm4(IN decryptstr text, IN keystr text, OUT decrypt_reult_str text) CASCADE; -DROP FUNCTION IF EXISTS pg_catalog.gs_encrypt_sm4(IN encryptstr text, IN keystr text, OUT encrypt_result_str text) CASCADE; +DROP FUNCTION IF EXISTS pg_catalog.gs_decrypt_function(IN decryptstr text, IN keystr text, IN type text,OUT decrypt_result_str text) CASCADE; +DROP FUNCTION IF EXISTS pg_catalog.gs_encrypt_function(IN encryptstr text, IN keystr text, IN type text,OUT encrypt_result_str text) CASCADE; \ No newline at end of file diff --git a/src/include/catalog/upgrade_sql/rollback_catalog_otherdb/rollback_catalog_otherdb_92_200.sql b/src/include/catalog/upgrade_sql/rollback_catalog_otherdb/rollback_catalog_otherdb_92_200.sql index 8d357df6e..3bf262229 100644 --- a/src/include/catalog/upgrade_sql/rollback_catalog_otherdb/rollback_catalog_otherdb_92_200.sql +++ b/src/include/catalog/upgrade_sql/rollback_catalog_otherdb/rollback_catalog_otherdb_92_200.sql @@ -1,4 +1,4 @@ DROP FUNCTION IF EXISTS pg_catalog.pg_start_backup(IN BACKUPID TEXT, IN FAST BOOL, IN EXCLUSIVE BOOL) CASCADE; DROP FUNCTION IF EXISTS pg_catalog.pg_stop_backup(IN EXCLUSIVE BOOL) CASCADE; -DROP FUNCTION IF EXISTS pg_catalog.gs_decrypt_sm4(IN decryptstr text, IN keystr text, OUT decrypt_reult_str text) CASCADE; -DROP FUNCTION IF EXISTS pg_catalog.gs_encrypt_sm4(IN encryptstr text, IN keystr text, OUT encrypt_result_str text) CASCADE; +DROP FUNCTION IF EXISTS pg_catalog.gs_decrypt_function(IN decryptstr text, IN keystr text, IN type text,OUT decrypt_result_str text) CASCADE; +DROP FUNCTION IF EXISTS pg_catalog.gs_encrypt_function(IN encryptstr text, IN keystr text, IN type text,OUT encrypt_result_str text) CASCADE; \ No newline at end of file diff --git a/src/include/catalog/upgrade_sql/upgrade_catalog_maindb/upgrade_catalog_maindb_92_200.sql b/src/include/catalog/upgrade_sql/upgrade_catalog_maindb/upgrade_catalog_maindb_92_200.sql index 6a62dd17b..784929a4e 100644 --- a/src/include/catalog/upgrade_sql/upgrade_catalog_maindb/upgrade_catalog_maindb_92_200.sql +++ b/src/include/catalog/upgrade_sql/upgrade_catalog_maindb/upgrade_catalog_maindb_92_200.sql @@ -2378,3 +2378,14 @@ out labelfile pg_catalog.text, out spcmapfile pg_catalog.text) RETURNS SETOF record LANGUAGE INTERNAL VOLATILE STRICT as 'pg_stop_backup_v2'; +-- ---------------------------------------------------------------- +DROP FUNCTION IF EXISTS pg_catalog.gs_decrypt_function(IN decryptstr text, IN keystr text, IN type text,OUT decrypt_result_str text) CASCADE; +SET LOCAL inplace_upgrade_next_system_object_oids = IUO_PROC, 6322; +CREATE FUNCTION pg_catalog.gs_decrypt_function(IN decryptstr text, IN keystr text, IN type text, OUT decrypt_result_str text) RETURNS text LANGUAGE INTERNAL as 'gs_decrypt_function'; + + + +-- ---------------------------------------------------------------- +DROP FUNCTION IF EXISTS pg_catalog.gs_encrypt_function(IN encryptstr text, IN keystr text, IN type text,OUT decrypt_result_str text) CASCADE; +SET LOCAL inplace_upgrade_next_system_object_oids = IUO_PROC, 6323; +CREATE FUNCTION pg_catalog.gs_encrypt_function(IN encryptstr text, IN keystr text, IN type text, OUT encrypt_result_str text) RETURNS text LANGUAGE INTERNAL as 'gs_encrypt_function'; \ No newline at end of file diff --git a/src/include/catalog/upgrade_sql/upgrade_catalog_otherdb/upgrade_catalog_otherdb_92_200.sql b/src/include/catalog/upgrade_sql/upgrade_catalog_otherdb/upgrade_catalog_otherdb_92_200.sql index 4ca47977b..e06fb74cc 100644 --- a/src/include/catalog/upgrade_sql/upgrade_catalog_otherdb/upgrade_catalog_otherdb_92_200.sql +++ b/src/include/catalog/upgrade_sql/upgrade_catalog_otherdb/upgrade_catalog_otherdb_92_200.sql @@ -2411,3 +2411,13 @@ out lsn pg_catalog.text, out labelfile pg_catalog.text, out spcmapfile pg_catalog.text) RETURNS SETOF record LANGUAGE INTERNAL VOLATILE STRICT as 'pg_stop_backup_v2'; +-- ---------------------------------------------------------------- +-- ---------------------------------------------------------------- +DROP FUNCTION IF EXISTS pg_catalog.gs_decrypt_function(IN decryptstr text, IN keystr text, IN type text,OUT decrypt_result_str text) CASCADE; +SET LOCAL inplace_upgrade_next_system_object_oids = IUO_PROC, 6322; +CREATE FUNCTION pg_catalog.gs_decrypt_function(IN decryptstr text, IN keystr text, IN type text, OUT decrypt_result_str text) RETURNS text LANGUAGE INTERNAL as 'gs_decrypt_function'; + +-- ---------------------------------------------------------------- +DROP FUNCTION IF EXISTS pg_catalog.gs_encrypt_function(IN encryptstr text, IN keystr text, IN type text,OUT decrypt_result_str text) CASCADE; +SET LOCAL inplace_upgrade_next_system_object_oids = IUO_PROC, 6323; +CREATE FUNCTION pg_catalog.gs_encrypt_function(IN encryptstr text, IN keystr text, IN type text, OUT encrypt_result_str text) RETURNS text LANGUAGE INTERNAL as 'gs_encrypt_function'; \ No newline at end of file diff --git a/src/include/utils/builtins.h b/src/include/utils/builtins.h index 27038e21a..a12cfd840 100644 --- a/src/include/utils/builtins.h +++ b/src/include/utils/builtins.h @@ -1450,8 +1450,8 @@ extern Datum substrb_without_lenth(PG_FUNCTION_ARGS); /*aes encrypt/decrypt function*/ extern Datum gs_encrypt_aes128(PG_FUNCTION_ARGS); extern Datum gs_decrypt_aes128(PG_FUNCTION_ARGS); -extern Datum gs_encrypt_sm4(PG_FUNCTION_ARGS); -extern Datum gs_decrypt_sm4(PG_FUNCTION_ARGS); +extern Datum gs_encrypt_function(PG_FUNCTION_ARGS); +extern Datum gs_decrypt_tunction(PG_FUNCTION_ARGS); extern ScalarVector* vtimestamp_part(PG_FUNCTION_ARGS); extern ScalarVector* vint4mul(PG_FUNCTION_ARGS); diff --git a/src/test/regress/expected/hw_cipher_aes128.out b/src/test/regress/expected/hw_cipher_aes128.out new file mode 100644 index 000000000..e5dc4336e --- /dev/null +++ b/src/test/regress/expected/hw_cipher_aes128.out @@ -0,0 +1,120 @@ +--function test +select gs_encrypt_function('along','1234@abc','aes128'); + gs_encrypt_function +---------------------------------------------------------------------------------------------- +--? +(1 row) + +select gs_decrypt_function(gs_encrypt_function('along','1234@abc','aes128'),'1234@abc','aes128'); + gs_decrypt_function +--------------------- + along +(1 row) + +select gs_decrypt_function(gs_encrypt_function('world','1234@abc','aes128'),'abc@4321','aes128'); --difference key cause error +ERROR: decrypt the cipher text failed! +CONTEXT: referenced column: gs_decrypt_function +select gs_decrypt_function('h0pTXTyPJ3zEaXdv6ArxHEXl77RhCG84q+V80uYtcXV+OwPu3SDI5iTPG+LoH4AX+MqIrwRcl7xhaC5/WIk2iMP6LRc=','abc@4321','aes128'); --difference key cause mac error +ERROR: decrypt the cipher text failed! +CONTEXT: referenced column: gs_decrypt_function +select gs_encrypt_function('along','1234@abc5678abcdefghi','aes128'); --key longer than 16 Byte cause error +ERROR: The encryption key must be 8~16 bytes and contain at least three kinds of characters! +CONTEXT: referenced column: gs_encrypt_function +select gs_decrypt_function('along','1234@abc','aes128'); --wrong cipher cause error +ERROR: Decode the cipher text failed or the ciphertext is too short! +CONTEXT: referenced column: gs_decrypt_function +select gs_decrypt_function('sfwsniPmaP57t8ICMkPy9dgKWGvfNpsxX9AWYDJnv9qYShAniNVVinz2DjUln4Uk+MqIrwRcl7xhaC5/WIk2iMP6LRc=','1234@abc','aes128'); +ERROR: decrypt the cipher text failed! +CONTEXT: referenced column: gs_decrypt_function +--insert/select test +create table aes_table(name text); +insert into aes_table values(gs_encrypt_function('he@#llo','1234@abc','aes128')); --special characters +select gs_decrypt_function(name,'1234@abc','aes128') from aes_table order by 1; + gs_decrypt_function +--------------------- + he@#llo +(1 row) + +drop table aes_table; +--column type test +create table aes_type_bytea(name bytea); +create table aes_type_varchar(name varchar(100)); +create table aes_type_nvarchar2(name nvarchar2(100)); +create table aes_type_int(id int); +create table aes_type_numeric(id numeric); +insert into aes_type_bytea values(gs_encrypt_function('along','1234@abc','aes128')); +ERROR: column "name" is of type bytea but expression is of type text +LINE 1: insert into aes_type_bytea values(gs_encrypt_function('along... + ^ +HINT: You will need to rewrite or cast the expression. +CONTEXT: referenced column: name +insert into aes_type_varchar values(gs_encrypt_function('along','1234@abc','aes128')); +insert into aes_type_nvarchar2 values(gs_encrypt_function('along','1234@abc','aes128')); +insert into aes_type_int values(gs_encrypt_function('along','1234@abc','aes128')); +--? +CONTEXT: referenced column: id +insert into aes_type_numeric values(gs_encrypt_function('along','1234@abc','aes128')); +--? +CONTEXT: referenced column: id +drop table aes_type_bytea; +drop table aes_type_varchar; +drop table aes_type_nvarchar2; +drop table aes_type_int; +drop table aes_type_numeric; +--data type test +create table aes_data_type(c1 int4, c2 int8, c3 numeric(18,2), c4 float8, c5 money, c6 boolean, c7 varchar(15), c8 text, c9 date, c10 bytea); +insert into aes_data_type values(123456,654321,123.21,654321.123456,100,TRUE,'varchar','text','2017-12-07', 'bytea'); +create table aes_data_encrypt(e1 text, e2 text, e3 text, e4 text, e5 text, e6 text, e7 text, e8 text, e9 text, e10 text); +insert into aes_data_encrypt select gs_encrypt_function(c1,'1234@abc','aes128'), gs_encrypt_function(c2,'1234@abc','aes128'), gs_encrypt_function(c3,'1234@abc','aes128'), +gs_encrypt_function(c4,'1234@abc','aes128'), gs_encrypt_function(c7,'1234@abc','aes128'), gs_encrypt_function(c8,'1234@abc','aes128'), gs_encrypt_function(c9,'1234@abc','aes128') from aes_data_type; +select gs_encrypt_function(c5,'1234@abc','aes128') from aes_data_type; +ERROR: function gs_encrypt_function(money, unknown, unknown) does not exist +LINE 1: select gs_encrypt_function(c5,'1234@abc','aes128') from aes_... + ^ +HINT: No function matches the given name and argument types. You might need to add explicit type casts. +CONTEXT: referenced column: gs_encrypt_function +select gs_encrypt_function(c6,'1234@abc','aes128') from aes_data_type; +ERROR: function gs_encrypt_function(boolean, unknown, unknown) does not exist +LINE 1: select gs_encrypt_function(c6,'1234@abc','aes128') from aes_... + ^ +HINT: No function matches the given name and argument types. You might need to add explicit type casts. +CONTEXT: referenced column: gs_encrypt_function +select gs_encrypt_function(c10,'1234@abc','aes128') from aes_data_type; +ERROR: function gs_encrypt_function(bytea, unknown, unknown) does not exist +LINE 1: select gs_encrypt_function(c10,'1234@abc','aes128') from aes... + ^ +HINT: No function matches the given name and argument types. You might need to add explicit type casts. +CONTEXT: referenced column: gs_encrypt_function +drop table aes_data_type; +drop table aes_data_encrypt; +--boundary test +select gs_decrypt_function(gs_encrypt_function('','1234@abc','aes128'),'1234@abc','aes128'); + gs_decrypt_function +--------------------- + +(1 row) + +select gs_decrypt_function(gs_encrypt_function('along','1234@abc','aes128'),null,'aes128'); +ERROR: The decryption key can not be empty! +CONTEXT: referenced column: gs_decrypt_function +select gs_encrypt_function('along',null,'aes128'); +ERROR: The encryption key can not be empty! +CONTEXT: referenced column: gs_encrypt_function +select gs_decrypt_function(gs_encrypt_function('comeon','1234567@abcdefgh','aes128'),'1234567@abcdefgh','aes128'); + gs_decrypt_function +--------------------- + comeon +(1 row) + +select gs_decrypt_function(gs_encrypt_function('aessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessdsllsdlflsasssasdfsdlflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessdsllsdlflsasssasdfsdlflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessdsllsdlflsasssasdfsdlflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessdsllsdlflsasssasdfsdlflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessfaessdsllsdlflsasssasdfsdlflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessfaessdsllsdlflsasssasdfsdlflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessasdfasdfasdfsdfadfdfadfasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessasdfasdfasdfsdfadfdfadfalflsasssasdfaessdsllaessdsllsdlflsasssasdfaessasdfasdfasdfsdfadfdfadfassasdfaessdsllaessdsllsdlflsasssasdfaessasdfasdfasdfsdfadfdfadfdsllsdlflsasssasdfaessasdfasdfasdfsdfadfdfadfdsllsdlflsasssasdfaessasdfasdfasdfsdfadfdfadfdfaessasdfasdfasdfsdfadllaessdsllsdlflsasssasdfaessfaessdsllsdlflsasssasdfsdlflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessllaessdsllsdlflsasssasdfaessfaessdsllsdlflsasssasdfsdlflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaesssdlflsasssasdfsdlflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaesssdlflssasdfaessflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaesssdlflssasdfaessflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaesssdlflssasdfaessflsasasdfaessflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaesssdlflssasdfassdlflssasdfaessflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaesssdlflssasdfaessflsasasdfaessflsasssasdfaessllsdlflsasssasdfaesssdlflssasdfassdlflssasdfaessflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaesssdlflssasdfaessflsasasdfaessflsasssasdfaessllsdlflsasssasdfaesssdlflssasdfassdlflssasdfaessflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaesssdlflssasdfaessflsasasdfaessflsasssasdfaessllsdlflsasssasdfaesssdlflssasdfassdllsdlflsasssasdfaesssdlflssasdfassdsdllsdlflsasssasdfaesssdlflssasdfassdaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdllsdlflsasssasdfaesssdlflssasdfassdlflssasdfaessflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaesssdlflssasdfaessflsasasdfaessflsasssasdfaessllsdlflsasssasdfaesssdlflssasdfassdlflssasdfaessflsasssasdfaessdsllsdlllsdlsdlaaabbllsdlsdlaaabbllsdlsdlaaabbdasdfsdfaasdfasdfsdfsdasdfadsadfasdfadsadfasssdlflssassssdlflssasssassssdlflssasssassssdlflssasssassssdlflssaslssassssdlflssasssassssdlflssssdlflssasssassssdlflssasssassssdlflssaslssassssdlflssasssassssdlflssasssassssdlflssasssassssdlflssasasssassssdlflssasssasssssssdlflssasssassssdlflssasssassssdlflssaslssassssdlflssasssassssdlflssasssassssdlflssasssassssdlflssasasssassssdlflssasssassssdlflssasasssassssdlflssasssasssssssdlflssasssassssdlflssasssassssdlflssaslssassssdlflssasssassssdlflssasssassssdlflssasssassssdlflssasasssassssdlflssasssassssdlflssasasssassssdlflssasssasssssssdlflssasssassssdlflssasssassssdlflssaslssassssdlflssasssassssdlflssasssassssdlflssasssassssdlflssasasssassssdlflssasssassssdlflssasasssassssdlflssasssasssssssdlflssasssassssdlflssasssassssdlflssaslssassssdlflssasssassssdlflssasssassssdlflssasssassssdlflssasasssassssdlflssasssassssdlflssasasssassssdlflssasssasssssssdlflssasssassssssssssdlflssassssdlflssasssasssssssdlflssasssasssassssdlflssasssasssssssdssdlfldlflsasssassssdlflssssdlflssasasssassssdlflssasssasssssssdlflssasssasssssssdlflssasssasssasssassssdlflssasssassssdlflssasasssassssdlflssasssasssssssdlflssasssassssssssssssdlfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessdsllsdlflsasssasdfsdlflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessdsllsdlflsasssasdfsdlflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessdsllsdlflsasssasdfsdlflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessdsllsdlflsasssasdfsdlflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessfaessdsllsdlflsasssasdfsdlflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessfaessdsllsdlflsasssasdfsdlflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessasdfasdfasdfsdfadfdfadfasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessasdfasdfasdfsdfadfdfadfalflsasssasdfaessdsllaessdsllsdlflsasssasdfaessasdfasdfasdfsdfadfdfadfassasdfaessdsllaessdsllsdlflsasssasdfaessasdfasdfasdfsdfadfdfadfdsllsdlflsasssasdfaessasdfasdfasdfsdfadfdfadfdsllsdlflsasssasdfaessasdfasdfasdfsdfadfdfadfdfaessasdfasdfasdfsdfadllaessdsllsdlflsasssasdfaessfaessdsllsdlflsasssasdfsdlflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessllaessdsllsdlflsasssasdfaessfaessdsllsdlflsasssasdfsdlflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaesssdlflsasssasdfsdlflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessflsasssasdfaessdsllsdlflsasssasdfaessdsll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+ gs_decrypt_function +-------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------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+ 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+(1 row) + +select gs_encrypt_function('along','1234','aes128'); +ERROR: The encryption key must be 8~16 bytes and contain at least three kinds of characters! +CONTEXT: referenced column: gs_encrypt_function +select gs_decrypt_function(gs_encrypt_function('comeon','12345678@abcdefgh','aes128'),'12345678@abcdefgh','aes128'); +ERROR: The encryption key must be 8~16 bytes and contain at least three kinds of characters! +CONTEXT: referenced column: gs_decrypt_function \ No newline at end of file diff --git a/src/test/regress/expected/hw_cipher_sm4.out b/src/test/regress/expected/hw_cipher_sm4.out index c758f4986..5d811255c 100644 --- a/src/test/regress/expected/hw_cipher_sm4.out +++ b/src/test/regress/expected/hw_cipher_sm4.out @@ -1,102 +1,37 @@ -DROP table if exists aes_cipher; ---? -create table aes_cipher(cipher text, key varchar(16)); -insert into aes_cipher values(gs_encrypt_sm4('hello','1234@abc'),'1234@abc'); -insert into aes_cipher values(gs_encrypt_sm4('hello','1234@abc'),'1234@abc'); -insert into aes_cipher select * from aes_cipher; -insert into aes_cipher select * from aes_cipher; -insert into aes_cipher select * from aes_cipher; -insert into aes_cipher values(gs_encrypt_sm4('hello','1@abcdef'),'1@abcdef'); -insert into aes_cipher values(gs_encrypt_sm4('hello','2@abcdef'),'2@abcdef'); -insert into aes_cipher values(gs_encrypt_sm4('hello','3@abcdef'),'3@abcdef'); -insert into aes_cipher values(gs_encrypt_sm4('hello','4@abcdef'),'4@abcdef'); -insert into aes_cipher values(gs_encrypt_sm4('hello','5@abcdef'),'5@abcdef'); -insert into aes_cipher values(gs_encrypt_sm4('hello','6@abcdef'),'6@abcdef'); -insert into aes_cipher values(gs_encrypt_sm4('hello','7@abcdef'),'7@abcdef'); -insert into aes_cipher values(gs_encrypt_sm4('hello','8@abcdef'),'8@abcdef'); -insert into aes_cipher values(gs_encrypt_sm4('hello','9@abcdef'),'9@abcdef'); -insert into aes_cipher values(gs_encrypt_sm4('hello','10@abcdef'),'10@abcdef'); -insert into aes_cipher values(gs_encrypt_sm4('hello','11@abcdef'),'11@abcdef'); -insert into aes_cipher values(gs_encrypt_sm4('hello','12@abcdef'),'12@abcdef'); -insert into aes_cipher values(gs_encrypt_sm4('hello','13@abcdef'),'13@abcdef'); -insert into aes_cipher values(gs_encrypt_sm4('hello','14@abcdef'),'14@abcdef'); -insert into aes_cipher values(gs_encrypt_sm4('hello','15@abcdef'),'15@abcdef'); -insert into aes_cipher values(gs_encrypt_sm4('hello','16@abcdef'),'16@abcdef'); -insert into aes_cipher values(gs_encrypt_sm4('hello','17@abcdef'),'17@abcdef'); -insert into aes_cipher values(gs_encrypt_sm4('hello','18@abcdef'),'18@abcdef'); -insert into aes_cipher values(gs_encrypt_sm4('hello','19@abcdef'),'19@abcdef'); -insert into aes_cipher values(gs_encrypt_sm4('hello','20@abcdef'),'20@abcdef'); -insert into aes_cipher values(gs_encrypt_sm4('hello','21@abcdef'),'21@abcdef'); -insert into aes_cipher values(gs_encrypt_sm4('hello','22@abcdef'),'22@abcdef'); -insert into aes_cipher values(gs_encrypt_sm4('hello','23@abcdef'),'23@abcdef'); -insert into aes_cipher values(gs_encrypt_sm4('hello','24@abcdef'),'24@abcdef'); -insert into aes_cipher values(gs_encrypt_sm4('hello','25@abcdef'),'25@abcdef'); -select gs_decrypt_sm4(cipher,key) from aes_cipher order by 1; - gs_decrypt_sm4 ----------------- - hello - hello - hello - hello - hello - hello - hello - hello - hello - hello - hello - hello - hello - hello - hello - hello - hello - hello - hello - hello - hello - hello - hello - hello - hello - hello - hello - hello - hello - hello - hello - hello - hello - hello - hello - hello - hello - hello - hello - hello - hello -(41 rows) - -DROP table aes_cipher; --function test -select gs_encrypt_sm4('along','1234@abc'); - gs_encrypt_sm4 ----------------- +select gs_encrypt_function('along','1234@abc','sm4'); + gs_encrypt_function +--------------------- OOH7ALM= (1 row) -select gs_decrypt_sm4(gs_encrypt_sm4('along','1234@abc'),'1234@abc'); - gs_decrypt_sm4 ----------------- +select gs_decrypt_function(gs_encrypt_function('along','1234@abc','sm4'),'1234@abc','sm4'); + gs_decrypt_function +--------------------- along (1 row) +select gs_decrypt_function(gs_encrypt_function('world','1234@abc','sm4'),'abc@4321','sm4'); --difference key cause error + gs_decrypt_function +--------------------- + B'8 +(1 row) + +select gs_encrypt_function('along','1234@abc5678abcdefghi','sm4'); --key longer than 16 Byte cause error +ERROR: The encryption key must be 8~16 bytes and contain at least three kinds of characters! +CONTEXT: referenced column: gs_encrypt_function +select gs_decrypt_function('along','1234@abc','sm4'); --wrong cipher cause error + gs_decrypt_function +--------------------- + 3׳ +(1 row) + --insert/select test create table aes_table(name text); -insert into aes_table values(gs_encrypt_sm4('he@#llo','1234@abc')); --special characters -select gs_decrypt_sm4(name,'1234@abc') from aes_table order by 1; - gs_decrypt_sm4 ----------------- +insert into aes_table values(gs_encrypt_function('he@#llo','1234@abc','sm4')); --special characters +select gs_decrypt_function(name,'1234@abc','sm4') from aes_table order by 1; + gs_decrypt_function +--------------------- he@#llo (1 row) @@ -107,19 +42,19 @@ create table aes_type_varchar(name varchar(100)); create table aes_type_nvarchar2(name nvarchar2(100)); create table aes_type_int(id int); create table aes_type_numeric(id numeric); -insert into aes_type_bytea values(gs_encrypt_sm4('along','1234@abc')); +insert into aes_type_bytea values(gs_encrypt_function('along','1234@abc','sm4')); ERROR: column "name" is of type bytea but expression is of type text -LINE 1: insert into aes_type_bytea values(gs_encrypt_sm4('along','12... +LINE 1: insert into aes_type_bytea values(gs_encrypt_function('along... ^ HINT: You will need to rewrite or cast the expression. CONTEXT: referenced column: name -insert into aes_type_varchar values(gs_encrypt_sm4('along','1234@abc')); -insert into aes_type_nvarchar2 values(gs_encrypt_sm4('along','1234@abc')); -insert into aes_type_int values(gs_encrypt_sm4('along','1234@abc')); ---?ERROR: invalid input syntax for integer: .* +insert into aes_type_varchar values(gs_encrypt_function('along','1234@abc','sm4')); +insert into aes_type_nvarchar2 values(gs_encrypt_function('along','1234@abc','sm4')); +insert into aes_type_int values(gs_encrypt_function('along','1234@abc','sm4')); +ERROR: invalid input syntax for integer: "OOH7ALM=" CONTEXT: referenced column: id -insert into aes_type_numeric values(gs_encrypt_sm4('along','1234@abc')); ---?ERROR: invalid input syntax for type numeric: .* +insert into aes_type_numeric values(gs_encrypt_function('along','1234@abc','sm4')); +ERROR: invalid input syntax for type numeric: "OOH7ALM=" CONTEXT: referenced column: id drop table aes_type_bytea; drop table aes_type_varchar; @@ -130,56 +65,56 @@ drop table aes_type_numeric; create table aes_data_type(c1 int4, c2 int8, c3 numeric(18,2), c4 float8, c5 money, c6 boolean, c7 varchar(15), c8 text, c9 date, c10 bytea); insert into aes_data_type values(123456,654321,123.21,654321.123456,100,TRUE,'varchar','text','2017-12-07', 'bytea'); create table aes_data_encrypt(e1 text, e2 text, e3 text, e4 text, e5 text, e6 text, e7 text, e8 text, e9 text, e10 text); -insert into aes_data_encrypt select gs_encrypt_sm4(c1,'1234@abc'), gs_encrypt_sm4(c2,'1234@abc'), gs_encrypt_sm4(c3,'1234@abc'), -gs_encrypt_sm4(c4,'1234@abc'), gs_encrypt_sm4(c7,'1234@abc'), gs_encrypt_sm4(c8,'1234@abc'), gs_encrypt_sm4(c9,'1234@abc') from aes_data_type; -select gs_encrypt_sm4(c5,'1234@abc') from aes_data_type; -ERROR: function gs_encrypt_sm4(money, unknown) does not exist -LINE 1: select gs_encrypt_sm4(c5,'1234@abc') from aes_data_type; +insert into aes_data_encrypt select gs_encrypt_function(c1,'1234@abc','sm4'), gs_encrypt_function(c2,'1234@abc','sm4'), gs_encrypt_function(c3,'1234@abc','sm4'), +gs_encrypt_function(c4,'1234@abc','sm4'), gs_encrypt_function(c7,'1234@abc','sm4'), gs_encrypt_function(c8,'1234@abc','sm4'), gs_encrypt_function(c9,'1234@abc','sm4') from aes_data_type; +select gs_encrypt_function(c5,'1234@abc','sm4') from aes_data_type; +ERROR: function gs_encrypt_function(money, unknown, unknown) does not exist +LINE 1: select gs_encrypt_function(c5,'1234@abc','sm4') from aes_dat... ^ HINT: No function matches the given name and argument types. You might need to add explicit type casts. -CONTEXT: referenced column: gs_encrypt_sm4 -select gs_encrypt_sm4(c6,'1234@abc') from aes_data_type; -ERROR: function gs_encrypt_sm4(boolean, unknown) does not exist -LINE 1: select gs_encrypt_sm4(c6,'1234@abc') from aes_data_type; +CONTEXT: referenced column: gs_encrypt_function +select gs_encrypt_function(c6,'1234@abc','sm4') from aes_data_type; +ERROR: function gs_encrypt_function(boolean, unknown, unknown) does not exist +LINE 1: select gs_encrypt_function(c6,'1234@abc','sm4') from aes_dat... ^ HINT: No function matches the given name and argument types. You might need to add explicit type casts. -CONTEXT: referenced column: gs_encrypt_sm4 -select gs_encrypt_sm4(c10,'1234@abc') from aes_data_type; -ERROR: function gs_encrypt_sm4(bytea, unknown) does not exist -LINE 1: select gs_encrypt_sm4(c10,'1234@abc') from aes_data_type; +CONTEXT: referenced column: gs_encrypt_function +select gs_encrypt_function(c10,'1234@abc','sm4') from aes_data_type; +ERROR: function gs_encrypt_function(bytea, unknown, unknown) does not exist +LINE 1: select gs_encrypt_function(c10,'1234@abc','sm4') from aes_da... ^ HINT: No function matches the given name and argument types. You might need to add explicit type casts. -CONTEXT: referenced column: gs_encrypt_sm4 +CONTEXT: referenced column: gs_encrypt_function drop table aes_data_type; drop table aes_data_encrypt; --boundary test -select gs_decrypt_sm4(gs_encrypt_sm4('','1234@abc'),'1234@abc'); - gs_decrypt_sm4 ----------------- +select gs_decrypt_function(gs_encrypt_function('','1234@abc','sm4'),'1234@abc','sm4'); + gs_decrypt_function +--------------------- (1 row) -select gs_decrypt_sm4(gs_encrypt_sm4('along','1234@abc'),null); +select gs_decrypt_function(gs_encrypt_function('along','1234@abc','sm4'),null,'sm4'); ERROR: The decryption key can not be empty! -CONTEXT: referenced column: gs_decrypt_sm4 -select gs_encrypt_sm4('along',null); +CONTEXT: referenced column: gs_decrypt_function +select gs_encrypt_function('along',null,'sm4'); ERROR: The encryption key can not be empty! -CONTEXT: referenced column: gs_encrypt_sm4 -select gs_decrypt_sm4(gs_encrypt_sm4('comeon','1234567@abcdefgh'),'1234567@abcdefgh'); - gs_decrypt_sm4 ----------------- +CONTEXT: referenced column: gs_encrypt_function +select gs_decrypt_function(gs_encrypt_function('comeon','1234567@abcdefgh','sm4'),'1234567@abcdefgh','sm4'); + gs_decrypt_function +--------------------- comeon (1 row) -select gs_decrypt_sm4(gs_encrypt_sm4('aessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessdsllsdlflsasssasdfsdlflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessdsllsdlflsasssasdfsdlflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessdsllsdlflsasssasdfsdlflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessdsllsdlflsasssasdfsdlflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessfaessdsllsdlflsasssasdfsdlflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessfaessdsllsdlflsasssasdfsdlflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessasdfasdfasdfsdfadfdfadfasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessasdfasdfasdfsdfadfdfadfalflsasssasdfaessdsllaessdsllsdlflsasssasdfaessasdfasdfasdfsdfadfdfadfassasdfaessdsllaessdsllsdlflsasssasdfaessasdfasdfasdfsdfadfdfadfdsllsdlflsasssasdfaessasdfasdfasdfsdfadfdfadfdsllsdlflsasssasdfaessasdfasdfasdfsdfadfdfadfdfaessasdfasdfasdfsdfadllaessdsllsdlflsasssasdfaessfaessdsllsdlflsasssasdfsdlflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessllaessdsllsdlflsasssasdfaessfaessdsllsdlflsasssasdfsdlflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaesssdlflsasssasdfsdlflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaesssdlflssasdfaessflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaesssdlflssasdfaessflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaesssdlflssasdfaessflsasasdfaessflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaesssdlflssasdfassdlflssasdfaessflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaesssdlflssasdfaessflsasasdfaessflsasssasdfaessllsdlflsasssasdfaesssdlflssasdfassdlflssasdfaessflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaesssdlflssasdfaessflsasasdfaessflsasssasdfaessllsdlflsasssasdfaesssdlflssasdfassdlflssasdfaessflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaesssdlflssasdfaessflsasasdfaessflsasssasdfaessllsdlflsasssasdfaesssdlflssasdfassdllsdlflsasssasdfaesssdlflssasdfassdsdllsdlflsasssasdfaesssdlflssasdfassdaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdllsdlflsasssasdfaesssdlflssasdfassdlflssasdfaessflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaesssdlflssasdfaessflsasasdfaessflsasssasdfaessllsdlflsasssasdfaesssdlflssasdfassdlflssasdfaessflsasssasdfaessdsllsdlllsdlsdlaaabbllsdlsdlaaabbllsdlsdlaaabbdasdfsdfaasdfasdfsdfsdasdfadsadfasdfadsadfasssdlflssassssdlflssasssassssdlflssasssassssdlflssasssassssdlflssaslssassssdlflssasssassssdlflssssdlflssasssassssdlflssasssassssdlflssaslssassssdlflssasssassssdlflssasssassssdlflssasssassssdlflssasasssassssdlflssasssasssssssdlflssasssassssdlflssasssassssdlflssaslssassssdlflssasssassssdlflssasssassssdlflssasssassssdlflssasasssassssdlflssasssassssdlflssasasssassssdlflssasssasssssssdlflssasssassssdlflssasssassssdlflssaslssassssdlflssasssassssdlflssasssassssdlflssasssassssdlflssasasssassssdlflssasssassssdlflssasasssassssdlflssasssasssssssdlflssasssassssdlflssasssassssdlflssaslssassssdlflssasssassssdlflssasssassssdlflssasssassssdlflssasasssassssdlflssasssassssdlflssasasssassssdlflssasssasssssssdlflssasssassssdlflssasssassssdlflssaslssassssdlflssasssassssdlflssasssassssdlflssasssassssdlflssasasssassssdlflssasssassssdlflssasasssassssdlflssasssasssssssdlflssasssassssssssssdlflssassssdlflssasssasssssssdlflssasssasssassssdlflssasssasssssssdssdlfldlflsasssassssdlflssssdlflssasasssassssdlflssasssasssssssdlflssasssasssssssdlflssasssasssasssassssdlflssasssassssdlflssasasssassssdlflssasssasssssssdlflssasssassssssssssssdlfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessdsllsdlflsasssasdfsdlflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessdsllsdlflsasssasdfsdlflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessdsllsdlflsasssasdfsdlflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessdsllsdlflsasssasdfsdlflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessfaessdsllsdlflsasssasdfsdlflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessfaessdsllsdlflsasssasdfsdlflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessasdfasdfasdfsdfadfdfadfasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessasdfasdfasdfsdfadfdfadfalflsasssasdfaessdsllaessdsllsdlflsasssasdfaessasdfasdfasdfsdfadfdfadfassasdfaessdsllaessdsllsdlflsasssasdfaessasdfasdfasdfsdfadfdfadfdsllsdlflsasssasdfaessasdfasdfasdfsdfadfdfadfdsllsdlflsasssasdfaessasdfasdfasdfsdfadfdfadfdfaessasdfasdfasdfsdfadllaessdsllsdlflsasssasdfaessfaessdsllsdlflsasssasdfsdlflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessllaessdsllsdlflsasssasdfaessfaessdsllsdlflsasssasdfsdlflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaesssdlflsasssasdfsdlflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaesssdlflssasdfaessflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaesssdlflssasdfaessflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaesssdlflssasdfaessflsasasdfaessflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaesssdlflssasdfassdlflssasdfaessflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaesssdlflssasdfaessflsasasdfaessflsasssasdfaessllsdlflsasssasdfaesssdlflssasdfassdlflssasdfaessflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaesssdlflssasdfaessflsasasdfaessflsasssasdfaessllsdlflsasssasdfaesssdlflssasdfassdlflssasdfaessflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaesssdlflssasdfaessflsasasdfaessflsasssasdfaessllsdlflsasssasdfaesssdlflssasdfassdllsdlflsasssasdfaesssdlflssasdfassdsdllsdlflsasssasdfaesssdlflssasdfassdaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdllsdlflsasssasdfaesssdlflssasdfassdlflssasdfaessflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaesssdlflssasdfaessflsasasdfaessflsasssasdfaessllsdlflsasssasdfaesssdlflssasdfassdlflssasdfaessflsasssasdfaessdsllsdlllsdlsdlaaabbllsdlsdlaaabbllsdlsdlaaabbdasdfsdfaasdfasdfsdfsdasdfadsadfasdfadsadfasssdlflssassssdlflssasssassssdlflssasssassssdlflssasssassssdlflssaslssassssdlflssasssassssdlflssssdlflssasssassssdlflssasssassssdlflssaslssassssdlflssasssassssdlflssasssassssdlflssasssassssdlflssasasssassssdlflssasssasssssssdlflssasssassssdlflssasssassssdlflssaslssassssdlflssasssassssdlflssasssassssdlflssasssassssdlflssasasssassssdlflssasssassssdlflssasasssassssdlflssasssasssssssdlflssasssassssdlflssasssassssdlflssaslssassssdlflssasssassssdlflssasssassssdlflssasssassssdlflssasasssassssdlflssasssassssdlflssasasssassssdlflssasssasssssssdlflssasssassssdlflssasssassssdlflssaslssassssdlflssasssassssdlflssasssassssdlflssasssassssdlflssasasssassssdlflssasssassssdlflssasasssassssdlflssasssasssssssdlflssasssassssdlflssasssassssdlflssaslssassssdlflssasssassssdlflssasssassssdlflssasssassssdlflssasasssassssdlflssasssassssdlflssasasssassssdlflssasssasssssssdlflssasssassssssssssdlflssassssdlflssasssasssssssdlflssasssasssassssdlflssasssasssssssdssdlfldlflsasssassssdlflssssdlflssasasssassssdlflssasssasssssssdlflssasssasssssssdlflssasssasssasssassssdlflssasssassssdlflssasasssassssdlflssasssasssssssdlflssasssassssssssssssdlf','1234@abc'),'1234@abc'); - gs_decrypt_sm4 +select gs_decrypt_function(gs_encrypt_function('aessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessdsllsdlflsasssasdfsdlflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessdsllsdlflsasssasdfsdlflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessdsllsdlflsasssasdfsdlflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessdsllsdlflsasssasdfsdlflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessfaessdsllsdlflsasssasdfsdlflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessfaessdsllsdlflsasssasdfsdlflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessasdfasdfasdfsdfadfdfadfasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessasdfasdfasdfsdfadfdfadfalflsasssasdfaessdsllaessdsllsdlflsasssasdfaessasdfasdfasdfsdfadfdfadfassasdfaessdsllaessdsllsdlflsasssasdfaessasdfasdfasdfsdfadfdfadfdsllsdlflsasssasdfaessasdfasdfasdfsdfadfdfadfdsllsdlflsasssasdfaessasdfasdfasdfsdfadfdfadfdfaessasdfasdfasdfsdfadllaessdsllsdlflsasssasdfaessfaessdsllsdlflsasssasdfsdlflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessllaessdsllsdlflsasssasdfaessfaessdsllsdlflsasssasdfsdlflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaesssdlflsasssasdfsdlflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaesssdlflssasdfaessflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaesssdlflssasdfaessflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaesssdlflssasdfaessflsasasdfaessflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaesssdlflssasdfassdlflssasdfaessflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaesssdlflssasdfaessflsasasdfaessflsasssasdfaessllsdlflsasssasdfaesssdlflssasdfassdlflssasdfaessflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaesssdlflssasdfaessflsasasdfaessflsasssasdfaessllsdlflsasssasdfaesssdlflssasdfassdlflssasdfaessflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaesssdlflssasdfaessflsasasdfaessflsasssasdfaessllsdlflsasssasdfaesssdlflssasdfassdllsdlflsasssasdfaesssdlflssasdfassdsdllsdlflsasssasdfaesssdlflssasdfassdaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdllsdlflsasssasdfaesssdlflssasdfassdlflssasdfaessflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaesssdlflssasdfaessflsasasdfaessflsasssasdfaessllsdlflsasssasdfaesssdlflssasdfassdlflssasdfaessflsasssasdfaessdsllsdlllsdlsdlaaabbllsdlsdlaaabbllsdlsdlaaabbdasdfsdfaasdfasdfsdfsdasdfadsadfasdfadsadfasssdlflssassssdlflssasssassssdlflssasssassssdlflssasssassssdlflssaslssassssdlflssasssassssdlflssssdlflssasssassssdlflssasssassssdlflssaslssassssdlflssasssassssdlflssasssassssdlflssasssassssdlflssasasssassssdlflssasssasssssssdlflssasssassssdlflssasssassssdlflssaslssassssdlflssasssassssdlflssasssassssdlflssasssassssdlflssasasssassssdlflssasssassssdlflssasasssassssdlflssasssasssssssdlflssasssassssdlflssasssassssdlflssaslssassssdlflssasssassssdlflssasssassssdlflssasssassssdlflssasasssassssdlflssasssassssdlflssasasssassssdlflssasssasssssssdlflssasssassssdlflssasssassssdlflssaslssassssdlflssasssassssdlflssasssassssdlflssasssassssdlflssasasssassssdlflssasssassssdlflssasasssassssdlflssasssasssssssdlflssasssassssdlflssasssassssdlflssaslssassssdlflssasssassssdlflssasssassssdlflssasssassssdlflssasasssassssdlflssasssassssdlflssasasssassssdlflssasssasssssssdlflssasssassssssssssdlflssassssdlflssasssasssssssdlflssasssasssassssdlflssasssasssssssdssdlfldlflsasssassssdlflssssdlflssasasssassssdlflssasssasssssssdlflssasssasssssssdlflssasssasssasssassssdlflssasssassssdlflssasasssassssdlflssasssasssssssdlflssasssassssssssssssdlfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessdsllsdlflsasssasdfsdlflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessdsllsdlflsasssasdfsdlflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessdsllsdlflsasssasdfsdlflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessdsllsdlflsasssasdfsdlflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessfaessdsllsdlflsasssasdfsdlflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessfaessdsllsdlflsasssasdfsdlflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessasdfasdfasdfsdfadfdfadfasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessasdfasdfasdfsdfadfdfadfalflsasssasdfaessdsllaessdsllsdlflsasssasdfaessasdfasdfasdfsdfadfdfadfassasdfaessdsllaessdsllsdlflsasssasdfaessasdfasdfasdfsdfadfdfadfdsllsdlflsasssasdfaessasdfasdfasdfsdfadfdfadfdsllsdlflsasssasdfaessasdfasdfasdfsdfadfdfadfdfaessasdfasdfasdfsdfadllaessdsllsdlflsasssasdfaessfaessdsllsdlflsasssasdfsdlflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessllaessdsllsdlflsasssasdfaessfaessdsllsdlflsasssasdfsdlflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaesssdlflsasssasdfsdlflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaesssdlflssasdfaessflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaesssdlflssasdfaessflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaesssdlflssasdfaessflsasasdfaessflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaesssdlflssasdfassdlflssasdfaessflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaesssdlflssasdfaessflsasasdfaessflsasssasdfaessllsdlflsasssasdfaesssdlflssasdfassdlflssasdfaessflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaesssdlflssasdfaessflsasasdfaessflsasssasdfaessllsdlflsasssasdfaesssdlflssasdfassdlflssasdfaessflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaesssdlflssasdfaessflsasasdfaessflsasssasdfaessllsdlflsasssasdfaesssdlflssasdfassdllsdlflsasssasdfaesssdlflssasdfassdsdllsdlflsasssasdfaesssdlflssasdfassdaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdllsdlflsasssasdfaesssdlflssasdfassdlflssasdfaessflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaesssdlflssasdfaessflsasasdfaessflsasssasdfaessllsdlflsasssasdfaesssdlflssasdfassdlflssasdfaessflsasssasdfaessdsllsdlllsdlsdlaaabbllsdlsdlaaabbllsdlsdlaaabbdasdfsdfaasdfasdfsdfsdasdfadsadfasdfadsadfasssdlflssassssdlflssasssassssdlflssasssassssdlflssasssassssdlflssaslssassssdlflssasssassssdlflssssdlflssasssassssdlflssasssassssdlflssaslssassssdlflssasssassssdlflssasssassssdlflssasssassssdlflssasasssassssdlflssasssasssssssdlflssasssassssdlflssasssassssdlflssaslssassssdlflssasssassssdlflssasssassssdlflssasssassssdlflssasasssassssdlflssasssassssdlflssasasssassssdlflssasssasssssssdlflssasssassssdlflssasssassssdlflssaslssassssdlflssasssassssdlflssasssassssdlflssasssassssdlflssasasssassssdlflssasssassssdlflssasasssassssdlflssasssasssssssdlflssasssassssdlflssasssassssdlflssaslssassssdlflssasssassssdlflssasssassssdlflssasssassssdlflssasasssassssdlflssasssassssdlflssasasssassssdlflssasssasssssssdlflssasssassssdlflssasssassssdlflssaslssassssdlflssasssassssdlflssasssassssdlflssasssassssdlflssasasssassssdlflssasssassssdlflssasasssassssdlflssasssasssssssdlflssasssassssssssssdlflssassssdlflssasssasssssssdlflssasssasssassssdlflssasssasssssssdssdlfldlflsasssassssdlflssssdlflssasasssassssdlflssasssasssssssdlflssasssasssssssdlflssasssasssasssassssdlflssasssassssdlflssasasssassssdlflssasssasssssssdlflssasssassssssssssssdlf','1234@abc','sm4'),'1234@abc','sm4'); + gs_decrypt_function 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(1 row) -select gs_encrypt_sm4('along','1234'); +select gs_encrypt_function('along','1234','sm4'); ERROR: The encryption key must be 8~16 bytes and contain at least three kinds of characters! -CONTEXT: referenced column: gs_encrypt_sm4 -select gs_decrypt_sm4(gs_encrypt_sm4('comeon','12345678@abcdefgh'),'12345678@abcdefgh'); -ERROR: The encryption key must be shorter than 16 bytes! -CONTEXT: referenced column: gs_decrypt_sm4 \ No newline at end of file +CONTEXT: referenced column: gs_encrypt_function +select gs_decrypt_function(gs_encrypt_function('comeon','12345678@abcdefgh','sm4'),'12345678@abcdefgh','sm4'); +ERROR: The encryption key must be 8~16 bytes and contain at least three kinds of characters! +CONTEXT: referenced column: gs_decrypt_function diff --git a/src/test/regress/expected/single_node_opr_sanity.out b/src/test/regress/expected/single_node_opr_sanity.out index 48d48a92f..067189424 100644 --- a/src/test/regress/expected/single_node_opr_sanity.out +++ b/src/test/regress/expected/single_node_opr_sanity.out @@ -2777,8 +2777,8 @@ WHERE d.classoid IS NULL AND p1.oid <= 9999 order by 1; 6204 | pg_stop_backup 6224 | gs_get_next_xid_csn 6321 | pg_stat_file_recursive - 6322 | gs_decrypt_sm4 - 6323 | gs_encrypt_sm4 + 6322 | gs_decrypt_function + 6323 | gs_encrypt_function 7777 | sysdate 7998 | set_working_grand_version_num_manually 8050 | datalength diff --git a/src/test/regress/parallel_schedule0 b/src/test/regress/parallel_schedule0 index a6bdecc4f..7954b80c7 100644 --- a/src/test/regress/parallel_schedule0 +++ b/src/test/regress/parallel_schedule0 @@ -742,6 +742,7 @@ test: hw_partition_hash_dql test: hw_partition_list_dml test: hw_partition_list_dql test: hw_cipher_sm4 +test: hw_cipher_aes128 test: rule_test #delete limit diff --git a/src/test/regress/sql/hw_cipher_aes128.sql b/src/test/regress/sql/hw_cipher_aes128.sql new file mode 100644 index 000000000..97597665c --- /dev/null +++ b/src/test/regress/sql/hw_cipher_aes128.sql @@ -0,0 +1,48 @@ +--function test +select gs_encrypt_function('along','1234@abc','aes128'); +select gs_decrypt_function(gs_encrypt_function('along','1234@abc','aes128'),'1234@abc','aes128'); +select gs_decrypt_function(gs_encrypt_function('world','1234@abc','aes128'),'abc@4321','aes128'); --difference key cause error +select gs_decrypt_function('h0pTXTyPJ3zEaXdv6ArxHEXl77RhCG84q+V80uYtcXV+OwPu3SDI5iTPG+LoH4AX+MqIrwRcl7xhaC5/WIk2iMP6LRc=','abc@4321','aes128'); --difference key cause mac error +select gs_encrypt_function('along','1234@abc5678abcdefghi','aes128'); --key longer than 16 Byte cause error +select gs_decrypt_function('along','1234@abc','aes128'); --wrong cipher cause error +select gs_decrypt_function('sfwsniPmaP57t8ICMkPy9dgKWGvfNpsxX9AWYDJnv9qYShAniNVVinz2DjUln4Uk+MqIrwRcl7xhaC5/WIk2iMP6LRc=','1234@abc','aes128'); +--insert/select test +create table aes_table(name text); +insert into aes_table values(gs_encrypt_function('he@#llo','1234@abc','aes128')); --special characters +select gs_decrypt_function(name,'1234@abc','aes128') from aes_table order by 1; +drop table aes_table; +--column type test +create table aes_type_bytea(name bytea); +create table aes_type_varchar(name varchar(100)); +create table aes_type_nvarchar2(name nvarchar2(100)); +create table aes_type_int(id int); +create table aes_type_numeric(id numeric); +insert into aes_type_bytea values(gs_encrypt_function('along','1234@abc','aes128')); +insert into aes_type_varchar values(gs_encrypt_function('along','1234@abc','aes128')); +insert into aes_type_nvarchar2 values(gs_encrypt_function('along','1234@abc','aes128')); +insert into aes_type_int values(gs_encrypt_function('along','1234@abc','aes128')); +insert into aes_type_numeric values(gs_encrypt_function('along','1234@abc','aes128')); +drop table aes_type_bytea; +drop table aes_type_varchar; +drop table aes_type_nvarchar2; +drop table aes_type_int; +drop table aes_type_numeric; +--data type test +create table aes_data_type(c1 int4, c2 int8, c3 numeric(18,2), c4 float8, c5 money, c6 boolean, c7 varchar(15), c8 text, c9 date, c10 bytea); +insert into aes_data_type values(123456,654321,123.21,654321.123456,100,TRUE,'varchar','text','2017-12-07', 'bytea'); +create table aes_data_encrypt(e1 text, e2 text, e3 text, e4 text, e5 text, e6 text, e7 text, e8 text, e9 text, e10 text); +insert into aes_data_encrypt select gs_encrypt_function(c1,'1234@abc','aes128'), gs_encrypt_function(c2,'1234@abc','aes128'), gs_encrypt_function(c3,'1234@abc','aes128'), +gs_encrypt_function(c4,'1234@abc','aes128'), gs_encrypt_function(c7,'1234@abc','aes128'), gs_encrypt_function(c8,'1234@abc','aes128'), gs_encrypt_function(c9,'1234@abc','aes128') from aes_data_type; +select gs_encrypt_function(c5,'1234@abc','aes128') from aes_data_type; +select gs_encrypt_function(c6,'1234@abc','aes128') from aes_data_type; +select gs_encrypt_function(c10,'1234@abc','aes128') from aes_data_type; +drop table aes_data_type; +drop table aes_data_encrypt; +--boundary test +select gs_decrypt_function(gs_encrypt_function('','1234@abc','aes128'),'1234@abc','aes128'); +select gs_decrypt_function(gs_encrypt_function('along','1234@abc','aes128'),null,'aes128'); +select gs_encrypt_function('along',null,'aes128'); +select gs_decrypt_function(gs_encrypt_function('comeon','1234567@abcdefgh','aes128'),'1234567@abcdefgh','aes128'); +select gs_decrypt_function(gs_encrypt_function('aessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessdsllsdlflsasssasdfsdlflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessdsllsdlflsasssasdfsdlflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessdsllsdlflsasssasdfsdlflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessdsllsdlflsasssasdfsdlflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessfaessdsllsdlflsasssasdfsdlflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessfaessdsllsdlflsasssasdfsdlflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessasdfasdfasdfsdfadfdfadfasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessasdfasdfasdfsdfadfdfadfalflsasssasdfaessdsllaessdsllsdlflsasssasdfaessasdfasdfasdfsdfadfdfadfassasdfaessdsllaessdsllsdlflsasssasdfaessasdfasdfasdfsdfadfdfadfdsllsdlflsasssasdfaessasdfasdfasdfsdfadfdfadfdsllsdlflsasssasdfaessasdfasdfasdfsdfadfdfadfdfaessasdfasdfasdfsdfadllaessdsllsdlflsasssasdfaessfaessdsllsdlflsasssasdfsdlflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessllaessdsllsdlflsasssasdfaessfaessdsllsdlflsasssasdfsdlflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaesssdlflsasssasdfsdlflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaesssdlflssasdfaessflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaesssdlflssasdfaessflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaesssdlflssasdfaessflsasasdfaessflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaesssdlflssasdfassdlflssasdfaessflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaesssdlflssasdfaessflsasasdfaessflsasssasdfaessllsdlflsasssasdfaesssdlflssasdfassdlflssasdfaessflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaesssdlflssasdfaessflsasasdfaessflsasssasdfaessllsdlflsasssasdfaesssdlflssasdfassdlflssasdfaessflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaesssdlflssasdfaessflsasasdfaessflsasssasdfaessllsdlflsasssasdfaesssdlflssasdfassdllsdlflsasssasdfaesssdlflssasdfassdsdllsdlflsasssasdfaesssdlflssasdfassdaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdllsdlflsasssasdfaesssdlflssasdfassdlflssasdfaessflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaesssdlflssasdfaessflsasasdfaessflsasssasdfaessllsdlflsasssasdfaesssdlflssasdfassdlflssasdfaessflsasssasdfaessdsllsdlllsdlsdlaaabbllsdlsdlaaabbllsdlsdlaaabbdasdfsdfaasdfasdfsdfsdasdfadsadfasdfadsadfasssdlflssassssdlflssasssassssdlflssasssassssdlflssasssassssdlflssaslssassssdlflssasssassssdlflssssdlflssasssassssdlflssasssassssdlflssaslssassssdlflssasssassssdlflssasssassssdlflssasssassssdlflssasasssassssdlflssasssasssssssdlflssasssassssdlflssasssassssdlflssaslssassssdlflssasssassssdlflssasssassssdlflssasssassssdlflssasasssassssdlflssasssassssdlflssasasssassssdlflssasssasssssssdlflssasssassssdlflssasssassssdlflssaslssassssdlflssasssassssdlflssasssassssdlflssasssassssdlflssasasssassssdlflssasssassssdlflssasasssassssdlflssasssasssssssdlflssasssassssdlflssasssassssdlflssaslssassssdlflssasssassssdlflssasssassssdlflssasssassssdlflssasasssassssdlflssasssassssdlflssasasssassssdlflssasssasssssssdlflssasssassssdlflssasssassssdlflssaslssassssdlflssasssassssdlflssasssassssdlflssasssassssdlflssasasssassssdlflssasssassssdlflssasasssassssdlflssasssasssssssdlflssasssassssssssssdlflssassssdlflssasssasssssssdlflssasssasssassssdlflssasssasssssssdssdlfldlflsasssassssdlflssssdlflssasasssassssdlflssasssasssssssdlflssasssasssssssdlflssasssasssasssassssdlflssasssassssdlflssasasssassssdlflssasssasssssssdlflssasssassssssssssssdlfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessdsllsdlflsasssasdfsdlflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessdsllsdlflsasssasdfsdlflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessdsllsdlflsasssasdfsdlflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessdsllsdlflsasssasdfsdlflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessfaessdsllsdlflsasssasdfsdlflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessfaessdsllsdlflsasssasdfsdlflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessasdfasdfasdfsdfadfdfadfasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessasdfasdfasdfsdfadfdfadfalflsasssasdfaessdsllaessdsllsdlflsasssasdfaessasdfasdfasdfsdfadfdfadfassasdfaessdsllaessdsllsdlflsasssasdfaessasdfasdfasdfsdfadfdfadfdsllsdlflsasssasdfaessasdfasdfasdfsdfadfdfadfdsllsdlflsasssasdfaessasdfasdfasdfsdfadfdfadfdfaessasdfasdfasdfsdfadllaessdsllsdlflsasssasdfaessfaessdsllsdlflsasssasdfsdlflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessllaessdsllsdlflsasssasdfaessfaessdsllsdlflsasssasdfsdlflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaesssdlflsasssasdfsdlflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessflsasssasdfaessdsllsdlflsasssasdfaessdsll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+select gs_encrypt_function('along','1234','aes128'); +select gs_decrypt_function(gs_encrypt_function('comeon','12345678@abcdefgh','aes128'),'12345678@abcdefgh','aes128'); diff --git a/src/test/regress/sql/hw_cipher_sm4.sql b/src/test/regress/sql/hw_cipher_sm4.sql index 0e3586a49..a0d471b36 100644 --- a/src/test/regress/sql/hw_cipher_sm4.sql +++ b/src/test/regress/sql/hw_cipher_sm4.sql @@ -1,44 +1,13 @@ -DROP table if exists aes_cipher; -create table aes_cipher(cipher text, key varchar(16)); -insert into aes_cipher values(gs_encrypt_sm4('hello','1234@abc'),'1234@abc'); -insert into aes_cipher values(gs_encrypt_sm4('hello','1234@abc'),'1234@abc'); -insert into aes_cipher select * from aes_cipher; -insert into aes_cipher select * from aes_cipher; -insert into aes_cipher select * from aes_cipher; -insert into aes_cipher values(gs_encrypt_sm4('hello','1@abcdef'),'1@abcdef'); -insert into aes_cipher values(gs_encrypt_sm4('hello','2@abcdef'),'2@abcdef'); -insert into aes_cipher values(gs_encrypt_sm4('hello','3@abcdef'),'3@abcdef'); -insert into aes_cipher values(gs_encrypt_sm4('hello','4@abcdef'),'4@abcdef'); -insert into aes_cipher values(gs_encrypt_sm4('hello','5@abcdef'),'5@abcdef'); -insert into aes_cipher values(gs_encrypt_sm4('hello','6@abcdef'),'6@abcdef'); -insert into aes_cipher values(gs_encrypt_sm4('hello','7@abcdef'),'7@abcdef'); -insert into aes_cipher values(gs_encrypt_sm4('hello','8@abcdef'),'8@abcdef'); -insert into aes_cipher values(gs_encrypt_sm4('hello','9@abcdef'),'9@abcdef'); -insert into aes_cipher values(gs_encrypt_sm4('hello','10@abcdef'),'10@abcdef'); -insert into aes_cipher values(gs_encrypt_sm4('hello','11@abcdef'),'11@abcdef'); -insert into aes_cipher values(gs_encrypt_sm4('hello','12@abcdef'),'12@abcdef'); -insert into aes_cipher values(gs_encrypt_sm4('hello','13@abcdef'),'13@abcdef'); -insert into aes_cipher values(gs_encrypt_sm4('hello','14@abcdef'),'14@abcdef'); -insert into aes_cipher values(gs_encrypt_sm4('hello','15@abcdef'),'15@abcdef'); -insert into aes_cipher values(gs_encrypt_sm4('hello','16@abcdef'),'16@abcdef'); -insert into aes_cipher values(gs_encrypt_sm4('hello','17@abcdef'),'17@abcdef'); -insert into aes_cipher values(gs_encrypt_sm4('hello','18@abcdef'),'18@abcdef'); -insert into aes_cipher values(gs_encrypt_sm4('hello','19@abcdef'),'19@abcdef'); -insert into aes_cipher values(gs_encrypt_sm4('hello','20@abcdef'),'20@abcdef'); -insert into aes_cipher values(gs_encrypt_sm4('hello','21@abcdef'),'21@abcdef'); -insert into aes_cipher values(gs_encrypt_sm4('hello','22@abcdef'),'22@abcdef'); -insert into aes_cipher values(gs_encrypt_sm4('hello','23@abcdef'),'23@abcdef'); -insert into aes_cipher values(gs_encrypt_sm4('hello','24@abcdef'),'24@abcdef'); -insert into aes_cipher values(gs_encrypt_sm4('hello','25@abcdef'),'25@abcdef'); -select gs_decrypt_sm4(cipher,key) from aes_cipher order by 1; -DROP table aes_cipher; --function test -select gs_encrypt_sm4('along','1234@abc'); -select gs_decrypt_sm4(gs_encrypt_sm4('along','1234@abc'),'1234@abc'); +select gs_encrypt_function('along','1234@abc','sm4'); +select gs_decrypt_function(gs_encrypt_function('along','1234@abc','sm4'),'1234@abc','sm4'); +select gs_decrypt_function(gs_encrypt_function('world','1234@abc','sm4'),'abc@4321','sm4'); --difference key cause error +select gs_encrypt_function('along','1234@abc5678abcdefghi','sm4'); --key longer than 16 Byte cause error +select gs_decrypt_function('along','1234@abc','sm4'); --wrong cipher cause error --insert/select test create table aes_table(name text); -insert into aes_table values(gs_encrypt_sm4('he@#llo','1234@abc')); --special characters -select gs_decrypt_sm4(name,'1234@abc') from aes_table order by 1; +insert into aes_table values(gs_encrypt_function('he@#llo','1234@abc','sm4')); --special characters +select gs_decrypt_function(name,'1234@abc','sm4') from aes_table order by 1; drop table aes_table; --column type test create table aes_type_bytea(name bytea); @@ -46,11 +15,11 @@ create table aes_type_varchar(name varchar(100)); create table aes_type_nvarchar2(name nvarchar2(100)); create table aes_type_int(id int); create table aes_type_numeric(id numeric); -insert into aes_type_bytea values(gs_encrypt_sm4('along','1234@abc')); -insert into aes_type_varchar values(gs_encrypt_sm4('along','1234@abc')); -insert into aes_type_nvarchar2 values(gs_encrypt_sm4('along','1234@abc')); -insert into aes_type_int values(gs_encrypt_sm4('along','1234@abc')); -insert into aes_type_numeric values(gs_encrypt_sm4('along','1234@abc')); +insert into aes_type_bytea values(gs_encrypt_function('along','1234@abc','sm4')); +insert into aes_type_varchar values(gs_encrypt_function('along','1234@abc','sm4')); +insert into aes_type_nvarchar2 values(gs_encrypt_function('along','1234@abc','sm4')); +insert into aes_type_int values(gs_encrypt_function('along','1234@abc','sm4')); +insert into aes_type_numeric values(gs_encrypt_function('along','1234@abc','sm4')); drop table aes_type_bytea; drop table aes_type_varchar; drop table aes_type_nvarchar2; @@ -60,18 +29,18 @@ drop table aes_type_numeric; create table aes_data_type(c1 int4, c2 int8, c3 numeric(18,2), c4 float8, c5 money, c6 boolean, c7 varchar(15), c8 text, c9 date, c10 bytea); insert into aes_data_type values(123456,654321,123.21,654321.123456,100,TRUE,'varchar','text','2017-12-07', 'bytea'); create table aes_data_encrypt(e1 text, e2 text, e3 text, e4 text, e5 text, e6 text, e7 text, e8 text, e9 text, e10 text); -insert into aes_data_encrypt select gs_encrypt_sm4(c1,'1234@abc'), gs_encrypt_sm4(c2,'1234@abc'), gs_encrypt_sm4(c3,'1234@abc'), -gs_encrypt_sm4(c4,'1234@abc'), gs_encrypt_sm4(c7,'1234@abc'), gs_encrypt_sm4(c8,'1234@abc'), gs_encrypt_sm4(c9,'1234@abc') from aes_data_type; -select gs_encrypt_sm4(c5,'1234@abc') from aes_data_type; -select gs_encrypt_sm4(c6,'1234@abc') from aes_data_type; -select gs_encrypt_sm4(c10,'1234@abc') from aes_data_type; +insert into aes_data_encrypt select gs_encrypt_function(c1,'1234@abc','sm4'), gs_encrypt_function(c2,'1234@abc','sm4'), gs_encrypt_function(c3,'1234@abc','sm4'), +gs_encrypt_function(c4,'1234@abc','sm4'), gs_encrypt_function(c7,'1234@abc','sm4'), gs_encrypt_function(c8,'1234@abc','sm4'), gs_encrypt_function(c9,'1234@abc','sm4') from aes_data_type; +select gs_encrypt_function(c5,'1234@abc','sm4') from aes_data_type; +select gs_encrypt_function(c6,'1234@abc','sm4') from aes_data_type; +select gs_encrypt_function(c10,'1234@abc','sm4') from aes_data_type; drop table aes_data_type; drop table aes_data_encrypt; --boundary test -select gs_decrypt_sm4(gs_encrypt_sm4('','1234@abc'),'1234@abc'); -select gs_decrypt_sm4(gs_encrypt_sm4('along','1234@abc'),null); -select gs_encrypt_sm4('along',null); -select gs_decrypt_sm4(gs_encrypt_sm4('comeon','1234567@abcdefgh'),'1234567@abcdefgh'); -select gs_decrypt_sm4(gs_encrypt_sm4('aessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessdsllsdlflsasssasdfsdlflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessdsllsdlflsasssasdfsdlflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessdsllsdlflsasssasdfsdlflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessdsllsdlflsasssasdfsdlflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessfaessdsllsdlflsasssasdfsdlflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessfaessdsllsdlflsasssasdfsdlflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessasdfasdfasdfsdfadfdfadfasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessasdfasdfasdfsdfadfdfadfalflsasssasdfaessdsllaessdsllsdlflsasssasdfaessasdfasdfasdfsdfadfdfadfassasdfaessdsllaessdsllsdlflsasssasdfaessasdfasdfasdfsdfadfdfadfdsllsdlflsasssasdfaessasdfasdfasdfsdfadfdfadfdsllsdlflsasssasdfaessasdfasdfasdfsdfadfdfadfdfaessasdfasdfasdfsdfadllaessdsllsdlflsasssasdfaessfaessdsllsdlflsasssasdfsdlflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessllaessdsllsdlflsasssasdfaessfaessdsllsdlflsasssasdfsdlflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaesssdlflsasssasdfsdlflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaesssdlflssasdfaessflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaesssdlflssasdfaessflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaesssdlflssasdfaessflsasasdfaessflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaesssdlflssasdfassdlflssasdfaessflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaesssdlflssasdfaessflsasasdfaessflsasssasdfaessllsdlflsasssasdfaesssdlflssasdfassdlflssasdfaessflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaesssdlflssasdfaessflsasasdfaessflsasssasdfaessllsdlflsasssasdfaesssdlflssasdfassdlflssasdfaessflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaesssdlflssasdfaessflsasasdfaessflsasssasdfaessllsdlflsasssasdfaesssdlflssasdfassdllsdlflsasssasdfaesssdlflssasdfassdsdllsdlflsasssasdfaesssdlflssasdfassdaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdllsdlflsasssasdfaesssdlflssasdfassdlflssasdfaessflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaesssdlflssasdfaessflsasasdfaessflsasssasdfaessllsdlflsasssasdfaesssdlflssasdfassdlflssasdfaessflsasssasdfaessdsllsdlllsdlsdlaaabbllsdlsdlaaabbllsdlsdlaaabbdasdfsdfaasdfasdfsdfsdasdfadsadfasdfadsadfasssdlflssassssdlflssasssassssdlflssasssassssdlflssasssassssdlflssaslssassssdlflssasssassssdlflssssdlflssasssassssdlflssasssassssdlflssaslssassssdlflssasssassssdlflssasssassssdlflssasssassssdlflssasasssassssdlflssasssasssssssdlflssasssassssdlflssasssassssdlflssaslssassssdlflssasssassssdlflssasssassssdlflssasssassssdlflssasasssassssdlflssasssassssdlflssasasssassssdlflssasssasssssssdlflssasssassssdlflssasssassssdlflssaslssassssdlflssasssassssdlflssasssassssdlflssasssassssdlflssasasssassssdlflssasssassssdlflssasasssassssdlflssasssasssssssdlflssasssassssdlflssasssassssdlflssaslssassssdlflssasssassssdlflssasssassssdlflssasssassssdlflssasasssassssdlflssasssassssdlflssasasssassssdlflssasssasssssssdlflssasssassssdlflssasssassssdlflssaslssassssdlflssasssassssdlflssasssassssdlflssasssassssdlflssasasssassssdlflssasssassssdlflssasasssassssdlflssasssasssssssdlflssasssassssssssssdlflssassssdlflssasssasssssssdlflssasssasssassssdlflssasssasssssssdssdlfldlflsasssassssdlflssssdlflssasasssassssdlflssasssasssssssdlflssasssasssssssdlflssasssasssasssassssdlflssasssassssdlflssasasssassssdlflssasssasssssssdlflssasssassssssssssssdlfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessdsllsdlflsasssasdfsdlflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessdsllsdlflsasssasdfsdlflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessdsllsdlflsasssasdfsdlflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessdsllsdlflsasssasdfsdlflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessfaessdsllsdlflsasssasdfsdlflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessfaessdsllsdlflsasssasdfsdlflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessasdfasdfasdfsdfadfdfadfasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessasdfasdfasdfsdfadfdfadfalflsasssasdfaessdsllaessdsllsdlflsasssasdfaessasdfasdfasdfsdfadfdfadfassasdfaessdsllaessdsllsdlflsasssasdfaessasdfasdfasdfsdfadfdfadfdsllsdlflsasssasdfaessasdfasdfasdfsdfadfdfadfdsllsdlflsasssasdfaessasdfasdfasdfsdfadfdfadfdfaessasdfasdfasdfsdfadllaessdsllsdlflsasssasdfaessfaessdsllsdlflsasssasdfsdlflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessllaessdsllsdlflsasssasdfaessfaessdsllsdlflsasssasdfsdlflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaesssdlflsasssasdfsdlflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsd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-select gs_encrypt_sm4('along','1234'); -select gs_decrypt_sm4(gs_encrypt_sm4('comeon','12345678@abcdefgh'),'12345678@abcdefgh'); \ No newline at end of file +select gs_decrypt_function(gs_encrypt_function('','1234@abc','sm4'),'1234@abc','sm4'); +select gs_decrypt_function(gs_encrypt_function('along','1234@abc','sm4'),null,'sm4'); +select gs_encrypt_function('along',null,'sm4'); +select gs_decrypt_function(gs_encrypt_function('comeon','1234567@abcdefgh','sm4'),'1234567@abcdefgh','sm4'); +select gs_decrypt_function(gs_encrypt_function('aessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessdsllsdlflsasssasdfsdlflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessdsllsdlflsasssasdfsdlflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessdsllsdlflsasssasdfsdlflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessdsllsdlflsasssasdfsdlflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessfaessdsllsdlflsasssasdfsdlflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessfaessdsllsdlflsasssasdfsdlflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessasdfasdfasdfsdfadfdfadfasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessasdfasdfasdfsdfadfdfadfalflsasssasdfaessdsllaessdsllsdlflsasssasdfaessasdfasdfasdfsdfadfdfadfassasdfaessdsllaessdsllsdlflsasssasdfaessasdfasdfasdfsdfadfdfadfdsllsdlflsasssasdfaessasdfasdfasdfsdfadfdfadfdsllsdlflsasssasdfaessasdfasdfasdfsdfadfdfadfdfaessasdfasdfasdfsdfadllaessdsllsdlflsasssasdfaessfaessdsllsdlflsasssasdfsdlflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessllaessdsllsdlflsasssasdfaessfaessdsllsdlflsasssasdfsdlflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaesssdlflsasssasdfsdlflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaesssdlflssasdfaessflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaesssdlflssasdfaessflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaesssdlflssasdfaessflsasasdfaessflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaesssdlflssasdfassdlflssasdfaessflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaesssdlflssasdfaessflsasasdfaessflsasssasdfaessllsdlflsasssasdfaesssdlflssasdfassdlflssasdfaessflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaesssdlflssasdfaessflsasasdfaessflsasssasdfaessllsdlflsasssasdfaesssdlflssasdfassdlflssasdfaessflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaesssdlflssasdfaessflsasasdfaessflsasssasdfaessllsdlflsasssasdfaesssdlflssasdfassdllsdlflsasssasdfaesssdlflssasdfassdsdllsdlflsasssasdfaesssdlflssasdfassdaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdllsdlflsasssasdfaesssdlflssasdfassdlflssasdfaessflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaesssdlflssasdfaessflsasasdfaessflsasssasdfaessllsdlflsasssasdfaesssdlflssasdfassdlflssasdfaessflsasssasdfaessdsllsdlllsdlsdlaaabbllsdlsdlaaabbllsdlsdlaaabbdasdfsdfaasdfasdfsdfsdasdfadsadfasdfadsadfasssdlflssassssdlflssasssassssdlflssasssassssdlflssasssassssdlflssaslssassssdlflssasssassssdlflssssdlflssasssassssdlflssasssassssdlflssaslssassssdlflssasssassssdlflssasssassssdlflssasssassssdlflssasasssassssdlflssasssasssssssdlflssasssassssdlflssasssassssdlflssaslssassssdlflssasssassssdlflssasssassssdlflssasssassssdlflssasasssassssdlflssasssassssdlflssasasssassssdlflssasssasssssssdlflssasssassssdlflssasssassssdlflssaslssassssdlflssasssassssdlflssasssassssdlflssasssassssdlflssasasssassssdlflssasssassssdlflssasasssassssdlflssasssasssssssdlflssasssassssdlflssasssassssdlflssaslssassssdlflssasssassssdlflssasssassssdlflssasssassssdlflssasasssassssdlflssasssassssdlflssasasssassssdlflssasssasssssssdlflssasssassssdlflssasssassssdlflssaslssassssdlflssasssassssdlflssasssassssdlflssasssassssdlflssasasssassssdlflssasssassssdlflssasasssassssdlflssasssasssssssdlflssasssassssssssssdlflssassssdlflssasssasssssssdlflssasssasssassssdlflssasssasssssssdssdlfldlflsasssassssdlflssssdlflssasasssassssdlflssasssasssssssdlflssasssasssssssdlflssasssasssasssassssdlflssasssassssdlflssasasssassssdlflssasssasssssssdlflssasssassssssssssssdlfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessdsllsdlflsasssasdfsdlflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessdsllsdlflsasssasdfsdlflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessdsllsdlflsasssasdfsdlflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessdsllsdlflsasssasdfsdlflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessfaessdsllsdlflsasssasdfsdlflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessfaessdsllsdlflsasssasdfsdlflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessasdfasdfasdfsdfadfdfadfasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessasdfasdfasdfsdfadfdfadfalflsasssasdfaessdsllaessdsllsdlflsasssasdfaessasdfasdfasdfsdfadfdfadfassasdfaessdsllaessdsllsdlflsasssasdfaessasdfasdfasdfsdfadfdfadfdsllsdlflsasssasdfaessasdfasdfasdfsdfadfdfadfdsllsdlflsasssasdfaessasdfasdfasdfsdfadfdfadfdfaessasdfasdfasdfsdfadllaessdsllsdlflsasssasdfaessfaessdsllsdlflsasssasdfsdlflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessllaessdsllsdlflsasssasdfaessfaessdsllsdlflsasssasdfsdlflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaesssdlflsasssasdfsdlflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaessflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaesssdlflssasdfaessflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaesssdlflssasdfaessflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaesssdlflssasdfaessflsasasdfaessflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaesssdlflssasdfassdlflssasdfaessflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaesssdlflssasdfaessflsasasdfaessflsasssasdfaessllsdlflsasssasdfaesssdlflssasdfassdlflssasdfaessflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaesssdlflssasdfaessflsasasdfaessflsasssasdfaessllsdlflsasssasdfaesssdlflssasdfassdlflssasdfaessflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaesssdlflssasdfaessflsasasdfaessflsasssasdfaessllsdlflsasssasdfaesssdlflssasdfassdllsdlflsasssasdfaesssdlflssasdfassdsdllsdlflsasssasdfaesssdlflssasdfassdaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdllsdlflsasssasdfaesssdlflssasdfassdlflssasdfaessflsasssasdfaessdsllsdlflsasssasdfaessdsllaessdsllsdlflsasssasdfaesssdlflssasdfaessflsasasdfaessflsasssasdfaessllsdlflsasssasdfaesssdlflssasdfassdlflssasdfaessflsasssasdfaessdsllsdlllsdlsdlaaabbllsdlsdlaaabbllsdlsdlaaabbdasdfsdfaasdfasdfsdfsdasdfadsadfasdfadsadfasssdlflssassssdlflssasssassssdlflssasssassssdlflssasssassssdlflssaslssassssdlflssasssassssdlflssssdlflssasssassssdlflssasssassssdlflssaslssassssdlflssasssassssdlflssasssassssdlflssasssassssdlflssasasssassssdlflssasssasssssssdlflssasssassssdlflssasssassssdlflssaslssassssdlflssasssassssdlflssasssassssdlflssasssassssdlflssasasssassssdlflssasssassssdlflssasasssassssdlflssasssasssssssdlflssasssassssdlflssasssassssdlflssaslssassssdlflssasssassssdlflssasssassssdlflssasssassssdlflssasasssassssdlflssasssassssdlflssasasssassssdlflssasssasssssssdlflssasssassssdlflssasssassssdlflssaslssassssdlflssasssassssdlflssasssassssdlflssasssassssdlflssasasssassssdlflssasssassssdlflssasasssassssdlflssasssasssssssdlflssasssassssdlflssasssassssdlflssaslssassssdlflssasssassssdlflssasssassssdlflssasssassssdlflssasasssassssdlflssasssassssdlflssasasssassssdlflssasssasssssssdlflssasssassssssssssdlflssassssdlflssasssasssssssdlflssasssasssassssdlflssasssasssssssdssdlfldlflsasssassssdlflssssdlflssasasssassssdlflssasssasssssssdlflssasssasssssssdlflssasssasssasssassssdlflssasssassssdlflssasasssassssdlflssasssasssssssdlflssasssassssssssssssdlf','1234@abc','sm4'),'1234@abc','sm4'); +select gs_encrypt_function('along','1234','sm4'); +select gs_decrypt_function(gs_encrypt_function('comeon','12345678@abcdefgh','sm4'),'12345678@abcdefgh','sm4');