597 lines
19 KiB
JavaScript
597 lines
19 KiB
JavaScript
/* Copyright (c) 2015, 2023, Oracle and/or its affiliates. */
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/******************************************************************************
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*
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* This software is dual-licensed to you under the Universal Permissive License
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* (UPL) 1.0 as shown at https://oss.oracle.com/licenses/upl and Apache License
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* 2.0 as shown at https://www.apache.org/licenses/LICENSE-2.0. You may choose
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* either license.
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*
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* If you elect to accept the software under the Apache License, Version 2.0,
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* the following applies:
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*
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* Licensed under the Apache License, Version 2.0 (the "License");
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* you may not use this file except in compliance with the License.
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* You may obtain a copy of the License at
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*
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* https://www.apache.org/licenses/LICENSE-2.0
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*
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* Unless required by applicable law or agreed to in writing, software
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* distributed under the License is distributed on an "AS IS" BASIS,
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* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
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* See the License for the specific language governing permissions and
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* limitations under the License.
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*
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* NAME
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* 42. dataTypeRaw.js
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*
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* DESCRIPTION
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* Testing Oracle data type support - RAW.
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*
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*****************************************************************************/
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'use strict';
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const oracledb = require('oracledb');
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const assert = require('assert');
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const assist = require('./dataTypeAssist.js');
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const dbConfig = require('./dbconfig.js');
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const random = require('./random.js');
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const testsUtil = require('./testsUtil.js');
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describe('42. dataTypeRaw.js', function() {
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let connection = null;
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const tableName = "nodb_raw";
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let insertID = 1;
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const bufferToHexString = (v) => (v === null) ? null : v.toString('hex').toUpperCase();
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const bufLen = [10, 100, 1000, 2000]; // buffer length
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const bufs = [];
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for (let i = 0; i < bufLen.length; i++)
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bufs[i] = assist.createBuffer(bufLen[i]);
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before('get one connection', async function() {
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connection = await oracledb.getConnection(dbConfig);
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});
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after('close connection', async function() {
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await connection.close();
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});
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describe('42.1 testing RAW data in various lengths', function() {
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before('create table, insert data', async function() {
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await assist.setUp(connection, tableName, bufs);
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});
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after(async function() {
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await connection.execute("DROP table " + tableName + " PURGE");
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});
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it('42.1.1 SELECT query', async function() {
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await assist.dataTypeSupport(connection, tableName, bufs);
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});
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it('42.1.2 resultSet stores RAW data correctly', async function() {
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await assist.verifyResultSet(connection, tableName, bufs);
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});
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it('42.1.3 works well with REF Cursor', async function() {
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await assist.verifyRefCursor(connection, tableName, bufs);
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});
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it('42.1.4 result set getRow() function works well with RAW', async function() {
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const sql1 = "select dummy, HEXTORAW('0123456789ABCDEF0123456789ABCDEF') from dual";
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const result = await connection.execute(
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sql1,
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[],
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{ resultSet: true });
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await fetchOneRowFromRS(result.resultSet);
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async function fetchOneRowFromRS(rs) {
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const row = await rs.getRow();
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if (row) {
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await fetchOneRowFromRS(rs);
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} else {
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await rs.close();
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}
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}
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}); // 42.1.4
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it('42.1.5 a negative case which hits NJS-011 error', async function() {
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await assert.rejects(
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async () => await connection.execute(
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"INSERT INTO " + tableName + " (content ) VALUES (:c)",
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{ c: { val: 1234, type: oracledb.BUFFER, dir: oracledb.BIND_IN } }),
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// NJS-011: encountered bind value and type mismatch
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/NJS-011:/
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);
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});
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});
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describe('42.2 stores null value correctly', function() {
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it('42.2.1 testing Null, Empty string and Undefined', async function() {
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await assist.verifyNullValues(connection, tableName);
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});
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});
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describe('42.3 DML Returning', function() {
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before('create table', async function() {
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await connection.execute(assist.sqlCreateTable(tableName));
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});
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after(async function() {
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await connection.execute("DROP table " + tableName + " PURGE");
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});
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it('42.3.1 INSERT statement with Object binding', async function() {
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const seq = 1;
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const size = 10;
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const bindValue = assist.createBuffer(size);
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const result = await connection.execute(
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"INSERT INTO " + tableName + " VALUES (:n, :c) RETURNING num, content INTO :rid, :rc",
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{
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n: seq,
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c: { type: oracledb.BUFFER, val: bindValue, dir: oracledb.BIND_IN },
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rid: { type: oracledb.NUMBER, dir: oracledb.BIND_OUT },
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rc: { type: oracledb.BUFFER, dir: oracledb.BIND_OUT, maxSize: 2000 }
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},
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{ autoCommit: true });
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assert.strictEqual(result.outBinds.rid[0], seq);
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assert.deepStrictEqual(result.outBinds.rc[0], bindValue);
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}); // 42.3.1
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it('42.3.2 INSERT statement with ARRAY binding', async function() {
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const seq = 2;
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const size = 10;
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const bindValue = assist.createBuffer(size);
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const result = await connection.execute(
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"INSERT INTO " + tableName + " VALUES (:n, :c) RETURNING num, content INTO :rid, :rc",
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[
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seq,
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{ type: oracledb.BUFFER, val: bindValue, dir: oracledb.BIND_IN },
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{ type: oracledb.NUMBER, dir: oracledb.BIND_OUT },
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{ type: oracledb.BUFFER, dir: oracledb.BIND_OUT, maxSize: 2000 }
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],
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{ autoCommit: true });
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assert.strictEqual(result.outBinds[0][0], seq);
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assert.deepStrictEqual(result.outBinds[1][0], bindValue);
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}); // 42.3.2
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it('42.3.3 INSERT statement with exact maxSize restriction', async function() {
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const seq = 3;
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const size = 100;
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const bindValue = assist.createBuffer(size);
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const result = await connection.execute(
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"INSERT INTO " + tableName + " VALUES (:n, :c) RETURNING num, content INTO :rid, :rc",
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{
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n: seq,
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c: { type: oracledb.BUFFER, val: bindValue, dir: oracledb.BIND_IN },
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rid: { type: oracledb.NUMBER, dir: oracledb.BIND_OUT },
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rc: { type: oracledb.BUFFER, dir: oracledb.BIND_OUT, maxSize: size}
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},
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{ autoCommit: true });
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assert.strictEqual(result.outBinds.rid[0], seq);
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assert.deepStrictEqual(result.outBinds.rc[0], bindValue);
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});
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it('42.3.4 UPDATE statement', async function() {
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const seq = 2;
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const size = 10;
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const bindValue = assist.createBuffer(size);
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const result = await connection.execute(
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"UPDATE " + tableName + " SET content = :c WHERE num = :n RETURNING num, content INTO :rid, :rc",
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{
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n: seq,
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c: { type: oracledb.BUFFER, val: bindValue, dir: oracledb.BIND_IN },
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rid: { type: oracledb.NUMBER, dir: oracledb.BIND_OUT },
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rc: { type: oracledb.BUFFER, dir: oracledb.BIND_OUT, maxSize: 2000 }
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},
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{ autoCommit: true });
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assert.strictEqual(result.outBinds.rid[0], seq);
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assert.deepStrictEqual(result.outBinds.rc[0], bindValue);
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}); // 42.3.4
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it('42.3.5 DELETE statement with single row matching', async function() {
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const seq = 1;
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const result = await connection.execute(
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"DELETE FROM " + tableName + " WHERE num = :1 RETURNING num, content INTO :2, :3",
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[
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seq,
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{ type: oracledb.NUMBER, dir: oracledb.BIND_OUT },
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{ type: oracledb.BUFFER, dir: oracledb.BIND_OUT, maxSize: 2000 }
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],
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{ autoCommit: true });
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assert.strictEqual(result.outBinds[0][0], seq);
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});
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it('42.3.6 DELETE statement with multiple rows matching', async function() {
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const seq = 1;
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const result = await connection.execute(
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"DELETE FROM " + tableName + " WHERE num > :n RETURNING num, content INTO :rid, :rc",
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{
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n: seq,
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rid: { type: oracledb.NUMBER, dir: oracledb.BIND_OUT },
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rc: { type: oracledb.BUFFER, dir: oracledb.BIND_OUT, maxSize: 2000 }
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},
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{ autoCommit: true });
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assert.deepStrictEqual(result.outBinds.rid, [2, 3]);
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});
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}); // 42.3
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describe('42.4 in PL/SQL, the maximum size is 32767', function() {
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const proc =
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"CREATE OR REPLACE PROCEDURE nodb_testraw (p_in IN RAW, p_out OUT RAW) " +
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"AS " +
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"BEGIN " +
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" p_out := p_in; " +
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"END; ";
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before('create procedure', async function() {
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await connection.execute(proc);
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});
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after(async function() {
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await connection.execute("DROP PROCEDURE nodb_testraw");
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});
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it('42.4.1 works well when the length of data is less than maxSize', async function() {
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const size = 5;
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const buf = assist.createBuffer(size);
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const result = await connection.execute(
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"BEGIN nodb_testraw(:i, :o); END;",
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{
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i: { type: oracledb.BUFFER, dir: oracledb.BIND_IN, val: buf },
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o: { type: oracledb.BUFFER, dir: oracledb.BIND_OUT, maxSize: 32800}
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});
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assert.strictEqual(Buffer.isBuffer(result.outBinds.o), true);
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assert.strictEqual(result.outBinds.o.length, size);
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});
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it('42.4.2 works well when the length of data is exactly 32767', async function() {
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const size = 32767;
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const buf = assist.createBuffer(size);
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const result = await connection.execute(
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"BEGIN nodb_testraw(:i, :o); END;",
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{
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i: { type: oracledb.BUFFER, dir: oracledb.BIND_IN, val: buf },
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o: { type: oracledb.BUFFER, dir: oracledb.BIND_OUT, maxSize: 32767}
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});
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assert.deepStrictEqual(Buffer.isBuffer(result.outBinds.o), true);
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assert.strictEqual(result.outBinds.o.length, size);
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});
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it('42.4.3 throws error when the length of data is greater than maxSize', async function() {
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const size = 32700;
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const buf = assist.createBuffer(size);
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await assert.rejects(
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async () => await connection.execute(
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"BEGIN nodb_testraw(:i, :o); END;",
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{
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i: { type: oracledb.BUFFER, dir: oracledb.BIND_IN, val: buf },
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o: { type: oracledb.BUFFER, dir: oracledb.BIND_OUT, maxSize: (size - 100) }
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}),
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// ORA-06502: PL/SQL: numeric or value error\nORA-06512: at line 1
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/ORA-06502:/
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);
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});
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it('42.4.4 throws error when both data and maxSize are greater than 32767', async function() {
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const size = 32800;
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const buf = assist.createBuffer(size);
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await assert.rejects(
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async () => await connection.execute(
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"BEGIN nodb_testraw(:i, :o); END;",
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{
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i: { type: oracledb.BUFFER, dir: oracledb.BIND_IN, val: buf },
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o: { type: oracledb.BUFFER, dir: oracledb.BIND_OUT, maxSize: 40000}
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}),
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// ORA-06502: PL/SQL: numeric or value error\nORA-06512: at line 1
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/ORA-06502:/
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);
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});
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}); // 42.4
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describe('42.5 INSERT and SELECT', function() {
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before(async function() {
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await connection.execute(assist.sqlCreateTable(tableName));
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});
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after(async function() {
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await connection.execute(
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"DROP table " + tableName + " PURGE");
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oracledb.fetchAsString = [];
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});
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beforeEach(function() {
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insertID++;
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});
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it('42.5.1 works with data size 100', async function() {
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const insertedStr = random.getRandomLengthString(100);
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const insertedBuf = Buffer.from(insertedStr);
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await test1(insertedBuf);
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});
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it('42.5.2 works with data size 2000', async function() {
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const insertedStr = random.getRandomLengthString(2000);
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const insertedBuf = Buffer.from(insertedStr);
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await test1(insertedBuf);
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});
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it('42.5.3 works with default type/dir', async function() {
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const insertedStr = random.getRandomLengthString(2000);
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const insertedBuf = Buffer.from(insertedStr);
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await test1_default(insertedBuf);
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});
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it('42.5.4 works with default type/dir and fetch as string', async function() {
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const insertedStr = random.getRandomLengthString(2000);
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const insertedBuf = Buffer.from(insertedStr);
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await test1_default_string(insertedBuf);
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});
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it('42.5.5 works with data size 2000 and fetch as string', async function() {
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const insertedStr = random.getRandomLengthString(2000);
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const insertedBuf = Buffer.from(insertedStr);
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await test1_string(insertedBuf);
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});
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}); // 42.5
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describe('42.6 UPDATE', function() {
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before(async function() {
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await connection.execute(assist.sqlCreateTable(tableName));
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});
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after(async function() {
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await connection.execute("DROP table " + tableName + " PURGE");
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});
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beforeEach(function() {
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insertID++;
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});
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it('42.6.1 works with data size 100', async function() {
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const insertedStr = random.getRandomLengthString(20);
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const updateStr = random.getRandomLengthString(100);
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const insertedBuf = Buffer.from(insertedStr);
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const updateBuf = Buffer.from(updateStr);
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await test2(insertedBuf, updateBuf);
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});
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it('42.6.2 works with data size 2000', async function() {
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const insertedStr = random.getRandomLengthString(30);
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const updateStr = random.getRandomLengthString(2000);
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const insertedBuf = Buffer.from(insertedStr);
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const updateBuf = Buffer.from(updateStr);
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await test2(insertedBuf, updateBuf);
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});
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it('42.6.3 works with default type/dir', async function() {
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const insertedStr = random.getRandomLengthString(30);
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const updateStr = random.getRandomLengthString(2000);
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const insertedBuf = Buffer.from(insertedStr);
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const updateBuf = Buffer.from(updateStr);
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await test2_default(insertedBuf, updateBuf);
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});
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}); // 42.6
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const test1 = async function(content) {
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await insert(content);
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await fetch(content);
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};
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const test1_default = async function(content) {
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await insert_default(content);
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await fetch(content);
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};
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const test1_string = async function(content) {
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await insert(content);
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await fetchString(bufferToHexString(content));
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};
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const test1_default_string = async function(content) {
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await insert_default(content);
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await fetchString(bufferToHexString(content));
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};
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const test2 = async function(insertedStr, updateStr) {
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await insert(insertedStr);
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await update(updateStr);
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await fetch(updateStr);
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};
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const test2_default = async function(insertedStr, updateStr) {
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await insert(insertedStr);
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await update_default(updateStr);
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await fetch(updateStr);
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};
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const insert = async function(content) {
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const sql = "insert into " + tableName + " (num, content) values (:i, :c)";
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const bindVar = {
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i: { val: insertID, dir: oracledb.BIND_IN, type: oracledb.NUMBER },
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c: { val: content, dir: oracledb.BIND_IN, type: oracledb.BUFFER }
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};
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const result = await connection.execute(
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sql,
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bindVar);
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assert.strictEqual(result.rowsAffected, 1);
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};
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const insert_default = async function(content) {
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const sql = "insert into " + tableName + " (num, content) values (:i, :c)";
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const bindVar = {
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i: insertID,
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c: content
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};
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const result = await connection.execute(
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sql,
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bindVar);
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assert.strictEqual(result.rowsAffected, 1);
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};
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const update = async function(content) {
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const sql = "update " + tableName + " set content = :c where num = :i";
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const bindVar = {
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i: { val: insertID, dir: oracledb.BIND_IN, type: oracledb.NUMBER },
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c: { val: content, dir: oracledb.BIND_IN, type: oracledb.BUFFER }
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};
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const result = await connection.execute(
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sql,
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bindVar);
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assert.strictEqual(result.rowsAffected, 1);
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};
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const update_default = async function(content) {
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const sql = "update " + tableName + " set content = :c where num = :i";
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const bindVar = {
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i: insertID,
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c: content
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};
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const result = await connection.execute(
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sql,
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bindVar);
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assert.strictEqual(result.rowsAffected, 1);
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};
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const fetch = async function(expected) {
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const sql = "select content from " + tableName + " where num = " + insertID;
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const result = await connection.execute(sql);
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assert.deepStrictEqual(result.rows[0][0], expected);
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};
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const fetchString = async function(expected) {
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oracledb.fetchAsString = [oracledb.DB_TYPE_RAW];
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const sql = "select content from " + tableName + " where num = " + insertID;
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const result = await connection.execute(sql);
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assert.deepStrictEqual(result.rows[0][0], expected);
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};
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describe('42.7 DB_TYPE_RAW in Advanced Queue (AQ)', function() {
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let isRunnable = true;
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let conn;
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const AQ_USER = 'NODB_SCHEMA_AQTEST8';
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const AQ_USER_PWD = testsUtil.generateRandomPassword();
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|
const rawQueueName = "NODB_RAW_QUEUE8";
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const RAW_TABLE = "NODB_RAW_QUEUE_TAB";
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|
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|
before(async function() {
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|
if (!dbConfig.test.DBA_PRIVILEGE || oracledb.thin) {
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|
isRunnable = false;
|
|
}
|
|
if (!isRunnable) {
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|
this.skip();
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|
} else {
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|
await testsUtil.createAQtestUser(AQ_USER, AQ_USER_PWD);
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|
const credential = {
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|
user: AQ_USER,
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|
password: AQ_USER_PWD,
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|
connectionString: dbConfig.connectString
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|
};
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|
conn = await oracledb.getConnection(credential);
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|
|
|
const plsql = `
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|
BEGIN
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|
DBMS_AQADM.CREATE_QUEUE_TABLE(
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|
QUEUE_TABLE => '${AQ_USER}.${RAW_TABLE}',
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|
QUEUE_PAYLOAD_TYPE => 'RAW'
|
|
);
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|
DBMS_AQADM.CREATE_QUEUE(
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|
QUEUE_NAME => '${AQ_USER}.${rawQueueName}',
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|
QUEUE_TABLE => '${AQ_USER}.${RAW_TABLE}'
|
|
);
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|
DBMS_AQADM.START_QUEUE(
|
|
QUEUE_NAME => '${AQ_USER}.${rawQueueName}'
|
|
);
|
|
END;
|
|
`;
|
|
await conn.execute(plsql);
|
|
}
|
|
}); //before
|
|
|
|
after(async function() {
|
|
if (!isRunnable) {
|
|
return;
|
|
} else {
|
|
await conn.close ();
|
|
await testsUtil.dropAQtestUser(AQ_USER);
|
|
}
|
|
}); // after
|
|
|
|
it('42.7.1 enqOne/deqOne with DB_TYPE_RAW specified', async () => {
|
|
const queue1 = await conn.getQueue(rawQueueName,
|
|
{ payloadType: oracledb.DB_TYPE_RAW }
|
|
);
|
|
const messageString = 'This is my message';
|
|
const msgBuf = Buffer.from(messageString, 'utf8');
|
|
await queue1.enqOne(msgBuf);
|
|
await conn.commit();
|
|
|
|
//Dequeue
|
|
const queue2 = await conn.getQueue(rawQueueName);
|
|
const msg = await queue2.deqOne();
|
|
assert(msg);
|
|
assert.strictEqual(msg.payload.toString(), messageString);
|
|
}); // 42.7.1
|
|
|
|
it('42.7.2 enqMany/deqMany with DB_TYPE_RAW specified', async () => {
|
|
const queue1 = await conn.getQueue(rawQueueName,
|
|
{payloadType: oracledb.DB_TYPE_RAW});
|
|
const messages1 = [
|
|
"Message 1",
|
|
Buffer.from ("Message 2", "utf-8"),
|
|
Buffer.from ("Message 3", "utf-8"),
|
|
"Message 4"
|
|
];
|
|
await queue1.enqMany(messages1);
|
|
await conn.commit ();
|
|
|
|
/*Dequeue */
|
|
const queue2 = await conn.getQueue(rawQueueName);
|
|
const messages2 = await queue2.deqMany(5);
|
|
await conn.commit ();
|
|
assert.strictEqual(messages2.length, messages1.length);
|
|
assert.strictEqual(messages2[0].payload.toString(), messages1[0]);
|
|
assert.strictEqual(messages2[1].payload.toString(),
|
|
messages1[1].toString());
|
|
assert.strictEqual(messages2[2].payload.toString(),
|
|
messages1[2].toString());
|
|
assert.strictEqual(messages2[3].payload.toString(), messages1[3]);
|
|
});
|
|
|
|
});
|
|
|
|
});
|