'use strict'; var assert = require('assert'); var config = require('./lib/config'); var helper = require('./helper'); var redis = config.redis; describe("The 'batch' method", function () { helper.allTests(function (parser, ip, args) { describe('using ' + parser + ' and ' + ip, function () { describe('when not connected', function () { var client; beforeEach(function (done) { client = redis.createClient.apply(null, args); client.once('connect', function () { client.quit(); }); client.on('end', done); }); it('returns an empty array for missing commands', function (done) { var batch = client.batch(); batch.exec(function (err, res) { assert.strictEqual(err, null); assert.strictEqual(res.length, 0); done(); }); }); it('returns an error for batch with commands', function (done) { var batch = client.batch(); batch.set('foo', 'bar'); batch.exec(function (err, res) { assert.strictEqual(err, null); assert.strictEqual(res[0].code, 'NR_CLOSED'); done(); }); }); it('returns an empty array for missing commands if promisified', function () { return client.batch().execAsync().then(function (res) { assert.strictEqual(res.length, 0); }); }); }); describe('when connected', function () { var client; beforeEach(function (done) { client = redis.createClient.apply(null, args); client.once('ready', function () { client.flushdb(function (err) { return done(err); }); }); }); afterEach(function () { client.end(true); }); it('returns an empty array and keep the execution order in takt', function (done) { var called = false; client.set('foo', 'bar', function (err, res) { called = true; }); var batch = client.batch(); batch.exec(function (err, res) { assert.strictEqual(err, null); assert.strictEqual(res.length, 0); assert(called); done(); }); }); it('runs normal calls inbetween batch', function (done) { var batch = client.batch(); batch.set('m1', '123'); client.set('m2', '456', done); }); it('returns an empty array if promisified', function () { return client.batch().execAsync().then(function (res) { assert.strictEqual(res.length, 0); }); }); it('returns an empty result array', function (done) { var batch = client.batch(); var async = true; var notBuffering = batch.exec(function (err, res) { assert.strictEqual(err, null); assert.strictEqual(res.length, 0); async = false; done(); }); assert(async); assert.strictEqual(notBuffering, true); }); it('fail individually when one command fails using chaining notation', function (done) { var batch1, batch2; batch1 = client.batch(); batch1.mset('batchfoo', '10', 'batchbar', '20', helper.isString('OK')); // Provoke an error at queue time batch1.set('foo2', helper.isError()); batch1.incr('batchfoo'); batch1.incr('batchbar'); batch1.exec(function () { // Confirm that the previous command, while containing an error, still worked. batch2 = client.batch(); batch2.get('foo2', helper.isNull()); batch2.incr('batchbar', helper.isNumber(22)); batch2.incr('batchfoo', helper.isNumber(12)); batch2.exec(function (err, replies) { assert.strictEqual(null, replies[0]); assert.strictEqual(22, replies[1]); assert.strictEqual(12, replies[2]); return done(); }); }); }); it('fail individually when one command fails and emit the error if no callback has been provided', function (done) { var batch1; client.on('error', function (err) { done(err); }); batch1 = client.batch(); batch1.mset('batchfoo', '10', 'batchbar', '20', helper.isString('OK')); // Provoke an error at queue time batch1.set('foo2'); batch1.incr('batchfoo'); batch1.incr('batchbar'); batch1.exec(function (err, res) { assert.strictEqual(res[1].command, 'SET'); assert.strictEqual(res[1].code, 'ERR'); done(); }); }); it('fail individually when one command in an array of commands fails', function (done) { // test nested batch-bulk replies client.batch([ ['mget', 'batchfoo', 'batchbar', function (err, res) { assert.strictEqual(2, res.length); assert.strictEqual(0, +res[0]); assert.strictEqual(0, +res[1]); }], ['set', 'foo2', helper.isError()], ['incr', 'batchfoo'], ['incr', 'batchbar'] ]).exec(function (err, replies) { assert.strictEqual(2, replies[0].length); assert.strictEqual(null, replies[0][0]); assert.strictEqual(null, replies[0][1]); assert.strictEqual('SET', replies[1].command); assert.strictEqual('1', replies[2].toString()); assert.strictEqual('1', replies[3].toString()); return done(); }); }); it('handles multiple operations being applied to a set', function (done) { client.sadd('some set', 'mem 1'); client.sadd(['some set', 'mem 2']); client.sadd('some set', 'mem 3'); client.sadd('some set', 'mem 4'); // make sure empty mb reply works client.del('some missing set'); client.smembers('some missing set', function (err, reply) { // make sure empty mb reply works assert.strictEqual(0, reply.length); }); // test nested batch-bulk replies with empty mb elements. client.BATCH([ ['smembers', ['some set']], ['del', 'some set'], ['smembers', 'some set', undefined] // The explicit undefined is handled as a callback that is undefined ]) .scard('some set') .exec(function (err, replies) { assert.strictEqual(4, replies[0].length); assert.strictEqual(0, replies[2].length); return done(); }); }); it('allows multiple operations to be performed using constructor with all kinds of syntax', function (done) { var now = Date.now(); var arr = ['batchhmset', 'batchbar', 'batchbaz']; var arr2 = ['some manner of key', 'otherTypes']; var arr3 = [5768, 'batchbarx', 'batchfoox']; var arr4 = ['mset', [578, 'batchbar'], helper.isString('OK')]; client.batch([ arr4, [['mset', 'batchfoo2', 'batchbar2', 'batchfoo3', 'batchbar3'], helper.isString('OK')], ['hmset', arr], [['hmset', 'batchhmset2', 'batchbar2', 'batchfoo3', 'batchbar3', 'test'], helper.isString('OK')], ['hmset', ['batchhmset', 'batchbar', 'batchfoo'], helper.isString('OK')], ['hmset', arr3, helper.isString('OK')], ['hmset', now, {123456789: 'abcdefghij', 'some manner of key': 'a type of value', 'otherTypes': 555}], ['hmset', 'key2', {'0123456789': 'abcdefghij', 'some manner of key': 'a type of value', 'otherTypes': 999}, helper.isString('OK')], ['HMSET', 'batchhmset', ['batchbar', 'batchbaz']], ['hmset', 'batchhmset', ['batchbar', 'batchbaz'], helper.isString('OK')], ]) .hmget(now, 123456789, 'otherTypes') .hmget('key2', arr2, function noop () {}) .hmget(['batchhmset2', 'some manner of key', 'batchbar3']) .mget('batchfoo2', ['batchfoo3', 'batchfoo'], function (err, res) { assert.strictEqual(res[0], 'batchbar2'); assert.strictEqual(res[1], 'batchbar3'); assert.strictEqual(res[2], null); }) .exec(function (err, replies) { assert.equal(arr.length, 3); assert.equal(arr2.length, 2); assert.equal(arr3.length, 3); assert.equal(arr4.length, 3); assert.strictEqual(null, err); assert.equal(replies[10][1], '555'); assert.equal(replies[11][0], 'a type of value'); assert.strictEqual(replies[12][0], null); assert.equal(replies[12][1], 'test'); assert.equal(replies[13][0], 'batchbar2'); assert.equal(replies[13].length, 3); assert.equal(replies.length, 14); return done(); }); }); it('converts a non string key to a string', function (done) { // TODO: Converting the key might change soon again. client.batch().hmset(true, { test: 123, bar: 'baz' }).exec(done); }); it('runs a batch without any further commands', function (done) { var buffering = client.batch().exec(function (err, res) { assert.strictEqual(err, null); assert.strictEqual(res.length, 0); done(); }); assert(typeof buffering === 'boolean'); }); it('runs a batch without any further commands and without callback', function () { var buffering = client.batch().exec(); assert.strictEqual(buffering, true); }); it('allows multiple operations to be performed using a chaining API', function (done) { client.batch() .mset('some', '10', 'keys', '20') .incr('some') .incr('keys') .mget('some', 'keys') .exec(function (err, replies) { assert.strictEqual(null, err); assert.equal('OK', replies[0]); assert.equal(11, replies[1]); assert.equal(21, replies[2]); assert.equal(11, replies[3][0].toString()); assert.equal(21, replies[3][1].toString()); return done(); }); }); it('allows multiple commands to work the same as normal to be performed using a chaining API', function (done) { client.batch() .mset(['some', '10', 'keys', '20']) .incr('some', helper.isNumber(11)) .incr(['keys'], helper.isNumber(21)) .mget('some', 'keys') .exec(function (err, replies) { assert.strictEqual(null, err); assert.equal('OK', replies[0]); assert.equal(11, replies[1]); assert.equal(21, replies[2]); assert.equal(11, replies[3][0].toString()); assert.equal(21, replies[3][1].toString()); return done(); }); }); it('allows multiple commands to work the same as normal to be performed using a chaining API promisified', function () { return client.batch() .mset(['some', '10', 'keys', '20']) .incr('some', helper.isNumber(11)) .incr(['keys'], helper.isNumber(21)) .mget('some', 'keys') .execAsync() .then(function (replies) { assert.equal('OK', replies[0]); assert.equal(11, replies[1]); assert.equal(21, replies[2]); assert.equal(11, replies[3][0].toString()); assert.equal(21, replies[3][1].toString()); }); }); it('allows an array to be provided indicating multiple operations to perform', function (done) { // test nested batch-bulk replies with nulls. client.batch([ ['mget', ['batchfoo', 'some', 'random value', 'keys']], ['incr', 'batchfoo'] ]) .exec(function (err, replies) { assert.strictEqual(replies.length, 2); assert.strictEqual(replies[0].length, 4); return done(); }); }); it('allows multiple operations to be performed on a hash', function (done) { client.batch() .hmset('batchhash', 'a', 'foo', 'b', 1) .hmset('batchhash', { extra: 'fancy', things: 'here' }) .hgetall('batchhash') .exec(done); }); it('should work without any callback or arguments', function (done) { var batch = client.batch(); batch.set('baz', 'binary'); batch.set('foo', 'bar'); batch.ping(); batch.exec(); client.get('foo', helper.isString('bar', done)); }); }); }); }); });