infinispan-cere
Version:
Infinispan Javascript client
363 lines (348 loc) • 17.8 kB
JavaScript
var _ = require('underscore');
var f = require('../lib/functional');
var t = require('./utils/testing'); // Testing dependency
var tests = require('./tests'); // Shared tests
describe('Infinispan local client', function() {
var client = t.client(t.local, t.authOpts);
beforeEach(function(done) { client
.then(t.assert(t.clear()))
.catch(t.failed(done)).finally(done);
});
it('can put -> get -> remove a key/value pair', function(done) {
client.then(t.assert(t.size(), t.toBe(0)))
.then(t.assert(t.put('key', 'value')))
.then(t.assert(t.size(), t.toBe(1)))
.then(t.assert(t.get('key'), t.toBe('value')))
.then(t.assert(t.containsKey('key'), t.toBeTruthy))
.then(t.assert(t.remove('key'), t.toBeTruthy))
.then(t.assert(t.get('key'), t.toBeUndefined))
.then(t.assert(t.containsKey('key'), t.toBeFalsy))
.then(t.assert(t.remove('key'), t.toBeFalsy))
.then(t.assert(t.size(), t.toBe(0)))
.catch(t.failed(done))
.finally(done);
});
it('can use conditional operations on a key/value pair', function(done) { client
.then(t.assert(t.putIfAbsent('cond', 'v0'), t.toBeTruthy))
.then(t.assert(t.putIfAbsent('cond', 'v1'), t.toBeFalsy))
.then(t.assert(t.get('cond'), t.toBe('v0')))
.then(t.assert(t.replace('cond', 'v1'), t.toBeTruthy))
.then(t.assert(t.replace('other', 'v1'), t.toBeFalsy))
.then(t.assert(t.get('cond'), t.toBe('v1')))
.then(t.assert(t.conditional(t.replaceV, t.getM, 'cond', 'v1', 'v2'), t.toBeTruthy))
.then(t.assert(t.get('cond'), t.toBe('v2')))
.then(t.assert(t.notReplaceWithVersion('_'), t.toBeFalsy)) // key not found
.then(t.assert(t.notReplaceWithVersion('cond'), t.toBeFalsy)) // key found but invalid version
.then(t.assert(t.get('cond'), t.toBe('v2')))
.then(t.assert(t.notRemoveWithVersion('_'), t.toBeFalsy))
.then(t.assert(t.notRemoveWithVersion('cond'), t.toBeFalsy))
.then(t.assert(t.get('cond'), t.toBe('v2')))
.then(t.assert(t.conditional(t.removeWithVersion, t.getM, 'cond', 'v2'), t.toBeTruthy))
.then(t.assert(t.get('cond'), t.toBeUndefined))
.then(t.assert(t.getM('cond'), t.toBeUndefined))
.catch(t.failed(done))
.finally(done);
});
it('can return previous values', function(done) { client
.then(t.assert(t.putIfAbsent('prev', 'v0', t.prev()), t.toBeUndefined))
.then(t.assert(t.putIfAbsent('prev', 'v1', t.prev()), t.toBe('v0')))
.then(t.assert(t.remove('prev', t.prev()), t.toBe('v0')))
.then(t.assert(t.remove('prev', t.prev()), t.toBeUndefined))
.then(t.assert(t.put('prev', 'v1', t.prev()), t.toBeUndefined))
.then(t.assert(t.put('prev', 'v2', t.prev()), t.toBe('v1')))
.then(t.assert(t.replace('prev', 'v3', t.prev()), t.toBe('v2')))
.then(t.assert(t.replace('_', 'v3', t.prev()), t.toBeUndefined))
.then(t.assert(t.conditional(t.replaceV, t.getM, 'prev', 'v3', 'v4', t.prev()), t.toBe('v3')))
.then(t.assert(t.notReplaceWithVersion('_', t.prev()), t.toBeUndefined)) // key not found
.then(t.assert(t.notReplaceWithVersion('prev', t.prev()), t.toBe('v4'))) // key found but invalid version
.then(t.assert(t.notRemoveWithVersion('_', t.prev()), t.toBeUndefined)) // key not found
.then(t.assert(t.notRemoveWithVersion('prev', t.prev()), t.toBe('v4'))) // key found but invalid version
.then(t.assert(t.conditional(t.removeWithVersion, t.getM, 'prev', 'v4', t.prev()), t.toBe('v4')))
.catch(t.failed(done))
.finally(done);
});
it('can use multi-key operations', function(done) {
var pairs = [{key: 'multi1', value: 'v1'}, {key: 'multi2', value: 'v2'}, {key: 'multi3', value: 'v3'}];
var keys = ['multi1', 'multi2'];
client
.then(t.assert(t.putAll(pairs), t.toBeUndefined))
.then(t.assert(t.size(), t.toBe(3)))
.then(t.assert(t.getAll(keys), t.toEqualPairs('key', [{key: 'multi1', value: 'v1'}, {key: 'multi2', value: 'v2'}])))
.then(t.assert(t.getAll(['_']), t.toEqual([])))
.catch(t.failed(done))
.finally(done);
});
it('can ping a server', function(done) { client
.then(t.assert(t.ping(), t.toBeUndefined))
.catch(t.failed(done))
.finally(done);
});
it('fails when non-configured cache is accessed', function(done) {
t.client(t.local, {cacheName: 'unknownCache'})
.then(function() {
done(new Error('Exception should be thrown while accessing not-configured cache.'));
}).catch(function(error) {
expect(error).toBe("org.infinispan.server.hotrod.CacheNotFoundException: Cache with name 'unknownCache' not found amongst the configured caches");
done();
});
});
it('can put -> get a big value', function(done) {
var value = t.randomStr(128);
client
.then(t.assert(t.put('key', value)))
.then(t.assert(t.get('key'), t.toEqual(value)))
.catch(t.failed(done))
.finally(done);
});
it('can put -> get a really big value', function(done) {
var value = t.randomStr(1024 * 1024);
client
.then(t.assert(t.put('key', value)))
.then(t.assert(t.get('key'), t.toEqual(value)))
.catch(t.failed(done))
.finally(done);
});
it('can put -> get -> remove a key/value pair on a named cache', function(done) {
t.client(t.local, {cacheName: 'namedCache', authentication: t.authOpts.authentication})
.then(t.assert(t.put('key', 'value')))
.then(t.assert(t.get('key'), t.toBe('value')))
.then(t.assert(t.remove('key'), t.toBeTruthy))
.then(t.disconnect())
.catch(t.failed(done))
.finally(done);
});
it('can put -> get -> remove a key/value pair on a named cache with disabled ssl', function(done) {
t.client(t.local, {cacheName: 'namedCache',
authentication: t.authOpts.authentication,
security: {ssl: {enabled: false}}})
.then(t.assert(t.put('key', 'value')))
.then(t.assert(t.get('key'), t.toBe('value')))
.then(t.assert(t.remove('key'), t.toBeTruthy))
.then(t.disconnect())
.catch(t.failed(done))
.finally(done);
});
it('can get key/value pairs with their immortal metadata', function(done) {
var immortal = { created : -1, lifespan: -1, lastUsed: -1, maxIdle: -1 };
client
.then(t.assert(t.getM('meta'), t.toBeUndefined))
.then(t.assert(t.put('meta', 'v0')))
.then(t.assert(t.getM('meta'), t.toContain(f.merge({ value: 'v0' }, immortal))))
.then(t.assert(t.conditional(t.replaceV, t.getM, 'meta', 'v0', 'v1'), t.toBeTruthy))
.then(t.assert(t.getM('meta'), t.toContain(f.merge({ value: 'v1' }, immortal))))
.catch(t.failed(done))
.finally(done);
});
it('can get key/value pairs with their expirable metadata', function(done) { client
.then(t.assert(t.put('life-meta', 'value', {lifespan: '60s'})))
.then(t.assert(t.getM('life-meta'), t.toContain({ value: 'value', lifespan : 60})))
.then(t.assert(t.putIfAbsent('cond-exp-meta', 'v0', {maxIdle: '45m'})))
.then(t.assert(t.getM('cond-exp-meta'), t.toContain({ value: 'v0', maxIdle : 2700})))
.then(t.assert(t.replace('cond-exp-meta', 'v1', {lifespan: '1d', maxIdle: '1h'})))
.then(t.assert(t.getM('cond-exp-meta'), t.toContain({ value: 'v1', lifespan: 86400, maxIdle : 3600})))
.catch(t.failed(done))
.finally(done);
});
it('can listen for only create events', function(done) { client
.then(t.on('create', t.expectEvent('listen-create', done, true, 'value')))
.then(t.assert(t.putIfAbsent('listen-create', 'value'), t.toBeTruthy))
.catch(t.failed(done));
});
it('can listen for only modified events', function(done) { client
.then(t.on('modify', t.expectEvent('listen-modify', done, true, 'v1')))
.then(t.assert(t.putIfAbsent('listen-modify', 'v0'), t.toBeTruthy))
.then(t.assert(t.replace('listen-modify', 'v1'), t.toBeTruthy))
.catch(t.failed(done));
});
it('can listen for only removed events', function(done) { client
.then(t.on('remove', t.expectEvent('listen-remove', done, true)))
.then(t.assert(t.putIfAbsent('listen-remove', 'v0'), t.toBeTruthy))
.then(t.assert(t.replace('listen-remove', 'v1'), t.toBeTruthy))
.then(t.assert(t.remove('listen-remove'), t.toBeTruthy))
.catch(t.failed(done));
});
it('fails when wrong event name is passed', function(done) {
var errorTookPlace = false;
client
.then(t.on('notSupportedEvent', t.expectEvent('wrongNameCreate', done, true, 'value')))
.catch(function(error){
errorTookPlace = true;
expect(error.message).toBe("The event 'notSupportedEvent' is not supported");
return done();
})
.finally(function() {
if (!errorTookPlace) {
return done(new Error("The registration of unknown event should fail!"));
}
});
});
it('can listen for create/modified/remove events in distinct listeners', function(done) { client
.then(t.on('create', t.expectEvent('listen-distinct', done, false, 'v0')))
.then(t.assert(t.putIfAbsent('listen-distinct', 'v0'), t.toBeTruthy))
.then(t.on('modify', t.expectEvent('listen-distinct', done, false, 'v1')))
.then(t.assert(t.replace('listen-distinct', 'v1'), t.toBeTruthy))
.then(t.on('remove', t.expectEvent('listen-distinct', done, true)))
.then(t.assert(t.remove('listen-distinct'), t.toBeTruthy))
.catch(t.failed(done));
});
it('can listen for create/modified/remove events in same listener', function(done) { client
.then(t.onMany(
[{event: 'create', listener: t.expectEventKeyOnly('listen-same')},
{event: 'modify', listener: t.expectEventKeyOnly('listen-same')},
{event: 'remove', listener: t.expectEventKeyOnly('listen-same', done)}
]))
.then(t.assert(t.putIfAbsent('listen-same', 'v0'), t.toBeTruthy))
.then(t.assert(t.replace('listen-same', 'v1'), t.toBeTruthy))
.then(t.assert(t.remove('listen-same'), t.toBeTruthy))
.catch(t.failed(done));
});
it('can listen for state events when adding listener to non-empty cache', function(done) { client
.then(t.assert(t.putIfAbsent('listen-state-0', 'v0'), t.toBeTruthy))
.then(t.assert(t.putIfAbsent('listen-state-1', 'v1'), t.toBeTruthy))
.then(t.assert(t.putIfAbsent('listen-state-2', 'v2'), t.toBeTruthy))
.then(t.on('create', t.expectEvents(
['listen-state-0', 'listen-state-1', 'listen-state-2'], done),
{'includeState' : true}))
.catch(t.failed(done));
});
it('fails when trying to attach to non-existent listener', function(done) {
var errorTookPlace = false;
client.then(function (client) {
var clientAddListenerCreate = client.addListener(
'create', function(key) { console.log('[Event] Created key: ' + key); });
var clientAddListeners = clientAddListenerCreate.then(
function(listenerId) {
return client.addListener(
'modify', function(key) { console.log('[Event] Modified key: ' + key); },
{listenerId: 'blblbl'}).catch(function(error) {
errorTookPlace = true;
expect(error.message).toBe("No server connection for listener (listenerId=blblbl)");
return done();
}).finally(function() {
if (!errorTookPlace) {
return done(new Error("The attachment of event with unknown listenerId should fail, but has succeeded."))
} else {
var clientRemoveListener =
Promise.all([clientAddListenerCreate]).then(
function(values) {
var listenerId = values[0];
return client.removeListener(listenerId);
});
}
});
});
}).catch(t.failed(done)).finally(done);
});
if (process.env.protocol == null || process.env.protocol >= '2.9') {
it('can listen for custom events for created events', function(done) {
var expected = 'KeyValueWithPrevious{key=listen-custom-create, value=value, prev=null}';
var opts = { converterFactory : { name: "key-value-with-previous-converter-factory" } };
client
.then(t.on('create', t.expectCustomEvent(expected, done), opts))
.then(t.assert(t.putIfAbsent('listen-custom-create', 'value'), t.toBeTruthy))
.catch(t.failed(done));
});
it('can listen for custom events for modified events', function(done) {
var expected = 'KeyValueWithPrevious{key=listen-custom-modify, value=v1, prev=v0}';
var opts = { converterFactory : { name: "key-value-with-previous-converter-factory" } };
client
.then(t.on('modify', t.expectCustomEvent(expected, done), opts))
.then(t.assert(t.putIfAbsent('listen-custom-modify', 'v0'), t.toBeTruthy))
.then(t.assert(t.replace('listen-custom-modify', 'v1'), t.toBeTruthy))
.catch(t.failed(done));
});
it('can listen for custom events for removed events', function(done) {
var expected = 'KeyValueWithPrevious{key=listen-custom-remove, value=null, prev=v1}';
var opts = { converterFactory : { name: "key-value-with-previous-converter-factory" } };
client
.then(t.on('remove', t.expectCustomEvent(expected, done), opts))
.then(t.assert(t.putIfAbsent('listen-custom-remove', 'v0'), t.toBeTruthy))
.then(t.assert(t.replace('listen-custom-remove', 'v1'), t.toBeTruthy))
.then(t.assert(t.remove('listen-custom-remove'), t.toBeTruthy))
.catch(t.failed(done));
});
}
if (process.env.protocol == null || process.env.protocol >= '2.5') {
it('can iterate over entries, one entry at the time',
tests.iterateEntries('local', 1, client)
);
it('can iterate over entries, more than one entry at the time',
tests.iterateEntries('local', 3, client)
);
it('can iterate over entries getting their expirable metadata', function (done) {
var pairs = [{key: 'it-exp-1', value: 'v1'}, {key: 'it-exp-2', value: 'v2'}];
var expected = _.map(pairs, function (pair) {
return f.merge(pair, {done: false, lifespan: 86400, maxIdle: 3600});
});
client
.then(t.assert(t.clear()))
.then(t.assert(t.putAll(pairs, {lifespan: '1d', maxIdle: '1h'}), t.toBeUndefined))
.then(t.seqIterator('key', 3, expected, {metadata: true})) // Iterate all data, 3 elements at time, sequential
.catch(t.failed(done))
.finally(done);
});
}
it('can failover to a secondary node if first node is not available', function(done) {
t.client([{port: 1234, host: '127.0.0.1'}, t.local])
.then(t.assert(t.ping(), t.toBeUndefined))
.then(t.disconnect())
.catch(t.failed(done))
.finally(done);
});
it('can query statistic values', function(done) { client
.then(t.assertStats(t.put('stats-key', 'stats-value'), t.toBeStatIncr('stores')))
.then(t.assertStats(t.get('stats-key'), t.toBeStatIncr('hits')))
.then(t.assertStats(t.get('stats-miss-key'), t.toBeStatIncr('misses')))
.then(t.assertStats(t.remove('stats-miss-key'), t.toBeStatIncr('removeMisses')))
.then(t.assertStats(t.remove('stats-key'), t.toBeStatIncr('removeHits')))
.catch(t.failed(done)).finally(done);
});
it('can retrieve topology information', function(done) { client
.then(t.assert(t.getTopologyId(), t.toBe(0)))
.then(t.assert(t.getMembers(), t.toEqual([t.local])))
.catch(t.failed(done)).finally(done);
});
it('can execute a script remotely to store and retrieve data',
tests.execPutGet(
'spec/utils/typed-put-get.js', 'local', client, t.toBe('local-typed-value')
)
);
it('can execute a script remotely to store and retrieve unicode data', function(done) {
client
.then(t.loadAndExec('spec/utils/typed-put-get-unicode.js', 'typed-put-get-unicode.js'))
.then(t.assert(t.exec('typed-put-get-unicode.js'), t.toBe('բարեվ')))
.catch(t.failed(done)).finally(done);
});
it('can execute a script remotely that returns size', function(done) {
client
.then(t.loadAndExec('spec/utils/typed-size.js'))
.then(t.assert(t.exec('typed-size.js'), t.toBe('0')))
.catch(t.failed(done)).finally(done);
});
it('can execute a script remotely to get node address from cacheManager', function(done) {
client
.then(t.loadAndExec('spec/utils/typed-cachemanager-put-get.js'))
.then(t.assert(t.exec('typed-cachemanager-put-get.js'), t.toBe('a')))
.catch(t.failed(done)).finally(done);
});
it('can execute a script remotely that returns undefined', function(done) {
client
.then(t.loadAndExec('spec/utils/typed-null-return.js'))
.then(t.assert(t.exec('typed-null-return.js'), t.toBe('')))
.catch(t.failed(done)).finally(done);
});
it('can listen for events generated by executing a script', function(done) {
client
.then(t.on('create', t.expectEvent('listen-typed-key', done, true, 'listen-typed-value')))
.then(t.loadAndExec('spec/utils/typed-put-get.js'))
.then(t.assert(t.exec('typed-put-get.js'
, {k: 'listen-typed-key', v: 'listen-typed-value'}), t.toBe('listen-typed-value')))
.catch(t.failed(done));
});
// Since Jasmine 1.3 does not have afterAll callback, this disconnect test must be last
it('disconnects client', function(done) { client
.then(t.disconnect())
.catch(t.failed(done))
.finally(done);
});
});