How to use append method of mock.async.QueueConsumer class

Best Karate code snippet using mock.async.QueueConsumer.append

Source:QueueConsumer.java

...16    public static final String QUEUE_NAME = "MOCK.ASYNC";17    private final Connection connection;18    private final MessageConsumer consumer;19    private final Session session;20    // in more complex tests or for re-usability, this field and append() /21    // collect() / clear() methods can be in a separate / static class22    private final List messages = new ArrayList();23    public synchronized void append(Object message) {24        messages.add(message);25        if (condition.test(message)) {26            logger.debug("condition met, will signal completion");27            future.complete(Boolean.TRUE);28        } else {29            logger.debug("condition not met, will continue waiting");30        }31    }32    public synchronized List collect() {33        return messages;34    }35    36    private CompletableFuture future = new CompletableFuture();37    private Predicate condition = o -> true; // just a default38    39    // note how you can pass data in from the test for very dynamic checks40    public List waitUntilCount(int count) {        41        condition = o -> messages.size() == count;42        try {43            future.get(5000, TimeUnit.MILLISECONDS);44        } catch (Exception e) {45            logger.error("wait timed out: {}", e + "");46        }47        return messages;48    }49    public QueueConsumer() {50        this.connection = QueueUtils.getConnection();51        try {52            session = connection.createSession(false, Session.AUTO_ACKNOWLEDGE);53            Destination destination = session.createQueue(QUEUE_NAME);54            consumer = session.createConsumer(destination);55            consumer.setMessageListener(message -> {56                TextMessage tm = (TextMessage) message;57                try {58                    // this is where we "collect" messages for assertions later59                    append(tm.getText());60                } catch (Exception e) {61                    throw new RuntimeException(e);62                }63            });64        } catch (Exception e) {65            throw new RuntimeException(e);66        }67    }68}...

append

Using AI Code Generation

1var queueConsumer = new mock.async.QueueConsumer();2var message = new mock.async.Message();3queueConsumer.append(message);4var messageFromQueue = queueConsumer.dequeue();5System.assertEquals(message, messageFromQueue, 'The message retrieved from the queue is not the same as the message that was added to the queue');6System.assertEquals(message, messageFromQueue, 'The message retrieved from the queue is not the same as the message that was added to the queue');7System.assertEquals(message, messageFromQueue, 'The message retrieved from the queue is not the same as the message that was added to the queue');8System.assertEquals(message, messageFromQueue, 'The message retrieved from the queue is not the same as the message that was added to the queue');9System.assertEquals(message, messageFromQueue, 'The message retrieved from the queue is not the same as the message that was added to the queue');10System.assertEquals(message, messageFromQueue, 'The message retrieved from the queue is not the same as the message that was added to the queue');11System.assertEquals(message, messageFromQueue, 'The message retrieved from the queue is not the same as the message that was added to the queue');12System.assertEquals(message, messageFromQueue, 'The message retrieved from the queue is not the same as the message that was

append

Using AI Code Generation

1    public void test() throws Exception {2        QueueConsumer queueConsumer = mock(QueueConsumer.class);3        String message = "Hello World";4        queueConsumer.append(message);5        String messageFromQueue = queueConsumer.consume();6        assertEquals(message, messageFromQueue);7    }8}

append

Using AI Code Generation

1mock.async.QueueConsumer.append("Hello World")2def consumer = new mock.async.QueueConsumer("Hello World", 1000)3def producer = new mock.async.QueueProducer()4producer.send("Hello World")5assert consumer.received("Hello World")6assert consumer.received("Hello World", 5000)7assert !consumer.received("Hello World", 5000)8assert !consumer.received()9assert consumer.received("Hello World", 5000)10assert consumer.received("Hello World", 5000, 2)11assert consumer.received("Hello World", 5000, 2, true)12assert consumer.received("Hello World", 5000, 2, false)13assert consumer.received("Hello World", 5000, 2, true)

append

Using AI Code Generation

1var msg = "Hello World";2this.queueConsumer.append(msg, function(item) {3    assert.equal(item, msg);4});5this.queueConsumer.next(function(item) {6    assert.equal(item, msg);7});8var assert = require("assert");9var mock = require("../lib/mock");10var queueConsumer = new mock.async.QueueConsumer();11var msg = "Hello World";12queueConsumer.append(msg, function(item) {13    assert.equal(item, msg);14});15queueConsumer.next(function(item) {16    assert.equal(item, msg);17});18var assert = require("assert");19var mock = require("../lib/mock");20var queueConsumer = new mock.async.QueueConsumer();21var msg = "Hello World";22queueConsumer.append(msg, function(item) {23    assert.equal(item, msg);24});25queueConsumer.next(function(item) {26    assert.equal(item, msg);27});28var assert = require("assert");29var mock = require("../lib/mock");30var queueConsumer = new mock.async.QueueConsumer();31var msg = "Hello World";32queueConsumer.append(msg, function(item) {33    assert.equal(item, msg);34});35queueConsumer.next(function(item) {36    assert.equal(item, msg);37});38var assert = require("assert");39var mock = require("../lib/mock");40var queueConsumer = new mock.async.QueueConsumer();41var msg = "Hello World";42queueConsumer.append(msg, function(item) {43    assert.equal(item, msg);44});45queueConsumer.next(function(item) {46    assert.equal(item, msg);47});48var assert = require("assert");49var mock = require("../lib/mock");50var queueConsumer = new mock.async.QueueConsumer();

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