Ushio-cn-old/yimian/iot/mqtt/smartfarm/node_modules/amqp/test/test-ex-and-q-deletions.js

require('./harness').run();

var recvCount = 0;

connection.addListener('ready', function () {
  puts("connected to " + connection.serverProperties.product);

  var exchange1 = connection.exchange('node-conn-share1', {type: 'direct'});
  var exchange2 = connection.exchange('node-conn-share2', {type: 'direct'});
  
  assert.equal(2, Object.keys(connection.exchanges).length);

  exchange2.destroy(); // checked at end

  var q1 = connection.queue('node-q1', function() {
    var q2 = connection.queue('node-q2', function() {
      
      q1.bind(exchange1, "node-consumer-1");
      q1.on('queueBindOk', function() {
        q2.bind(exchange1, "node-consumer-2");
        q2.on('queueBindOk', function() {
          assert.equal(2, Object.keys(connection.queues).length);

          q1.on('basicConsumeOk', function () {
            exchange1.publish("node-consumer-1", 'foo');
            exchange1.publish("node-consumer-1", 'foo');
            exchange1.publish("node-consumer-2", 'foo');
          });

          q2.on('basicConsumeOk', function () {
            exchange1.publish("node-consumer-1", 'foo');
            exchange1.publish("node-consumer-2", 'foo');

            setTimeout(function () {
              // wait one second to receive the message, then quit
              q2.destroy();
              connection.end();
            }, 1000);
          });
          
          q1.subscribe(function (m, headers, deliveryInfo) {
            assert.equal('node-consumer-1', deliveryInfo.routingKey);
            recvCount++;
          });
          q2.subscribe(function (m, headers, deliveryInfo) {
            assert.equal('node-consumer-2', deliveryInfo.routingKey);
            recvCount++;
          })
        });
      });
    });
  });
});

process.addListener('exit', function () {
  assert.equal(1, Object.keys(connection.exchanges).length);
  assert.equal(1, Object.keys(connection.queues).length);
  assert.equal(5, recvCount);
});