// start listening for toWork
// will start an embeded broker, a report producer and a toWork listener
func startListening() {
// first start the broker
logger.Info("Starting listening for jobs")
embeddedBroker = broker.NewBroker()
embeddedBroker.BrokerAddr = brokerAddr
embeddedBroker.BrokerPort = brokerPort
embeddedBroker.StartBroker()
// start the report producer
logger.Info("Starting the report producer")
reportChan = make(chan message.Report, 20)
producerConf := messaging.NewProducerConfig()
producerConf.NsqAddr = brokerAddr + ":" + brokerPort
producer := messaging.NewProducer(producerConf)
producer.Start(reportChan)
// start the work listener
logger.Info("Starting the work listener")
listenerConf := messaging.NewListenerConfig()
listenerConf.LookupAddr = []string{nsqLookUpHost + ":" + nsqLookUpPort}
listener = messaging.NewListener(listenerConf)
// must create the topic BEFORE listing on it
sayHello(listenerConf.Topic)
toWorkChan = listener.Start()
// and then start executing incoming job
logger.Info("Starting execution incoming Jobs")
build.ExecuteJob(toWorkChan, reportChan)
logger.Info("Agent setup done")
}
func Test_ExecuteJob_Should_Reply_To_Hello(t *testing.T) {
// given
toWorkChan := make(chan message.ToWork)
reportChan := make(chan message.Report, 1)
defer close(reportChan)
defer close(toWorkChan)
// when
build.ExecuteJob(toWorkChan, reportChan)
toWorkChan <- message.ToWork{int64(1), message.HELLO, "", "go1.6", "https://github.com/vil-coyote-acme/toto-example.git"}
msg := <-reportChan
t.Logf("Test the go build command with succes. Output : %s\n\r", msg.Logs)
assert.Contains(t, testtools.FromSliceToString(msg.Logs), "Hello")
assert.Equal(t, msg.Status, message.SUCCESS)
}