// TODO: Deflate
/*[Test, Ignore("Deflate not implemented")]
public void TestConsumerDeflate()
{
consumerTest(c =>
{
c.Deflate = true;
});
}*/
// TODO: Snappy
/*[Test, Ignore("Snappy not implemented")]
public void TestConsumerSnappy()
{
consumerTest(c =>
{
c.Snappy = true;
});
}*/
// TODO: TLS/Deflate
/*[Test, Ignore("TLS/Deflate not implemented")]
public void TestConsumerTLSDeflate()
{
consumerTest(c =>
{
c.TlsV1 = true;
c.TlsConfig = new TlsConfig { InsecureSkipVerify = true };
c.Deflate = true;
});
}*/
// TODO: TLS/Snappy
/*[Test, Ignore("TLS/Snappy not implemented")]
public void TestConsumerTLSSnappy()
{
consumerTest(c =>
{
c.TlsV1 = true;
c.TlsConfig = new TlsConfig { InsecureSkipVerify = true };
c.Snappy = true;
});
}*/
/*
// TODO: Address when client certificate auth enabled
[Test]
public void TestConsumerTLSClientCert()
{
consumerTest(c =>
{
c.TlsConfig = new TlsConfig
{
//Certificates = cert
InsecureSkipVerify = true
};
});
}
// TODO: Address when client certificate auth enabled
[Test]
public void TestConsumerTLSClientCertViaSet()
{
consumerTest(c =>
{
c.Set("ts_v1", true);
c.Set("tls_cert", "./test/client.pem");
c.Set("tls_key", "./test/client.key");
c.Set("tls_insecure_skip_verify", true);
});
}*/
private void consumerTest(Action<Config> configSetter)
{
var config = new Config();
// so that the test can simulate reaching max requeues and a call to LogFailedMessage
config.DefaultRequeueDelay = TimeSpan.Zero;
// so that the test wont timeout from backing off
config.MaxBackoffDuration = TimeSpan.FromMilliseconds(50);
if (configSetter != null)
{
configSetter(config);
}
var topicName = "rdr_test";
// TODO: Deflate, Snappy, TLS
/*if (config.Deflate)
topicName = topicName + "_deflate";
else if (config.Snappy)
topicName = topicName + "_snappy";*/
if (config.TlsConfig != null)
topicName = topicName + "_tls";
topicName = topicName + DateTime.Now.Unix();
try
{
var q = new Consumer(topicName, "ch", config);
// q.SetLogger(nullLogger, LogLevelInfo)
var h = new MyTestHandler { q = q };
q.AddHandler(h);
SendMessage(topicName, "put", "{\"msg\":\"single\"}");
SendMessage(topicName, "mput", "{\"msg\":\"double\"}\n{\"msg\":\"double\"}");
SendMessage(topicName, "put", "TOBEFAILED");
h.messagesSent = 4;
const string addr = "127.0.0.1:4150";
q.ConnectToNsqd(addr);
var stats = q.GetStats();
Assert.AreNotEqual(0, stats.Connections, "stats report 0 connections (should be > 0)");
// NOTE: changed to just return without throwing; throwing Exceptions is a little more disruptive in .NET
// than returning err in Go
//Assert.Throws<ErrAlreadyConnected>(() => q.ConnectToNSQD(addr),
// "should not be able to connect to the same NSQ twice");
Assert.Throws<ErrNotConnected>(() => q.DisconnectFromNsqd("1.2.3.4:4150"),
"should not be able to disconnect from an unknown nsqd");
Assert.Throws<TimeoutException>(() => q.ConnectToNsqd("1.2.3.4:4150"),
"should not be able to connect to non-existent nsqd");
// should be able to disconnect from an nsqd
q.DisconnectFromNsqd("1.2.3.4:4150");
q.DisconnectFromNsqd("127.0.0.1:4150");
q.Wait();
stats = q.GetStats();
Assert.AreEqual(h.messagesReceived + h.messagesFailed, stats.MessagesReceived, "stats report messages received");
Assert.AreEqual(8, h.messagesReceived, "messages received");
Assert.AreEqual(4, h.messagesSent, "messages sent");
Assert.AreEqual(1, h.messagesFailed, "failed messaged not done");
}
finally
{
_nsqdHttpClient.DeleteTopic(topicName);
_nsqLookupdHttpClient.DeleteTopic(topicName);
}
}
// TODO: Deflate
/*[Test, Ignore("Deflate not implemented")]
* public void TestConsumerDeflate()
* {
* consumerTest(c =>
* {
* c.Deflate = true;
* });
* }*/
// TODO: Snappy
/*[Test, Ignore("Snappy not implemented")]
* public void TestConsumerSnappy()
* {
* consumerTest(c =>
* {
* c.Snappy = true;
* });
* }*/
// TODO: TLS/Deflate
/*[Test, Ignore("TLS/Deflate not implemented")]
* public void TestConsumerTLSDeflate()
* {
* consumerTest(c =>
* {
* c.TlsV1 = true;
* c.TlsConfig = new TlsConfig { InsecureSkipVerify = true };
* c.Deflate = true;
* });
* }*/
// TODO: TLS/Snappy
/*[Test, Ignore("TLS/Snappy not implemented")]
* public void TestConsumerTLSSnappy()
* {
* consumerTest(c =>
* {
* c.TlsV1 = true;
* c.TlsConfig = new TlsConfig { InsecureSkipVerify = true };
* c.Snappy = true;
* });
* }*/
/*
* // TODO: Address when client certificate auth enabled
* [Test]
* public void TestConsumerTLSClientCert()
* {
* consumerTest(c =>
* {
* c.TlsConfig = new TlsConfig
* {
* //Certificates = cert
* InsecureSkipVerify = true
* };
* });
* }
*
* // TODO: Address when client certificate auth enabled
* [Test]
* public void TestConsumerTLSClientCertViaSet()
* {
* consumerTest(c =>
* {
* c.Set("ts_v1", true);
* c.Set("tls_cert", "./test/client.pem");
* c.Set("tls_key", "./test/client.key");
* c.Set("tls_insecure_skip_verify", true);
* });
* }*/
private void consumerTest(Action <Config> configSetter)
{
var config = new Config();
// so that the test can simulate reaching max requeues and a call to LogFailedMessage
config.DefaultRequeueDelay = TimeSpan.Zero;
// so that the test wont timeout from backing off
config.MaxBackoffDuration = TimeSpan.FromMilliseconds(50);
if (configSetter != null)
{
configSetter(config);
}
var topicName = "rdr_test";
// TODO: Deflate, Snappy
/*if (config.Deflate)
* topicName = topicName + "_deflate";
* else if (config.Snappy)
* topicName = topicName + "_snappy";*/
if (config.TlsConfig != null)
{
topicName = topicName + "_tls";
}
topicName = topicName + DateTime.Now.Unix();
try
{
var q = new Consumer(topicName, "ch", new TestConsoleLogger(), config);
var h = new MyTestHandler {
q = q
};
q.AddHandler(h);
SendMessage(topicName, "put", "{\"msg\":\"single\"}");
SendMessage(topicName, "mput", "{\"msg\":\"double\"}\n{\"msg\":\"double\"}");
SendMessage(topicName, "put", "TOBEFAILED");
h.messagesSent = 4;
const string addr = "127.0.0.1:4150";
q.ConnectToNsqd(addr);
var stats = q.GetStats();
Assert.AreNotEqual(0, stats.Connections, "stats report 0 connections (should be > 0)");
// NOTE: changed to just return without throwing; throwing Exceptions is a little more disruptive in .NET
// than returning err in Go
//Assert.Throws<ErrAlreadyConnected>(() => q.ConnectToNSQD(addr),
// "should not be able to connect to the same NSQ twice");
Assert.Throws <ErrNotConnected>(() => q.DisconnectFromNsqd("1.2.3.4:4150"),
"should not be able to disconnect from an unknown nsqd");
Assert.Throws <TimeoutException>(() => q.ConnectToNsqd("1.2.3.4:4150"),
"should not be able to connect to non-existent nsqd");
// should be able to disconnect from an nsqd
q.DisconnectFromNsqd("1.2.3.4:4150");
q.DisconnectFromNsqd("127.0.0.1:4150");
q.Wait();
stats = q.GetStats();
Assert.AreEqual(h.messagesReceived + h.messagesFailed, stats.MessagesReceived, "stats report messages received");
Assert.AreEqual(8, h.messagesReceived, "messages received");
Assert.AreEqual(4, h.messagesSent, "messages sent");
Assert.AreEqual(1, h.messagesFailed, "failed messaged not done");
}
finally
{
_nsqdHttpClient.DeleteTopic(topicName);
_nsqLookupdHttpClient.DeleteTopic(topicName);
}
}