public async Task CreatePublishAndConsume()
{
var connectionFactory = CreateConnectionFactory();
using (var queueClient = new RabbitMQClient(connectionFactory))
{
var queueName = $"IntegratedTestQueue_{Guid.NewGuid()}";
queueClient.EnsureQueueExists(queueName, autoDelete:true);
queueClient.Publish("", queueName, "TestValue123");
var receivedMessage = "";
var worker = await SimpleMessageProcessingWorker<string>.CreateAndStartAsync(queueClient, queueName,
message => DoSomething(message, out receivedMessage), CancellationToken.None);
const int timeLimit = 10000;
var elapsedTime = 0;
while (receivedMessage == "" && elapsedTime < timeLimit)
{
await Task.Delay(100);
elapsedTime += 100;
}
worker.Stop();
receivedMessage.ShouldBe("TestValue123");
}
}
public async Task AdvancedCreatePublishAndConsume()
{
var connectionFactory = CreateConnectionFactory();
using (var queueClient = new RabbitMQClient(connectionFactory))
{
var queueName = $"IntegratedTestQueue_{Guid.NewGuid()}";
queueClient.EnsureQueueExists(queueName, autoDelete: true);
queueClient.Publish("", queueName, "TestValue123");
var receivedMessage = "";
var worker = await AdvancedMessageProcessingWorker <string> .CreateAndStartAsync(queueClient, queueName,
message => DoSomething(message, out receivedMessage), CancellationToken.None);
const int timeLimit = 10000;
var elapsedTime = 0;
while (receivedMessage == "" && elapsedTime < timeLimit)
{
await Task.Delay(100);
elapsedTime += 100;
}
worker.Stop();
receivedMessage.ShouldBe("TestValue123");
}
}
protected void SendToRabbitMQ(MessageCommandEnum command, string message)
{
try
{
logger.Info("Send to RabbitMQ Server");
client.Publish(command, message);
logger.Info("Send to RabbitMQ Server");
}
catch (Exception ex)
{
logger.Error(ex.Message, ex);
}
}
public IActionResult Post(NewOrderRequest request)
{
var newOrder = new Order
{
Id = Orders.Select(x => x.Id).DefaultIfEmpty().Max() + 1,
Email = request.Email
};
Orders.Add(newOrder);
var payload = JsonSerializer.Serialize(newOrder);
_logger.LogInformation($"New order created: {payload}");
_rabbitMqClient.Publish("ordering", "order.created", payload);
return(CreatedAtAction(nameof(GetById), new { id = newOrder.Id }, newOrder));
}
public void TestMethod1()
{
MQConfig config = new MQConfig("localhost", "guest", "guest")
{
VirtualHost = "/"
};
RabbitMQClient client = new RabbitMQClient(config);
for (int i = 0; i < 100; i++)
{
MqModel message = new MqModel()
{
Message = "test message" + i.ToString(), SendDate = DateTime.Now
};
client.Publish(message);
Thread.Sleep(1000);
}
}
/// <summary>
///
/// </summary>
/// <param name="cancellationToken"></param>
/// <returns></returns>
public Task StartAsync(CancellationToken cancellationToken)
{
var messageBody = new
{
Id = 001,
Name = "张三"
};
var headers = new Dictionary <string, object>()
{
{ "TestKey001", "测试头部Key001" },
{ "TestKey002", "测试头部Key002" }
};
var publishTime = DateTime.Now.AddMinutes(1);
for (int i = 0; i < 1000; i++)
{
//路由模式测试示例
string routingKey1 = "queue.direct.routinghandler"; //路由key
var response0 = RabbitMQClient.Publish(PublishPatternType.Routing, routingKey1); //实时发送，服务端实施进行消费
var response1 = RabbitMQClient.Publish(PublishPatternType.Routing, routingKey1, messageBody); //实时发送，服务端实施进行消费
var response2 = RabbitMQClient.Publish(PublishPatternType.Routing, routingKey1, messageBody, publishTime: publishTime); //按指定时间发送，服务端会在指定的时间进行消费
var response3 = RabbitMQClient.Publish(PublishPatternType.Routing, routingKey1, messageBody, headers: headers); //实时发送，服务端实施进行消费,带自定义头部信息，服务端handler的context.Headers会接收到headers参数
//主题模式测试示例
string routingKey2 = "queue.topic.topichandler"; //路由key
var response4 = RabbitMQClient.Publish(PublishPatternType.Topic, routingKey2, messageBody); //实时发送，服务端实施进行消费
var response5 = RabbitMQClient.Publish(PublishPatternType.Topic, routingKey2, messageBody, publishTime: publishTime); //按指定时间发送，服务端会在指定的时间进行消费
var response6 = RabbitMQClient.Publish(PublishPatternType.Topic, routingKey2, messageBody, headers: headers); //实时发送，服务端实施进行消费,带自定义头部信息，服务端handler的context.Headers会接收到headers参数
//订阅模式测试示例(publish发布订阅消息)
string exchangeName1 = "stack.rabbitmq.subscriexchange"; //路由key
var response7 = RabbitMQClient.Publish(PublishPatternType.Publish, messageBody: messageBody, exchangeName: exchangeName1); //实时发送，服务端实施进行消费
var response8 = RabbitMQClient.Publish(PublishPatternType.Publish, messageBody: messageBody, exchangeName: exchangeName1, publishTime: publishTime); //按指定时间发送，服务端会在指定的时间进行消费
var response9 = RabbitMQClient.Publish(PublishPatternType.Publish, messageBody: messageBody, exchangeName: exchangeName1, headers: headers); //实时发送，服务端实施进行消费,带自定义头部信息，服务端handler的context.Headers会接收到headers参数
//RPC模式测试示例(由于RPC模式需要时时等待消费结果，所以对于RPC的模式来说就没有定时发送的功能)
string routingKey4 = "queue.rpc.rpchandler"; //路由key
var response10 = RabbitMQClient.Publish(PublishPatternType.RPC, routingKey4, messageBody); //实时发送，服务端实施进行消费
var response11 = RabbitMQClient.Publish(PublishPatternType.RPC, routingKey4, messageBody, headers: headers); //实时发送，服务端实施进行消费,带自定义头部信息，服务端handler的context.Headers会接收到headers参数
//被动从指定队列拉取消息示例(获取到消息后会自动应答（所谓自动应答就是该消息去出来后会从队列消失）)
string queueName5 = "queue.direct.routinghandler"; //队列名称
var response12 = RabbitMQClient.Pull(queueName5); //按顺序直接从队列中获取一条消息，直接返回消息
RabbitMQClient.Pull(queueName5, message => //按顺序直接从队列中获取一条消息，返回消息后可以对消息进行二次加工处理
{
//加工处理的业务代码
var body = message?.Body;
});
var response13 = RabbitMQClient.Pull(queueName5, message =>//按顺序直接从队列中获取一条消息，返回消息后可以对消息进行二次加工处理，并返回处理结果
{
//加工处理的业务代码
var body = message?.Body;
return(new ResponseResult()
{
Success = true,
ErrorMsg = "业务处理成功"
});
});
//客户端订阅消息（由于考虑到性能问题，这中订阅模式，没有重试机制，目前也没想到那些场景会使用到重试，有想法欢迎大家积极反馈，合理的一定新增相关功能）
string exchangeName = "stack.rabbitmq.subscribehandler";
RabbitMQClient.Subscribe(exchangeName, context =>
{
//订阅成功，执行后续的业务代码
});
}
return(Task.CompletedTask);
}
public HttpResponseMessage Post(CommandObject command)
{
_client.Publish(command.Command, command.Data.ToString());
return(Request.CreateResponse(HttpStatusCode.OK, new { ip = command.Data }));
}
