game producer

1. Background Recently, due to project requirements, Kafka's producer needs to be used. However, for C ++, Kafka is not officially supported. On the official Kafka website, you can find the 0.8.x client. The client that can be used has a C-version client. Although the client is still active, there are still many code problems and the support for C ++ is not very good. There is also the C ++ version. Although the client is designed according to the i

Today we are going to introduce the "producer/consumer model", which can be used in many development fields. This mode is very important. I plan to introduce it in several posts. Today, I am going to talk about literacy. If you know more about this mode, skip this literacy post and read the next post (for specific applications of this mode). You may have heard of this in the 23 modes of the four-person gang (gof! In fact, the 23 classic gof models a

This blog is a previous Java Multithreading (iii) Producer consumer model and the implementation of the method complement. The producer consumer model is implemented in three methods (lock, synchronized, blocking queue). The specific content is: The producer produces the random number (in order to facilitate the reading result, I limit the random number to 10 int

The producer consumer model is generally used to reflect the multi-thread concurrency of a program. although Python's multithreading is controlled by GIL, it can still be used to build a queue to reflect the idea of the model, here we will come to understand the producer consumer model and examples of using it in Python programming: What is a producer-consumer mo

First, why use producers and consumers?In the world of threads, the producer is the thread of the production data, the consumer is the thread of consuming data, in the multi-threaded development, if the producer processing speed is very fast, and the consumer processing speed is very slow, then the producer must wait for the consumer to finish processing, can con

(a), the problem of the leadThere is a data storage space, divided into two parts, one for storing the person's name, and the other for storing the person's gender;Our application consists of two threads, one thread keeps adding data (producers) to the data storage space, and the other thread pulls the data out of the data space (consumer);Because of the thread uncertainty, there are two scenarios:1. if the producer Line Cheng Gang adds a person's nam

This article turned from programming blog: http://program-think.blogspot.com/2009/03/producer-consumer-pattern-0-overview.html Today we will introduce the "producer/consumer model", which can be used in many development fields. Some may have been confused: I have never heard of this in the 23 Gang of Four models! In fact, the 23 classic gof models are mainly based on OO (from the title of design patter

has been engaged for a long time, the producer and consumer model strengthened version (multi-person production multi-person consumption).The previous code format is no longer a slot (try to improve later)The output is an infinite loopImport Java.util.concurrent.locks.condition;import Java.util.concurrent.locks.lock;import java.util.concurrent.locks.reentrantlock;/** * Multiple producers multiple consumer models * Multiple producers continue to produ

——-Android Training, Java training, look forward to communicating with you! ———-An overview of the JDK1.5 characteristics of producer and consumer problemsBefore JDK1.5, to address producer and consumer issues,With the Synchronized synchronous +while+notify ();However, this method is not safe, it is easy to get all the threads into an infinite waiting state.So we switched to Notiyfyall (), to solve.This sol

Kafka Producer Consumer, kafkaproducerProducer API Org. apache. kafka. clients. producer. KafkaProducer 1 props.put("bootstrap.servers", "192.168.1.128:9092"); 2 props.put("acks", "all"); 3 props.put("retries", 0); 4 props.put("batch.size", 16384); 5 props.put("linger.ms", 1); 6 props.put("buffer.memory", 33554432); 7 props.put("key.serializer", "org.apache.kafka.common.serialization.StringSerializer"); 8

Multi-producer Multiple consumer//This is a sample class Resource {Private String name that generates error data; int count; Boolean flag = false; public synchronized void Produce (String name) {if (flag) {try {this.wait (); catch (Interruptedexception e) {e.printstacktrace (); } this.name = name + count; ++count; System.out.println (Thread.CurrentThread (). GetName () + "----" + Name+count + "-

Original address: http://www.aboutyun.com/thread-9938-1-1.htmlQuestions Guide1.Kafka provides the producer class as the Java Producer API, which has several ways to send it?2. What processes are included in the summary call Producer.send method?3.Producer where is it difficult to understand?analysis of the sending method of producerKafka provides the

This is a creation in Article, where the information may have evolved or changed. Overview The message system is usually composed of producer, consumer, broker, the producer will write the message to the broker, the consumer will read out the message from the broker, the different MQ implementation of the broker implementation will be different, But the essence of broker is to be responsible for landing the

Preface: Recently in learning Java Multi-threading, see Importnew Online has a netizen translation of an article "block queue to achieve producer consumer model". In this article, the blocking queue in Java's concurrent package is used. After reading, implement the blocking queue by itself.(i) PreparationIn multi-threading, producer-consumer issues are a classic multithreaded synchronization issue. In short