game producer

Ruby implements producer and consumer code sharing This article mainly introduces Ruby implementation producer and consumer code sharing. This article provides the implementation code directly. If you need it, refer ? 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 # Ruby implements producer and consumer code Require 'thread' Queu

Linux multithreading practice (6) Use Posix condition variables to solve producer and consumer problems In the previous article, we have already discussed how to use semaphores to solve the producer and consumer problems. Under what circumstances should we introduce conditional variables? Assume that there is a shared resource sum, and the associated mutex is lock_s. assume that the sum operation of each th

Turn https://www.oschina.net/code/snippet_111708_25438This is a classic question, the essence of my solution is to abstract the problem into the producer consumer model, but it is a special producer consumer model, there are two requirements:1, buffer size is 1 (with a Boolean variable to represent it)2. The buffer is initially emptyMore specifically, you can think of it as a printer that can only put one s

intbuffermemory; PublicMapProducerconfigs () {MapNewHashmap(); Props.put (Producerconfig.bootstrap_servers_config, SERVERS); Props.put (Producerconfig.retries_config, retries); Props.put (Producerconfig.batch_size_config, batchsize); Props.put (Producerconfig.linger_ms_config, LINGER); Props.put (Producerconfig.buffer_memory_config, buffermemory); Props.put (Producerconfig.key_serializer_class_config, Stringserializer.class); Props.put (Producerconfig.value_s

Look back at the producer consumer model. #include #include#includestring.h>#include#include#include#include#defineErr_exit (M) Do{perror (M); Exit (Exit_failure); } while(0)#defineConsumers_count 1#defineProducers_count 2#defineBuffsize 10intg_buffer[buffsize];unsigned Short inch=0; unsigned Short out=0; unsigned Shortproduct_id =0; unsigned Shortconsume_id =0; sem_t g_sen_full;sem_t g_sen_empty;pthread_mutex_t g_mutex;pthread_t g_thread[consumer

The producer consumer model is as follows:The procedure is as follows:1#include 2#include 3 4#include 5#include 6#include 7#include string.h>8 9#include Ten One intG_count =0; A - intNnum, Nloop; - the //Defining Locks -pthread_mutex_t Mutex =Pthread_mutex_initializer; - - //define conditions and initialize +pthread_cond_t my_condition=Pthread_cond_initializer; - + #defineCustom_count 2 A #defineProduct_count 4 at - - //int Pthread_mutex_lock

1, the Python version I used2, the following to write the specific implementation processImport threadingImport timeImport Queue#首先生成一个队列Q =queue.queue ()#生产者def producer (name):L=threading. Rlock ()For I in range (40):L.acquire ()Q.put (i)L.release ()Print "This is thead name was%s, produce num is%s"% (name,i)Time.sleep (2)#消费者DEF consumer (name):Count =0While Count Resulte =q.get ()print ' The thread name is%s and the consume num is%s '% (Name,resul

1 /**2 * Requirements: Assume that there are 10 consumers to consume the production of products, products to ensure that the order by any other consumer consumption, the last consumption of the next to spend3 * 4 * @authorTrfizeng5 * 6 */7 Public classScthread {8 Public Static voidMain (string[] args) {9SYSTEM.OUT.PRINTLN ("Begin:" + (System.currenttimemillis ())/1000);Ten for(inti = 0; I //unable to move equivalent to producer One

/*Multithreading: a producer a consumer*/Class Resource{private String name;private int age;Boolean flag=false;Public synchronized void Setresource (String name,int count) throws Interruptedexception{while (flag)This.wait ();{this.wait (); this.notify (); System.out.println ("producer while Continue");}This.name=name+count;System.out.println ("producer" +this.nam

producersImport java.util.Properties;Import Kafka.javaapi.producer.Producer;Import Kafka.producer.KeyedMessage;Import Kafka.producer.ProducerConfig;Import Kafka.serializer.StringEncoder;public class Kafkaproducer extends thread{Private String topic;Construction methodPublic kafkaproducer (String topic) {this.topic = topic;}@Overridepublic void Run () {Producerfor (int i =1; iString message = "message" +I;Producer.send (New KeyedmessageSystem.out.println ("pr