java kafka producer

) warehouse, and then unlocked by unlock (). (04) in the main thread main, we will create a new 1 producer Mpro and create 1 new consumer MCUs. They produce/consume products separately from the warehouse. According to the number of production/consumption in Main, the final remaining product of the warehouse should be 50. The results of the operation are in line with our expectations! There are two problems with this model:(01) In reality, th

("consumption:---------" + sm[index] + "Total" + index + "a steamed bun"); return Sm[index]; } } Class Producer implements Runnable { Stackbasket ss = new Stackbasket (); Producer (Stackbasket ss) { THIS.SS = SS; } /** * Show production process. */ public Void Run () { For (int i = 0;i 20;i++) { Mantou m = new Mantou (i); Ss.push (m); System.out.println ("pr

Java.util.concurrent.executorservice;import Java.util.concurrent.executors;import Java.util.concurrent.linkedblockingqueue;public class Main {public static void Main (string[] args) throws interruptedexception{blockingqueueUsing Notifyall and waitPackage Com;import Java.util.list;public class Consumer implements Runnable{private list　　Package Com;import Java.util.list;import Java.util.random;public class Producer implements Runnable {private list　　Pa

:" +count); Count--; This. Notifyall (); } Public Static voidMain (string[] args) {//TODO auto-generated Method StubStore s =NewStore (5); Thread Pro=NewProducer (s); Thread Con=NewConsumer (s); Thread Pro2=NewProducer (s); Thread Con2=NewConsumer (s); Pro.setname ("Producer 1"); Con.setname ("Consumer 1"); Pro2.setname ("Producer 2"); Con2.setname ("Consumer 2"); Pro.start (); Con.st

(canrun) to determine whether the "running status" is used. Thread-based class (CODE) Package COM. fox. producerconsumer; 6. producer: The producer produces goods under certain conditions (containers are not satisfied) and stores the goods in the database. After an action is completed, yield will notify the "top-up" task to complete, to prevent continuous production, tired of working. Joke!

This is a common mode for Java Development. It allows the program to call each other between producers and consumers during design. Three objects need to be created in the mode: producer consumer warehouse Producer: Put the products produced into the total warehouse Consumer: extracts products from the warehouse for consumption. Warehouse: A synchronization meth

ThreadA extends Thread {private Printer printer;public ThreadA(Printer printer) {this.printer = printer;}public void run() {for(int i = 0; i 10; i++) {printer.printA();}}}static class ThreadB extends Thread {private Printer printer; public ThreadB(Printer printer) {this.printer = printer;}public void run() {for(int i = 0; i 10; i++) {printer.printB();}}}public static void main(String args[]) {Printer printer = new Printer(); // A、B线程共享同一个打印机Thread a = new ThreadA(printer);Thread b = new ThreadB

(); System. out. println ("\ n"+"The machine gun starts to press into the bullet:"+"\ n"); for(intj =0; J A; J + +) {List.add (J+1); System. out. println ("has been pressed into section"+ (J +1) +"Bullets"); } clip.put (list); } }}//consumers, firing bulletsclassCustomer extends Thread {PrivateGunclip clip; Customer (Gunclip clip) { This. Clip =clip; } Public voidrun () { while(true) {clip.Get(); } }}The above code mainly introduces the J