La classe Thread

(PECL pthreads >= 2.0.0)

Introduction

Quand la méthode start d'un Thread est appelée, le code de la méthode run sera exécuté de façon parallèle dans un Thread séparé.

Après l'exécution de la méthode run, le Thread se terminera immédiatement, il sera rattaché au Thread d'origine par la suite.

Avertissement

S'appuyer sur le moteur pour déterminer quand un Thread sera rattaché peut provoquer un comportement non désiré. Le développeur doit être explicite tant que possible.

Synopsis de la classe

Thread extends Threaded implements Countable , Traversable , ArrayAccess {
/* Méthodes */
public void detach ( void )
public integer getCreatorId ( void )
public static Thread getCurrentThread ( void )
public static integer getCurrentThreadId ( void )
public integer getThreadId ( void )
public static mixed globally ( void )
public boolean isJoined ( void )
public boolean isStarted ( void )
public boolean join ( void )
public void kill ( void )
public boolean start ([ integer $options ] )
/* Méthodes héritées */
public array Threaded::chunk ( integer $size , boolean $preserve )
public integer Threaded::count ( void )
public bool Threaded::extend ( string $class )
public Threaded Threaded::from ( Closure $run [, Closure $construct [, array $args ]] )
public array Threaded::getTerminationInfo ( void )
public boolean Threaded::isRunning ( void )
public boolean Threaded::isTerminated ( void )
public boolean Threaded::isWaiting ( void )
public boolean Threaded::lock ( void )
public boolean Threaded::merge ( mixed $from [, bool $overwrite ] )
public boolean Threaded::notify ( void )
public boolean Threaded::pop ( void )
public void Threaded::run ( void )
public boolean Threaded::shift ( void )
public mixed Threaded::synchronized ( Closure $block [, mixed $... ] )
public boolean Threaded::unlock ( void )
public boolean Threaded::wait ([ integer $timeout ] )
}

Sommaire

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User Contributed Notes 3 notes

up
27
german dot bernhardt at gmail dot com
2 years ago
<?php

class workerThread extends Thread {
public function
__construct($i){
 
$this->i=$i;
}

public function
run(){
  while(
true){
   echo
$this->i;
  
sleep(1);
  }
}
}

for(
$i=0;$i<50;$i++){
$workers[$i]=new workerThread($i);
$workers[$i]->start();
}

?>
up
3
german dot bernhardt at gmail dot com
5 months ago
<?php
# ERROR GLOBAL VARIABLES IMPORT

$tester=true;

function
tester(){
global
$tester;
var_dump($tester);
}

tester(); // PRINT -> bool(true)

class test extends Thread{
public function
run(){
  global
$tester;
 
tester(); // PRINT -> NULL
}
}
$workers=new test();
$workers->start();

?>
up
1
312036773 at qq dot com
8 months ago
<?php
class STD extends Thread{
    public function
put(){
       
       
$this->synchronized(function(){
            for(
$i=0;$i<7;$i++){

   
printf("%d\n",$i);
   
$this->notify();
    if(
$i < 6)
   
$this->wait();
    else
        exit();
   
sleep(1);
}
        });

    }

        public function
flush(){
       
$this->synchronized(function(){
            for(
$i=0;$i<7;$i++){
   
flush();
   
$this->notify();
    if(
$i < 6)
   
$this->wait();
    else
        exit();
    }
});
}
}

class
A extends Thread{
    private
$std;
    public function
__construct($std){
       
$this->std = $std;
    }
    public function
run(){
       
$this->std->put();
    }
}

class
B extends Thread{
    private
$std;
    public function
__construct($std){
       
$this->std = $std;
    }
    public function
run(){
       
$this->std->flush();
    }
}
ob_end_clean();
echo
str_repeat(" ", 1024);
$std = new STD();
$ta = new A($std);
$tb = new B($std);
$ta->start();
$tb->start();
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