thread dump analysis

thread in the service and then deal with the time-consuming logic here . Well, since you want to create a child thread in the service, why not create it directly in the activity? This is because it is difficult for the activity to control the thread, and when the activity is destroyed there is no other way to retrieve the instance of the child

STRUTS1. To use only the words can only be defined in the method (single thread safety problem).3.STRUTS2 Thread Safety:Above we understand the Struts1 inside the multithreading problem, that Struts2 how to solve this problem? In fact, the reason is very simple, because STRTUS2 will get the user's HTTP request, and then responsible for each request to instantiate an action object, but it is noted that the

Java thread pool Learning (5) -- ThreadPoolExecutor source code analysis Through the previous chapter, we learned how to create a thread pool through ThreadPoolExecutor. Next we will analyze the source code of ThreadPoolExecutor to see how it works. Let's take a look at what happened when running a task using execute (Runnable task) (code is simplified ): First,

(",") +1, Batchdata.length ()); if(Tail.length () ==0) {Tail=NULL; } batchdata= Batchdata.substring (0,batchdata.lastindexof (",")); String[] Batchdataarr=NewString[batchdata.split (","). length];//multithreaded processing this thing!!! Batchdataarr = Batchdata.split (","); Holder.push (Batchdataarr);//The main thread saves the data that is read each time to if(isend==true){ Break; } }

Analysis of multi-thread internal multithreading instances in PHP This article mainly introduces the PHP multi-thread internal multi-threading, example analysis of PHP multi-threading skills, with a certain reference value, the need for friends can refer to the next In this paper, we analyze the multi-

Analysis on the default single thread of AsyncTask after Android 3.0 Cute (params), and then the execution results of background threads can be conveniently obtained on the UI thread; In AsyncTask execution, the final trigger is to hand over the task to THREAD_POOL_EXECUTOR of the thread pool for execution. The submitt

that the letter is lowercase.Results:Java code "http-8081-11" daemon prio=10 tid=0x00002aab049a1800 NID=0X52BB in object.wait () [0x0000000042c75000] Java.lang.Thread.State:WAITING (on object monitor) At java.lang.Object.wait (Native Method) At Java.lang.Object.wait (object.java:485) At Org.apache.tomcat.util.net.jioendpoint$worker.await (jioendpoint.java:416) You might be able to locate the offending code at once.TwoJstack (view threads), Jmap (view memory), and J

Web address: http://blog.csdn.net/virgoboy2004/article/details/58761332, Struts2Above we understand the Struts1 inside the multithreading problem, that Struts2 how to solve this problem? In fact, the reason is very simple, because STRTUS2 will get the user's HTTP request, and then responsible for each request to instantiate an action object, but it is noted that the action object here and Struts1 inside the action object is not a concept at all, The action class inside the STRUTS1 is a servlet c

Openrtmfp/Cumulus primer (23) thread Logic Analysis II: rtmfpmanager's impact on rtmfpserver Author: Liu Da poechant (Zhong Chao Michael) Blog: blog.csdn.net/poechant Email: zhongchao.ustc@gmail.com Date: August 5Th, 2012 RTMFPManagerAndRTMFPServerSimilarly, it inherits fromStartable. class RTMFPManager : private Task, private Startable In the constructorRTMFPServerObject is passed in as a reference t

, but it is noted that the action object here and Struts1 inside the action object is not a concept at all, The action class inside the STRUTS1 is a servlet class, and the action class here is just a normal Java class. This is why the action inside the STRUTS1 is thread insecure, and the action inside the STRUTS2 is a thread-safe cause.So we look back and see how struts2 is different from the struts1 of the