所以之前并没有暴露出web.config超时时间设置太短这个问题，重新把web.config的超时时
Socket socket=server.accept(); //监听客户端连接,连接之前一直阻塞 new Thread(new UploadRunnable(socket)).start(); //启动线程,在线程中与客户端交互 } } catch (IOException e) { e.printStackTrace(); } } } 客户端: package binary; import java.io.*; import java.net.*; public class Client ...
It's designed for internal in-proc use only, has no class object, and doesn't support external activation. The bulk of the work lies in implementing the asynchronous interface's Begin and Finish methods and the thread functions used to process the ca...
}returnThread.currentThread().getName(); } } EDIT 2: At the end, I went with the following code because it's being executed on an IntentService and in theory it could kill the threads once it finishes its execution, right? WifiInfoFetchwifiInfo=newWifiInfoFetch(getApplicationContext(), wifi...
In my program, I create a number of TP_WORK objects and submitting to threadpool. Here I want to wait for all the work to be finished. I am using VS2010. The following is the workflow of my program: class CWork { //data members public: void Process(){cout<<" work processed\n"...
When I queried the call stack to see what the worker thread is doing, it is waiting on the line "my_thread_monitor.commit_wait(c);" in private_server.cpp file.Questions1. I'm not able to reason out why the scalability is totally lost because of this change. In my cas...
static class Printer extends Thread { LinkedList pending = new LinkedList(); Printer() { setName("Printer"); setDaemon(true); } void add(Target t) { synchronized (pending) { pending.add(t); pending.notify(); } } public void run() { ...
Client.call() and Client.call_async() would need a ClientListener managing a separate thread to wait on clients. I see a few options. I like the first option the most. Offer only wait_for_service that returns a Future. Eliminate GraphListener. If a user wants to block in a callback ...
CARES_EXTERN ares_bool_t ares_threadsafety(void); /*! Block until notified that there are no longer any queries in queue, or * the specified timeout has expired. * * \param[in] channel Initialized ares channel * \param[in] timeout_ms Number of milliseconds to wait for the queue to ...
To wait for x seconds in C# easiest way is to use this:System.Threading.Thread.Sleep(x000);//where x is the time in seconds for which you want app to waitExample:System.Threading.Thread.Sleep(4000);//will wait for 4 secondsFor more detailed explanation and more informative stuff about ...