kill-process

In my app I register BroadcastReceiver programmatically like that and unregister it in appropriate time with respect to my app's business logic. receiver = new BroadcastReceiver() { @Override public void onReceive(Context context, Intent intent) {...} I want to make sure that when my app's process unexpectedly die (get killed) no memory leak is caused by the receiver and if it does what are my options? (Already check the official doc , this great article and this SO thread ) Onik I want to make sure that when my app's process unexpectedly die (get killed) no memory leak is caused by the

I am creating Processes using ProcessBuilder in my Java Application. The created process executes some FFMPEG commands which actually copy the RTSP streams in specified destination media file. ProcessBuilder builder = new ProcessBuilder("ffmpeg", "-i", RTSP_URL, "-f", fileFormat, destFilePath); Process processToExecute = builder.start(); I want to close the process before it completes its execution. So, If I run this FFMPEG command directly in windows CMD and then press 'CTRL+C' after 5 seconds then process get terminates with status '2'. And I can play the media file created so far. So, If I

I want to stop all threads from a single worker. I have a thread pool with 10 workers: def myfunction(i): print(i) if (i == 20): sys.exit() p = multiprocessing.Pool(10, init_worker) for i in range(100): p.apply_async(myfunction, (i,)) My program does not stop and the other processes continue working until all 100 iterations are complete. I want to stop the pool entirely from inside the thread that calls sys.exit() . The way it is currently written will only stop the worker that calls sys.exit() . This isn't working the way you're intending because calling sys.exit() in a worker process will

I need to execute a portion of code (the state save) on the process stopping - by itself, by user, by task manager, etc. Is it possible? try {} finally {} , AppDomain.ProcessExit , IDisposable , destructor,.. what next to try? As others have pointed out, there is no way you can execute any code in your application when it is being Killed by Operating System or User . That is why its called Killing . If saving the state is an important part of your application, you should take an approach similar to a database system. Implementing transaction log , creating checkpoints , etc. That is the

I'm trying to set up a build-system for Node.js on sublime, so I can press F7 to call "node" on the openned file. The problem is that the process is then open forever, so, the second time I use F7 I get an add-in-use. Is there a way I can kill the openned "node.exe" process from node.js? almypal Use the following set of commands to identify the process running on a given port and to termiate it from the command line sudo fuser -v 5000/tcp // gives you the process running on port 5000 It will output details similar to the one shown below USER PID ACCESS COMMAND 5000/tcp: almypal 20834 F....

My program needs to kill a specific application. Is it possible on a stock, unrooted device? If yes - how? I know its process name and PID. ChD Computers Once again I am answering too late but since I run on a same situation today I thought to share my findings in order to help someone. First of all you need to understand what you can kill and what not. By Android's point of view an application is not like other OSes. An Android application consists of many components (activities, broadcast receivers, services, most important tasks etc.) which are packed in a package. A package can have more

I've read some posts stating that using this method is "not good", shouldn't be used, it's not the right way to "close" the application and it's not how Android works... I understand and accept the fact that the Android OS knows better than me when it's the right time to terminate the process, but I haven't yet heard a good explanation on why it's wrong to use the killProcess() method. After all - it's part of the Android API. What I do know is that calling this method while other threads are doing potentially important work (operations on files, writing to DB, HTTP requests, running services.