“Gracefully” killing a process
If the process has a windows interface (as you refer to the red “X”), you can try Process.CloseMainWindow(). If it fails, you can fallback to Process.Kill().
If the process has a windows interface (as you refer to the red “X”), you can try Process.CloseMainWindow(). If it fails, you can fallback to Process.Kill().
Here is a short, but nice socket tutorial. You have to distinguish the client and server side. I cannot tell for MySQL, but typically the server side is implemented so, that for a connection, a new thread is processing the requests. A connection pool is there to minimize socket opening overhead. Typically, you do not … Read more
The Linux scheduler (on recent Linux kernels, e.g. 3.0 at least) is scheduling schedulable tasks or simply tasks. A task may be : a single-threaded process (e.g. created by fork without any thread library) any thread inside a multi-threaded process (including its main thread), in particular Posix threads (pthreads) kernel tasks, which are started internally … Read more
What about this answer to a related question? https://stackoverflow.com/a/12274588/120292 This purports to get the full path for a process by the pid, and you can grab just the last path component.
This is the dreaded un-interruptible (TASK_UNINTERRUPTIBLE) state of a process. This is the state where the process doesn’t react to signals until what it started to wait for, gets done. Unfortunately it is a necessary evil. See here and here What is an uninterruptable process?. My answer is to reboot the system. Do rebooting cause … Read more
I realize this is an old post, but in my quest to find out why my app running the Exited event before the app had even opened I found out something that I though might be useful to people experiencing this problem in the future. When a process is started, it is assigned a PID. … Read more
The GetCurrentProcessId function will do this.
On Linux, you can use posix_spawn(2) with the POSIX_SPAWN_USEVFORK flag to avoid the overhead of copying page tables when forking from a large process. See Minimizing Memory Usage for Creating Application Subprocesses for a good summary of posix_spawn(2), its advantages and some examples. To take advantage of vfork(2), make sure you #define _GNU_SOURCE before #include … Read more
WMI provides a way to track processes starting and terminating with the Win32_ProcessTrace classes. Best shown with an example. Start a new Console application, Project + Add Reference, select System.Management. Paste this code: using System; using System.Management; class Process { public static void Main() { ManagementEventWatcher startWatch = new ManagementEventWatcher( new WqlEventQuery(“SELECT * FROM Win32_ProcessStartTrace”)); … Read more