Use the 'kill' command with the appropriate signal. If you just want to kill the process without regard to doing so in a graceful manner you can use the 'kill' command with a signal that all programs cannot ignore, such as:
kill -9 12345
or
kill -KILL 12345
for process 12345. Be careful, however, because if the process is updating files or databases this would corrupt the database. It is better to start with a more gentle approach, which is to try the hangup signal, then the interrupt signal, the termination or stop signal, and then finally the 'KILL' signal.
Of course, if you know what the process is doing and don't care what happens when it is stopped, just use the 'kill -9' or 'kill -KILL' sequence.
1.# PS -ef | grep Get the PID from output# kill or# kill -9 2.# pkill
# kill -HUP pidwhere pid is the PID of the server process.
Locate the PID of process.pid with pidof process.pid Then, once you have the PID of it type, kill 1234 or kill -9 1234Hope this helps!
PID 1 on a Unix or Unix-like system is init. You cannot kill init.
If you know the process ID - PID you can use the conviently named 'kill' command from terminal/konsole/etc. If you don't you can use 'ps -aux' to find the process and it's PID. Then again in Terminal, Konsole, or the like 'kill -9 45156' if the PID was 45156. Alternatively if it's a graphical process you can type 'xkill' from terminal, konsole, or the like and just click on the program to kill it.
kill pid
No, every process gets its own PID. Otherwise, all PIDs would be the same, since every process is a child of some other process, all the way back to the init process (PID 1). The fork() system call will return the PID of the child to the parent, and will return 0 to the child. The child can find out its own PID with getpid(), and its parent PID with getppid().
A PID is a process ID. It is generally a 15 bit number, and it identifies a process or a thread.
PID stands for Process Identifier, a uniquely assigned integer that identifies a process in the operating system. In any system, applications use PID to identify the process uniquely. Also, it is used in diagnosing the problems with the process in Multi-Tasking systems.
In reference to Linux, PID is Process Identification Number.3 digit number on the back of credit cards.In unix systems, a PID is a process ID. It is generally a 15 bit number, and it identifies a process or a thread.
Process ID and Parent Process ID
In Linux, the process ID (PID) is a unique numerical identifier assigned to each running process. It allows the operating system to manage processes efficiently. You can view the PID of processes using commands like ps, top, or pgrep. The PID is essential for process management tasks such as signaling, terminating, or adjusting process priorities.