thanks for the answer
I'm considering using this to prevent normally low-consumption applications from being interrupted,
especially when running something that taxes the system.
and also ai's response is as follows
------
Here's how to allocate specific CPU cores to a process in Linux, using Firefox as an example:
1. Identify the core:
Use lscpu to list available cores and their numbers. In this case, we want core 2.
2. Find the process ID (PID):
Use pgrep firefox to get the PID of Firefox processes.
3. Set CPU affinity:
Use the taskset command:
Bash
taskset -cp 4 <PID>
Kodu kullanırken dikkatli olun. Daha fazla bilgi
Replace <PID> with the actual PID of the Firefox process.
-c 4 specifies core 2 (since core numbering starts from 0).
Example:
Bash
# Find PID of Firefox:
pgrep firefox # Output: 12345
# Set affinity to core 2:
taskset -cp 4 12345
Additional methods and tips:
CPU affinity mask:
Use taskset -p <PID> to view the current affinity mask. You can modify it using a hexadecimal value (0x4 for core 2).
Persistent affinity:
To make the affinity persist across restarts, use a script or a configuration file for your process manager.
Isolating multiple cores:
Separate multiple core numbers with commas: taskset -cp 0,2 12345
Cgroups:
For more complex resource management, explore Cgroups (Control Groups).
Important considerations:
Thorough testing: Test affinity changes carefully to ensure they improve performance and don't cause stability issues.
System-wide impact: Be mindful of system-wide resource availability and potential conflicts with other processes.
Kernel support: Ensure your kernel supports CPU affinity features.