Renaming fopen64 to intercept library calls feels like a brittle hack masquerading as "sandboxing." Why not just upstream this hardware support to nvtop instead of fragmenting the ecosystem?
It looks cool and I was excited to get monitoring for the NPU on my Ryzen AI 395+, unfortunately it does not show. NPU support in linux really seems to be an afterthought.
Looks cool!
nvtop can actually support TPUs too via https://github.com/rdyro/libtpuinfo/ https://github.com/Syllo/nvtop/blob/76890233d759199f50ad3bdb...
Look into all-smi https://github.com/lablup/all-smi It supports all GPUs thinkable including Apple Silicon and many AI accelerator cards.
would be nice to have cpu usage added so I have all in one?
currently I use btop which shows basic gpu load along with cpu, network, etc.
Is it capable of exposing metrics in Prometheus format?
consider it done
Renaming fopen64 to intercept library calls feels like a brittle hack masquerading as "sandboxing." Why not just upstream this hardware support to nvtop instead of fragmenting the ecosystem?
sadly, sandboxing is something that can't be upstreamed. this way, sandboxing is kept in zml instead of patching mesa.
as for nvtop, great program, but we missed a few features (such as sandboxing)
It looks cool and I was excited to get monitoring for the NPU on my Ryzen AI 395+, unfortunately it does not show. NPU support in linux really seems to be an afterthought.
Weird, because we tried it. It doesn’t show anything?
We use the amdsmi to get metrics. I’ll investigate.
If this logic were pushed into nvtop, wouldn't the codebase become unmaintainable? Each vendor's interception method is going to be different.
"NPU" seems to refer to trainium only?