u/JellyGrimm

https://preview.redd.it/2ge6ce46b0jh1.png?width=1202&format=png&auto=webp&s=d14d832d19d169a567c12e27a730d049cc1137dd

I just won a game where the robber was used exclusively on me except by blue who I think once or twice used it on someone else, but apart from that it was a gang up. Pretty fun challenge!

Spoiler warning for whoever didn't watch last episode. I have seen people saying that the group Morty joined was a cult, but to my understanding a cult is defined by being authoritarian and stripping you of your freedom to follow a leader.

When Morty tells them "I want to live this life on my own" the three-eyed guy just tells him "sure bro, you know where to find us, go on" that didn't seem like a cult to me

Is this the most beautiful episode of the entire series? The whole >!montage of Morty going through the lifecycle of a plant!<was breathtaking. Instant top 3.

libtrm is a thin C library that allows you to measure your ram as accurately as you need, letting you choose between RSS, PSS and now USS. You can just drop the single .h file in your project and start. It's designed to be simple, easy to use and extremely lightweight. The post with the original explanation is here. But that had a few minor issues like bad error logging and safety rails. So I got the feedback and improved upon it.

So what's new?

I’ve rewritten the ASCII parser from scratch to be much more defensive, andd added logic to handle truncated lines and proper kB suffix validation. It now handles USS too, so can now see the memory strictly private to your process.

It now has actual error codes for things like partial kernel data or IO failures, and it defensively zeroes out the struct so you don't end up acting on garbage memory if a file read fails.

It’s still zero-dependency, single-header, and lightweight. It still uses the fast smaps_rollup path and falls back to a full smaps walk for older kernels.

I’m really happy with the result and would appreciate further feedback, especially in the parser logic.

Web:https://www.willmanstoolbox.com/libtrm/

Repo:https://github.com/willmanduran/libtrm

libtrm is a thin C library that allows you to measure your ram as accurately as you need, letting you choose between RSS, PSS and now USS. You can just drop the single .h file in your project and start. It's designed to be simple, easy to use and extremely lightweight. The post with the original explanation is here. But that had a few minor issues like bad error logging and safety rails. So I got the feedback and improved upon it.

So what's new?

I’ve rewritten the ASCII parser from scratch to be much more defensive, andd added logic to handle truncated lines and proper kB suffix validation. It now handles USS too, so can now see the memory strictly private to your process.

It now has actual error codes for things like partial kernel data or IO failures, and it defensively zeroes out the struct so you don't end up acting on garbage memory if a file read fails.

It’s still zero-dependency, single-header, and lightweight. It still uses the fast smaps_rollup path and falls back to a full smaps walk for older kernels.

I’m really happy with the result and would appreciate further feedback, especially in the parser logic.

Web:https://www.willmanstoolbox.com/libtrm/

Repo:https://github.com/willmanduran/libtrm

I want to thank u/BlindTreeFrog for their feedback. For those of you who missed the previous post, libtrm is a thin C library that allows you to measure your ram as accurately as you need, letting you choose between RSS, PSS and now USS. You can just drop the single .h file in your project and start. It's designed to be simple, easy to use and extremely lightweight. So what's new?

I’ve rewritten the ASCII parser from scratch to be much more defensive, andd added logic to handle truncated lines and proper kB suffix validation. It now handles USS too, so can now see the memory strictly private to your process.

It now has actual error codes for things like partial kernel data or IO failures, and it defensively zeroes out the struct so you don't end up acting on garbage memory if a file read fails.

It’s still zero-dependency, single-header, and lightweight. It still uses the fast smaps_rollup path and falls back to a full smaps walk for older kernels.

I’m really happy with the result and would appreciate further feedback, especially in the parser logic.

Web:https://www.willmanstoolbox.com/libtrm/

Repo:https://github.com/willmanduran/libtrm

I want to thank everyone who gave their input on the previous version. For those of you who missed the previous post, libtrm is a thin C library that allows you to measure your ram as accurately as you need, letting you choose between RSS, PSS and now USS. You can just drop the single .h file in your project and start. It's designed to be simple, easy to use and extremely lightweight.

So what's new?

I’ve rewritten the ASCII parser from scratch to be much more defensive, andd added logic to handle truncated lines and proper kB suffix validation. It now handles USS too, so can now see the memory strictly private to your process.

It now has actual error codes for things like partial kernel data or IO failures, and it defensively zeroes out the struct so you don't end up acting on garbage memory if a file read fails. These last two fixes were suggested by u/voronaam, whom i thank.

It’s still zero-dependency, single-header, and lightweight. It still uses the fast smaps_rollup path and falls back to a full smaps walk for older kernels.

I’m really happy with the result and would appreciate further feedback, especially in the parser logic.

Web:https://www.willmanstoolbox.com/libtrm/

Repo:https://github.com/willmanduran/libtrm