[Note: pmem::obj::vector<> is no longer experimental. The rest of the information in this blog post is still accurate.] Introduction The main idea behind pmem containers is to fully exploit persistent memory potential by designing optimized on-media layouts and algorithms for persistent memory …

Introduction It’s good practice to run persistent memory application under pmemcheck - a tool which is described here and here. In this post, we are going to learn about another tool for persistence correctness checking. As you might already know if you’ve read posts linked above, …

Introduction When we published the first PMDK stable release, we committed to maintaining stable on-media layout. This means that all future PMDK changes have to be backward compatible. Unfortunately, we weren’t successful in adhering to the strict requirements which would be needed to …

In PMDK 1.5 we added new APIs for bulk persistent memory modifications. In short, we did this to: give applications the ability to perform low-level performance optimizations clean up the naming scheme In order to understand what exactly and why we did that, let’s review the old API. In PMDK …

Introduction Since the very first release, PMDK pools had internal feature flags. They were mostly a hidden implementation detail. The more observant users might have noticed pool features listing in pmempool info output, but that’s about it. Release 1.5 introduced a set of new feature flags. …