> Nothing particularly stands out as leaking. Although the cache memory > pages (mem_node) in-use size is suspiciously close to half what you > say the OS is reporting. > > That makes me suspect that your OS is rounding up its allocations to > 8KB of memory for each node. If that is the case the simplest > workaround is to reduce cache_mem size down to below the point where > the box will swap. Okay, I'll keep dropping the cache_mem down until the system stops swapping. Hopefully not too much. Would it make sense to add additional memory in order to reduce the possibility of swapping? Say, 1GB more? > If you are game for it I have been wondering if we need to enable > chunking for 64-bit systems. To test that run squid with environment > variable MEMPOOLS=1. > Memory should then be allocated in larger blocks, but utilized much > more compactly within those blocks for an overall saving on objects > like mem_node. It is currently a rarely used feature though, so I'm > not sure if there are any issues hiding. > I'm reluctant to do this on a production server. Interfacing with our customers via social media et al is an important part of our business. Nevertheless, I looked into how the MEMPOOLS parameter could be implemented in a FreeBSD machine. I couldn't find a post that clearly indicates how to implement it. The nearest reference I could find was that FreeBSD implements UMA which apparently with my limited knowledge is a parallel memory implementation of MEMPOOLS. Correct me if I'm terribly mistaken. ~Doug _______________________________________________ squid-users mailing list squid-users@xxxxxxxxxxxxxxxxxxxxx http://lists.squid-cache.org/listinfo/squid-users
