you need some Linux-specific functionality like backing up directories with symbolic links). In general, for most home and small business users, I would suggest that your default posture be toward SMB and you should use NFS when you have identified a specific need for it (i.e. If you have a mixed-OS network, SMB works very well and you should likely just stick with SMB.
Pfoftpd unraid setup windows#
Windows): NFS requires some simple additional setup on Windows devices (even that's not as big of a deal as it used to be), but most devices offer support for SMB right out of the box.
Pfoftpd unraid setup how to#
Additionally, in a future post, I will show you how to not only minimize the "NFS stale file handle" problem through good client mount configuration, but also how to allow your clients to fix the problem on their own automatically so this will be less of an issue. Don't let this scare you off from NFS, it's still reliable and, the majority of the time, the only time I have had a problem with NFS on Unraid is when I have rebooted my server. NFS "stale file handles" anyone? Obviously this is a gross oversimplification since many large enterprises use NFS just fine. If you want to argue semantics, maybe it's more appropriate to say that NFS is much more "finicky" than SMB. Reliability: I know, I'm living dangerously here by suggesting this, and yes, I know, anecdotal evidence is the worst kind of evidence, but in my experience NFS simply isn't as reliable as SMB.There are a few things to consider when choosing NFS over SMB: Just as important, and probably even more important than knowing when to use a tool, is to also know when not to use it. Reference: Windows NFS vs Linux NFS Performance Comparison As you deal with larger files and get more into sequential IO performance territory, though, the advantage between NFS and SMB blurs. You do a lot of short/random-read/write-like file operations: NFS tends to perform better than Microsoft's SMB here.In contrast, SMB will often give you an error when it comes across symbolic links. NFS offers much better support for those symbolic links than SMB. For example, if you're using your NFS share for backups of your Linux machines, do you have symbolic links? There's a good chance you do. If your clients are also running Linux: As you can imagine, NFS's roots are from Unix, means that it better supports Linux operations.Maybe you're already using a network share, so when should you choose NFS over SMB? Here are the reasons to consider NFS over SMB/CIFS/"Windows Shares": It's a protocol that allows you to export files across a network so that additional devices can access them. In fact, that's what "NFS" stands for: "network file system". So what are NFS shares and why should you use them? Why and When Should I Use NFS Shares?įirst of all, NFS shares are a protocol for network file sharing. The answer is that, yes there is: they're called "NFS shares". If you are, then you might also wonder if there's a "Linux network share".
Many of you are already familiar with SMB shares (colloquially known as "Windows network shares" and, among Linux users, as "CIFS shares"). Guest Blog Author: TORQUEWRENCH Introduction to NFS
0 kommentar(er)
