Solaris 11 Released
angry tapir writes "Oracle has updated its Unix-based operating system Solaris, adding some features that would make the OS more suitable for running cloud deployments, as well as integrating it more tightly with other Oracle products. While not as widely known for its cloud software, Oracle has been marketing Solaris as a cloud-friendly OS. In Oracle's architecture, users can set up different partitions, called Zones, inside a Solaris implementation, which would allow different workloads to run simultaneously, each within their own environment, on a single machine."
I know it is the usual thing to hate on slashdot, but Solaris combined with cloud hosting works wonders for our company. It's generally much more easier to deploy than Linux based distros, and comes with extra performance. Our sites usually have a stable amount of traffic, but sometimes it peaks, and those are the times we really want the website to perform well. Solaris+Cloud hosting is perfect for that. As fallback, we have Azure, which also performs really good, but it requires extra work as it's different platform. But generally, scalable cloud hosting really is good for hosting big traffic sites.
Ever seen the Dementers in the Harry Potter films? Larry Ellison was the model. In terms of Corporate Evil, Oracle is the Prince of Fucking Darkness. They make Microsoft look like a bunch of panty-waists.
I think I have. I've seen that the "latest and greatest" SPARC64 VII+ still gets regularly spanked by Power7 and Itanium and even commodity systems in performance, despite being considerably more expensive - and I've seen vague roadmaps for the future of M-Series. I've seen that the T1/T2/T3 performance promises never really panned out (see: SPEC results vs the much cheaper Magny-Cours), and that the T4 has so far largely been hidden behind the veil of vague benchmark-fu while being far more expensive than its competitors.
What hardware have I been missing?
The problem is that for certain purposes, Linux just isn't a viable alternative because it does not contain production-quality support for ZFS. If you're building a NAS device, this is (or should be) a deal-breaker. All the existing Linux file systems suck, and even btrfs doesn't seem to take data integrity nearly as seriously as ZFS does.
Ever since Oracle bought out Sun, they went overboard with the licensing costs for Solaris. Remember a few years back when Sun will let you run Solaris 10 for free? Well no more, if you have a non-Oracle two processor server it will cost you $2,000 per year. You don't own a license, you are basically renting the privilege to run Solaris on a server for one year. Also, you only get one flavor of support which they laughably call "premium". Their support is a joke now, and in my experience the good Sun engineers left a long time ago. For starters, you now get to talk to an overseas helpdesk which logs your call and for severity one issues, they give you a call back in an hour (if you're lucky). It used to be you will call an easy to remember number (1-800-USA-4SUN) and you will get a live transfer to a knowledgeable engineer to fix your problem. A few years ago I used to be a staunch supporter of Sun and Solaris but it seems like Oracle has done everything to drive me away from Sun's hardware and software. I am pretty sure I am not the only one either.
Btrfs? How does it not take data integrity seriously? It supports checksums and redundancy on user data and metadata blocks.
It also has features that ZFS lacks. Defragmentation, shrinking, balancing over adding and removing devices from the pool.
Btrfs is getting close to prime time.
Well, duh. Maybe if Oracle released ZFS under the GPL, it would be in the Linux kernel.
That doesn't explain why no one did a ground-up implementation of ZFS on Linux (there is a public spec) or why no file system designed for Linux itself has taken data integrity at all seriously.
I shouldn't pick on Linux exclusively, though, since neither Microsoft nor Apple seem to care about data integrity in their file systems either. The persistence of NTFS on Windows is just embarrassing.
ZFS development has moved to FreeBSD.
No. No, it has not.
Correct me if I'm wrong but:
* FreeBSD's ZFS is years behind what Illumos offers in features, and shows no signs of catching up.
* The same can be said about hardware support (and by support, I mean drivers which are considered stable) and a generally bug-free implementation. It's largely comparable to btrfs, but less verbose in actually telling you when something fucks up.
* the FreeBSD implementation is still dogged by performance issues. Any significant workload on ZFS is still marginal compared to, well, pretty much anything else (including, dare I say, NTFS on Windows).
~/ssh slashdot.org ssh: connect to host slashdot.org port 22: too many beers