Linked by diegocg on Tue 11th Dec 2012 15:15 UTC
Linux Linux kernel 3.7 has been released. This release includes support for the new ARM 64 bit architecture, ARM multiplatform support - the ability to boot into different ARM systems using the same kernel; support for cryptographically signed kernel modules; Btrfs support for disabling copy-on-write on a per-file basis using chattr; faster Btrfs fsync(); a new experimental "perf trace" tool modeled after strace; support for the TCP Fast Open feature in the server side; experimental SMBv2 protocol support used by modern Windows systems; stable NFS 4.1 and parallel NFS; the vxlan tunneling protocol that allows to transfer Layer 2 ethernet packets over UDP; and support for the Intel "supervisor mode access prevention" security feature. Many small features and new drivers and fixes are also available. Here's the full list of changes.
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RE[2]: Comment by kaiwai
by kaiwai on Thu 13th Dec 2012 04:04 UTC in reply to "RE: Comment by kaiwai"
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Absolutely! x86 competition will be very much welcomed.

At one point Intel used to sell ARM processors so maybe in the future we'll see Intel use the same underlying architecture but bolt the ARM ISA on top of it thus giving them the architectural edge whilst maintaining compatibility with the rest of the ARM ecosystem (Qualcomm IIRC licences the ISA but has their own CPU design).

I only hope the majority of new standardised ARM computers entering the market won't be corrupted with mandatory secure boot keys locked down to microsoft. I know you'll hate me for pointing this out, but it still needs to be said. Microsoft is insisting that ARM computers that will run windows are prohibited from running anything else.

Yay for standardisation. Boo for dictated secure boot.

Secure boot is an interesting situation given that the argument made regarding ARM was the fact that it was a new form factor for Microsoft but what they were doing was pretty much bringing it inline with other vendors who also make life difficult (note the cottage industry of 'rooting' Android devices - so much for 'open source' and 'freedom' if you're required to hack the crap out of a device you've just bought just so you can receive timely Android updates - but I digress). If there is something that needs to occur it is a move away from locking down devices because some wanker at a mobile phone carrier has a control freak fetish or some good intentioned know it all thinks it is their job to stop the end user from being a moron.

For me whether they standardise around UEFI (minus secure boot or at least have the option to turn it off) or CoreBoot with maybe the UEFI or OpenBoot payload - it doesn't really matter as long as there is some sort of standardisation that doesn't require developers to write thousands of lines of code that should be idealy shared between different vendors and the code divergence occurring around the edges rather than at the core.

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