Re: Linaro Toolchain Product Release Process Changes (Effective 2015.04)

2015-04-20 Thread Ryan Arnold
On Mon, Apr 20, 2015 at 11:16 AM, Ramana Radhakrishnan < ramana.radhakrish...@arm.com> wrote: > > The current monthly source release of the 'stable' Linaro GCC source >> archives posted to releases.linaro.org will >> move to snapshots.linaro.org

Re: Linaro Toolchain Product Release Process Changes (Effective 2015.04)

2015-04-20 Thread Ramana Radhakrishnan
Ryan, On 17/04/2015 22:58, Ryan Arnold wrote: Hello, In an effort to provide a longer quality control window for quarterly releases the Linaro Toolchain Working Group will be making some changes to the release process starting with the forthcoming 2015.04 products. Little will change for the

[ACTIVITY] 13th - 17th April

2015-04-20 Thread Kugan
== Progress == * Upstream GCC (7/10) - Rebased and posted/prepared patches for gcc stage1 for the following - TCWG-780 - Improve register allocation for aarch64_*_sisd_or_int3 patterns - TCWG-779 - Improve codegen for vld2q_f32 and vst2q_f32 - TCWG-486 - Optimize Constant Uses in Loops - Zero

[ACTIVITY] Week 16

2015-04-20 Thread Yvan Roux
== Issue == * none == Progress == o Upstream GCC (7/10) * [TCWG-762] - GCC Maintenance - PR65648 (ARMv6 IRA clobbering issue): Addressed upstream comment - Committed - PR65729 (LRA ICE on arm-linux-gnueabhif): Committed - Fixed testcase for some targets. * [TCWG-785]

[ACTIVITY] 13th - 17th April

2015-04-20 Thread Bernie Ogden
Benchmark automation - TCWG-360 [5/10] * Flushed the rest of the easy stuff from my 'small fixups' to my 'staging' branch * Started rolling generic patches from my backport-benchmark branch into gerrit * Prodded at the prototype backport-benchmark job until the pieces worked ** Ran out of time to t

[ACTIVITY] 13th Apr - 17th April.

2015-04-20 Thread Venkataramanan Kumar
=== Progress === * Get TSAN building for Aarch64 on 42-bit VMA systems. (4/10) (-pie mode only) Expected Passes: 253 Expected Failures : 2 Unsupported Tests : 1 Unexpected Failures: 13 The failures are categorized into three types. (1) setjmp and longjmp implementation in assembly n