search for: cpp11

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2016 Apr 04
2
[PATCH FOR DISCUSSION ONLY 1/2] scripts: Add a script for formatting all C code in the project.
~~~ Not to be applied, for discussion only ~~~ I think we need some kind of "checkpatch" script to catch all the annoying, nitpicky code style issues that submitters trip up on. I looked at a few scripts that exist, primarily the ones from Linux and qemu (massive and complicated), and libvirt (small and sane). There are a couple of problems: (1) Linux/qemu-style checkpatch only
2013 Oct 08
0
[LLVMdev] Open work items with a small scope
Hi Julian, > Some areas/ideas we are especially interested in: > Adaption of Clang to support OpenMP (http://clang-omp.github.io/), but haven't been able to contact one of the developers yet. This project is owned by my team, and we certainly welcome contributions! Have you tried to contact us via https://github.com/clang-omp/clang/issues ? Either way, it is really hard to find a
2016 Apr 05
3
[PATCH v2 FOR DISCUSSION ONLY 1/2] scripts: Add a script for formatting all C code in the project.
See previous version: https://www.redhat.com/archives/libguestfs/2016-April/msg00021.html The formatting in this second version isn't too bad. Still a few corner cases to sort out. Rich.
2018 Sep 21
1
Bias in R's random integers?
On 9/20/18 5:15 PM, Duncan Murdoch wrote: > On 20/09/2018 6:59 AM, Ralf Stubner wrote: >> It is difficult to do this in a package, since R does not provide access >> to the random bits generated by the RNG. Only a float in (0,1) is >> available via unif_rand(). > > I believe it is safe to multiply the unif_rand() value by 2^32, and take > the whole number part as an
2013 Oct 07
5
[LLVMdev] Open work items with a small scope
Dear Clang/LLVM community! We (a group of 3 highly motivated CS grad students) are taking a class about compilers and optimizations. This class offers the option of doing a implementation project (instead of reading/writing x papers) for its main part. Of course hacking is much more fun than ... ;) So my question is do you know of any open points, compiler passes, optimizations in the LLVM /