similar to: very impressive

I just joined this mail-list, so I apologize if this has been discussed before, but: Has anyone suggested adding a "todo list notation" to Markdown? Specifically, I'd like to see an open paren, brace or bracket, at the start of a line, followed by a space, a "/", or a "X", followed by a matching closing paren, brace, or bracket, followed by a space and more text

I''m a relative n00b when it comes to Rails. I''ve gone through Michael Hartl''s tutorials (both editions, books and screencasts) and I can build a basic CRUD web app without help. However, for a personal project I''m working on, I''m lost as to how to move forward. Here''s the situation ... I have a model called Project with two fields,

On gcc's side, this is a simple missed opt on the part of builtin lowering. As a result, the gcc code ends up with a call to muldc3 (complex = 2x2 multiply double) and the llvm code doesn't. GCC should be fixed in a second, and with that, there is no appreciable performance difference between the two. On Thu, Feb 26, 2009 at 4:07 PM, Jon Harrop <jon at ffconsultancy.com> wrote: >

Hi Folks, We're still seeing an impressive amount of warnings on the buildbots: http://lab.llvm.org:8011/builders/clang-native-arm-cortex-a9/builds/17541/steps/compile/logs/stdio Seems this is one or two places included from the rest of the world... Any ideas? cheers, --renato

That started happening after someone changed that in compiler-RT, if I'm not mistaken. I'm on holidays with little access to the boards... :( --renato On 18 April 2014 16:54, Tobias Grosser <tobias at grosser.es> wrote: > > > On 18/04/2014 21:29, Renato Golin wrote: >> >> Hi Folks, >> >> We're still seeing an impressive amount of warnings on the

Following a discussion about numerical performance on comp.lang.functional recently I just tried running a simple C mandelbrot benchmark that uses C99's complex arithmetic using gcc and llvm-gcc on a 2.1GHz Opteron 2352 running Debian: gcc: 5.727s llvm-gcc: 1.393s There is still 20% room for improvement but LLVM is >4x faster than gcc here. Sweet. Here's the code: #include