similar to: bug report on mem2reg

Hi, I'm using the latest LLVM (r168491) built by GCC 4.7.2 (Gentoo masked version). The clang++ runs as expected when I compile a hello program with c++11 enabled. I created a project (copied from sample/) where there are some C++ source files with c++11 features. I configured my project using the following command: $ CXXFLAGS="-std=c++11" ../configure --enable-cxx11 However, I

Hi, I suggest add the id attribute for each <h2> tag in www/index.html. Thus we can refer to the "Getting it" section in the dragonegg homepage page (the only web page) by simply the given URL: http://dragonegg.llvm.org#GettingIt Regards. On Wed, Dec 19, 2012 at 6:32 AM, Dmitry Mikushin <dmitry at kernelgen.org>wrote: > Hi Tom, > > DragonEgg depends on GCC's

I've added the missing magic to Makefile.llvm.rules in r168685. On Tue, Nov 27, 2012 at 12:05 AM, Mingliang LIU <liuml07 at gmail.com> wrote: > Hi, > > I use the following line to configure, which can enable the c++11 in the > project building. However, I don't think it's an elegant way to do the > trick. > $ CXX="clang++ -std=c++11" ../configure

Hi Mingliang LIU, > I suggest add the id attribute for each <h2> tag in www/index.html. Thus we can > refer to the "Getting it" section in the dragonegg homepage page (the only web > page) by simply the given URL: > http://dragonegg.llvm.org#GettingIt this already works: http://dragonegg.llvm.org/#gettingrelease But maybe could be done better or more consistently?

Hi all, I met an error when I run the llc command to transform a bitcode file to C code (source to source): $ llc -march=c -o foo.c foo.ll However, it said "*llc: error: invalid target 'c'.*" I checked the 'llc --version' only to find that there is no *c* as target. The *cpp* was there, which makes calls against the LLVM C++ API. But that's not what I want. I

Hi all, I need to know the line number range of a function. The start of the function line number can be found by the definition point, which is stored at the subprogram metadata: DISubprogram::getLineNumber(). However, there is no API (or the metadata in the first place) to know the end of the function. I have to visit all the instructions of the function and maintain the *max*line number of

Hi, I use the following line to configure, which can enable the c++11 in the project building. However, I don't think it's an elegant way to do the trick. $ CXX="clang++ -std=c++11" ../configure I don't know why "-enable-cxx11" doesn't work as expected when I configure the project. Regards. On Mon, Nov 26, 2012 at 7:34 PM, Mingliang LIU <liuml07 at

Hi all, I'm doing the program slicing [1] in LLVM. Now I implemented the Weiser's algorithm [2] in a simple way by writing a plugin to analyze the IR. My final goal is to slice the source code, thus I recorded all the lines of source code to be sliced. The last step is to delete the lines which are not in the program slice. However, I met a problem when deleting the source code directly:

The C Backend was remove in 3.1 (http://llvm.org/releases/3.1/docs/ReleaseNotes.html): "Major Changes and Removed Features ... The C backend has been removed. It had numerous problems, to the point of not being able to compile any nontrivial program." On Wed, Dec 5, 2012 at 10:00 AM, Mingliang LIU <liuml07 at gmail.com> wrote: > Hi all, > > I met an error when I run the

On 4/12/13 4:31 AM, Mingliang LIU wrote: > Hi all, > > I need to know the line number range of a function. The start of the > function line number can be found by the definition point, which is > stored at the subprogram metadata: DISubprogram::getLineNumber(). > > However, there is no API (or the metadata in the first place) to know > the end of the function. > >

Dear John, Now, I want to do dynamic analysis by dynamic slicing based on LLVM. I just see that you have implemented dynamic slicing for LLVM. I also check the Giri project, and I don't find the code. I hope I can learn something from your code. I am very appreciated if you can tell me how to get the code or send me one copy. Thank you very much! Pengfei -- View this message in context:

Hi, maybe you can have a look at the CReduce project: http://embed.cs.utah.edu/creduce/ This project implements many source-to-source transformations of C programs, e.g. removing functions, changing variable names, deleting branches in if-statements, etc. Some of these are purely based on the source code, other use the Clang frontend. Hope this helps, Jonas On Sun, Mar 17, 2013 at 7:25 PM,

Dear R-list, I apologize for my many emails but I think I know how to desctribe my problem differently and more clearly. My question is how to compare linear models with intercept and those without intercept using maximizing adjusted R^2 strategy. Now I do it like the following: > library(leaps) > n=20 > x=matrix(rnorm(n*3),ncol=3) > b=c(1,2,0) > intercept=1 >

Hi, 1. How can I report a bug or commit a patch to the giri progject? I doubt this central commit list is the right place. 2. Are you still maintaining the giri project any more? Thank you. L On Thu, Jun 28, 2012 at 12:49 AM, John Criswell <criswell at illinois.edu>wrote: > On 6/26/12 5:07 PM, amruth.rd wrote: > > Hello, > > > > I am curious to know if

Yeah, but I tried that command and error message was generated: hellomodule.c:1:10: fatal error: 'linux/init.h' file not found #include <linux/init.h> ^ 1 error generated. how to solve this problem?? Thanks! -- 祝好！ 甄凯 ------------------------------------------------------------------------------------------------------ 2012-04-12

Hi all, This is a GSoC 2013 proposal for LLVM project. Please see the formatted version at here: http://pacman.cs.tsinghua.edu.cn/~liuml07/files/gsoc2013-proposal-program-slicing.pdf Program slicing has been used in many applications, the criteria of which is a pair of statement and variables. I would like to write an inter-procedural program slicing pass in LLVM, which is able to calculate C

Hello Daniel, Thank you for your comments and sorry for my mistakes, I'll revise them. And I'll for sure read the paper you mentioned and survey the recent researches before deciding the implementation technique. To George: May I know the exact plan of your attempt for making cfl-aa interprocedural? I do think that this is the most valuable part of my proposal, but that makes no sense to

My friends, I ran a function pass on a .bc file, intending to insert a CallInst to my self-made check function. The compilation is successful. BUT after I ran that pass on the .bc file, the size of the file didn't get any bigger!! Does this mean my instrumentation work failed?? BTW the opt command I use is "opt -load ../../../Debug+Asserts/lib/Hello.so -hello <hello.bc> -o

It's actually is .c file. I just want firstly to compile helloworldmodule.c into helloworldmodule.bc. Then I run a LLVM pass on it to do some optimization, and then I compile the modified .bc file into .ko file. So, could you tell me how to compile helloworldmodule.c into helloworldmodule.bc? I think it's not the same command "clang -O3 -emit-llvm hello.c -c -o hello.bc".

Hi, Nick I think that's the question. I just don't know what's the command line that can tell clang to find the linux head file like a makefile will do. Please help me! -- 祝好！ 甄凯 ------------------------------------------------------------------------------------------------------ 2012-04-12