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On Apr 5, 2011, at 10:53 AM, Tarun Pondicherry wrote: > Hi, > > I'm trying to build llvm on a Solaris/Sparc machine. I get many undefined symbols during the link phase of opt. The link command being run is below. > > It is identical to the link command that gets run and works on an x86 host. > > Thanks, > Tarun > > g++

Hi R-users, I just started learning R. I have a project on lot quality assurance sampling (LQAS). In this project I have to develop LQAS plans to make decision on stopping / continuing a programme. The LQAS plans is based on cluster sampling: selection of k clusters (villages) of m children each for a total sample of n. In this connection I would like to estimate the classification errors ( alpha

Hi R-users, I just started learning R. I have a project on lot quality assurance sampling (LQAS). In this project I have to develop LQAS plans to make decision on stopping / continuing a programme. The LQAS plans is based on cluster sampling: selection of k clusters (villages) of m children each for a total sample of n. In this connection I would like to estimate the classification errors ( alpha

I just checked my link command, and it includes the libraries you list, (among others) so I appear to be having a slightly different issue from the original poster. In fact, it looks like LLVM is compiling successfully, but clang (which I am also building) can't find any LLVM symbols. Just as a sanity check, what output files should I expect from a successful LLVM build? - Alex On Wed, Aug

Hi, I'm trying to build llvm on a Solaris/Sparc machine. I get many undefined symbols during the link phase of opt. The link command being run is below. It is identical to the link command that gets run and works on an x86 host. Thanks, Tarun g++ -I/n/fs/scratch/tpondich/ParallelAssert/llvm-objects/include -I/n/fs/scratch/tpondich/ParallelAssert/llvm-objects/tools/opt

Hi, I'm trying to implement superblock analysis as an LLVM pass. In my code, a basic block is sometimes cloned and inserted into a neighboring position in the cfg, with the same successors as the original basic block. The frequently executed edge will have one predecessor, and all other predecessor edges go to the cloned block. If there are phi nodes in the successors, they are

Hi, I'm trying to use llvm/clang to cross compile to sparcv9. The following works with a -march=sparc, but yields errors for sparcv9. Are there some other flags that need to be specified? Thanks, Tarun > clang -m64 -emit-llvm test.c -c -o test.bc > llc -march=sparcv9 test.bc -o hello.s ExpandIntegerResult #0: 0x8a6c478: i64 = GlobalAddress<[4 x i8]* @.str> 0 [ORD=1] [ID=0] Do