Displaying 4 results from an estimated 4 matches for "addusersifinteresting".
2012 Mar 17
1
[LLVMdev] [llvm-commits] Review Request: Use SmallPtrSetImpl instead of SmallPtrSet in funciton IVUsers::AddUsersIfInteresting
hi,
On Sat, Mar 17, 2012 at 2:11 AM, Andrew Trick <atrick at apple.com> wrote:
> Yep. I normally do that. I was under some strange impression last night that SmallPtrSetImpl wasn't a template.
The patch is incorrect because the SmallPtrSetImpl is neither a
template nor has an "insert" function...
After a detailed look at the header of SmallPtrSet, I found that the
2009 May 13
3
[LLVMdev] MSVC compile error with trunk
..., here are the errors:
Opt:
30> Creating library
R:\SDKs\llvm\trunk_VC8_building\lib\Debug\opt.lib and object
R:\SDKs\llvm\trunk_VC8_building\lib\Debug\opt.exp
30>LLVMScalarOpts.lib(IndVarSimplify.obj) : error LNK2019: unresolved
external symbol "public: bool __thiscall
llvm::IVUsers::AddUsersIfInteresting(class llvm::Instruction *)"
(?AddUsersIfInteresting at IVUsers@llvm@@QAE_NPAVInstruction at 2@@Z)
referenced in function "public: virtual bool __thiscall `anonymous
namespace'::IndVarSimplify::runOnLoop(class llvm::LoopBase<class
llvm::BasicBlock> *,class llvm::LPPassManager &am...
2010 Jun 12
0
[LLVMdev] experimenting with partial evaluation
Good evening, Pierre.
Here is an example to you. attached. run with -disable-lazy-comilation.
It is *as-is* for Win32 but might be applicable to *-linux-elf more smartly.
It does get llvm::Function* by function ptr(not name!),
and clone a specialized function,
and execute specialized one
in the same context as parent lli.
> - In a running program, can I get pointers to the llvm Module that
2010 Jun 11
2
[LLVMdev] experimenting with partial evaluation
Hello !
I wanted to experiment with partial evaluation and llvm seems to be the
right tool for this, but since I'm new to it of course I'm a bit lost !
I'll try to explain what I want to do in the simplest possible way :
I have a C program.
In this program, there is a function f( a,b ).
I have a value A for a.
I want to specialise f() so I get a function fA( b ) which is the same as