search for: fl2allocator

...0x0000000106cc6229 main + 3033 12 opt 0x0000000106cbf7a4 start + 52 13 opt 0x0000000000000006 start + 18446744069300553878 Stack dump: 0. Program arguments: /Users/username/llvm-2.7/llvm/Release/bin/opt /Users/username/llvm-2.7/llvm/projects/poolalloc/runtime/FL2Allocator/Relea se/PoolAllocator.ll -std-compile-opts -strip-debug -o /Users/username/llvm-2.7/llvm/projects/poolalloc/runtime/FL2Allocator/Relea se/PoolAllocator.bc 1. Running pass 'Function Pass Manager' on module '/Users/username/llvm-2.7/llvm/projects/poolalloc/runtime/FL2Allocator/Rele ase/P...

...c6229 main + 3033 > 12 opt 0x0000000106cbf7a4 start + 52 > 13 opt 0x0000000000000006 start + 18446744069300553878 > Stack dump: > 0. Program arguments: /Users/username/llvm-2.7/llvm/Release/bin/opt > /Users/username/llvm-2.7/llvm/projects/poolalloc/runtime/FL2Allocator/Relea > se/PoolAllocator.ll -std-compile-opts -strip-debug -o > /Users/username/llvm-2.7/llvm/projects/poolalloc/runtime/FL2Allocator/Relea > se/PoolAllocator.bc > 1. Running pass 'Function Pass Manager' on module > '/Users/username/llvm-2.7/llvm/projects/poolalloc/runtim...

On 10/9/11 12:12 AM, Jinwook Shin wrote: > Thanks John. I appreciate your help and I look forward to obtaining the code. > > A proper LLVM sub-project: No rush on this and please take your time. Thanks. Okay, I've created a new LLVM sub-project called Giri(*). It currently contains only the static backwards slicing pass. I'll add the dynamic slicing code to the project later.

Thanks John. I appreciate your help and I look forward to obtaining the code. A proper LLVM sub-project: No rush on this and please take your time. Thanks. - Jin -----Original Message----- From: Criswell, John T [mailto:criswell at illinois.edu] Sent: Saturday, October 08, 2011 11:58 AM To: Jinwook Shin; llvmdev at cs.uiuc.edu Subject: RE: interprocedural static backwards slicing Dear Jin,

...pools and access them (contents and information about the pool) and then > dump all this information to a file? Yes, but not in any simple way. You basically have to hack the pool runtime to do the stuff you want. If you look at the actual runtime we use by default (llvm-poolalloc/runtime/FL2Allocator/), you can see there are various #defines you can enable for debugging in the .cpp file: #ifndef NDEBUG // Configuration macros. Define up to one of these. //#define PRINT_NUM_POOLS // Print use dynamic # pools info //#define PRINT_POOLDESTROY_STATS // When pools are destroyed, print s...

...OLS ALLOCATED FROM *** > > MaxHeapSize = 0.062500KB HeapSizeAtExit = 0.062500KB NOTE: only valid if using > Heuristic=AllPools and no bumpptr/realloc! > ==================== This output is what happens when you link with the debug version of the runtime library. If you rebuild the FL2Allocator with 'make ENABLE_OPTIMIZED=1' and link with the result, you shouldn't get this. > I have tried to link the program with the Analysis and with Datastructure libs: > llvm-gcc -o test test.opt.bc -lpoolalloc -lpoolalloc_rt -lLLVMDataStructure -lLLVMAnalysis > But I am still rec...

Hello, I have some questions about Pool Allocation Is it possible for a program to access and manipulate an (automatically allocated) pool at run time? For example, if a program wants to dump all the allocated pools that is using, is it possible to enumerate all those pools and access them (contents and information about the pool) and then dump all this information to a file? Also, please

...t; > MaxHeapSize = 0.062500KB HeapSizeAtExit = 0.062500KB NOTE: only valid if using > > Heuristic=AllPools and no bumpptr/realloc! > > ==================== > > This output is what happens when you link with the debug version of the > runtime library. If you rebuild the FL2Allocator with 'make > ENABLE_OPTIMIZED=1' and link with the result, you shouldn't get this. > > > I have tried to link the program with the Analysis and with Datastructure libs: > > llvm-gcc -o test test.opt.bc -lpoolalloc -lpoolalloc_rt -lLLVMDataStructure -lLLVMAnalysis &gt...

Hello, I am trying to run a program optimized with the Pool Allocation, but I am receiving this error: ==================== libpoolalloc.so: undefined symbol: _ZTIN4llvm16EquivClassGraphsE -load request ignored. *** 4 DYNAMIC POOLS INITIALIZED *** *** 4 DYNAMIC POOLS ALLOCATED FROM *** MaxHeapSize = 0.062500KB HeapSizeAtExit = 0.062500KB NOTE: only valid if using Heuristic=AllPools and no

...ize = 0.062500KB HeapSizeAtExit = 0.062500KB NOTE: only valid if using >>> Heuristic=AllPools and no bumpptr/realloc! >>> ==================== >> >> This output is what happens when you link with the debug version of the >> runtime library. If you rebuild the FL2Allocator with 'make >> ENABLE_OPTIMIZED=1' and link with the result, you shouldn't get this. >> >>> I have tried to link the program with the Analysis and with Datastructure libs: >>> llvm-gcc -o test test.opt.bc -lpoolalloc -lpoolalloc_rt -lLLVMDataStructure -lLLVM...

...eAtExit = 0.062500KB NOTE: only valid if using > >>> Heuristic=AllPools and no bumpptr/realloc! > >>> ==================== > >> > >> This output is what happens when you link with the debug version of the > >> runtime library. If you rebuild the FL2Allocator with 'make > >> ENABLE_OPTIMIZED=1' and link with the result, you shouldn't get this. > >> > >>> I have tried to link the program with the Analysis and with Datastructure libs: > >>> llvm-gcc -o test test.opt.bc -lpoolalloc -lpoolalloc_rt -lLLVM...