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ExecveHandler.c: * Use "" instead of <> for LLVM include files * Use raw I/O, we don't need buffering * Set errno = 0 before using open() * strlen() doesn't count NULL terminator in its size * Use memcmp() instead of strcmp() * Return result of the real execve(), not 0 * Search for path to bytecode file if not absolute/relative path SysUtils.c: * Convert all comments to C-style * Stop using `bool', use `unsigned' instead SysUtils.h: * Stop using `bool', use `unsigned' instead * Updated comment to FindExecutable() README.txt: * Describe the goal of LLEE and an application git-svn-id: https://llvm.org/svn/llvm-project/llvm/trunk@7911 91177308-0d34-0410-b5e6-96231b3b80d8 |
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| llee | ||
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| README.txt | ||
| SysUtils.c | ||
| SysUtils.h | ||
LLEE: (LL)VM (E)xecution (E)nvironment This tool presents a virtual execution environment for LLVM programs. By preloading a shared object which defines a custom execve() functions, we can execute bytecode files with the JIT directly, without the user ever thinking about it. Thus, a user can freely run any program, native or LLVM bytecode, transparently, and without even being aware of it. To use LLEE, run `./llee <native_program>', a good choice is a shell. Anything started within that program will be affected by the execve() replacement.