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L1 cache line size can significantly impact storage requirements and latency of memory-intensive software. On the other hand, the size of the line is impractical for implementations of instruction set architectures that do not have explicit hardware support for such memory management techniques. Adding very fine grained and/or per-thread non-portable cache line profiling would be very hard, even with in-situ cache line analysis. To justify this complexity, we are releasing a lightweight runtime library based on Valgrind’s libmemprof2.0 and SonOfSandyCr4me’s …/Valgrind/InstDecoding.cpp. There are many other applications for such an implementation, in addition to just finding out where your memory is being allocated in your binary (hit) and where it is being freed in your binary (miss). This is particularly good for checking the results of automated memory analysis tools including valgrind, leakcheck and analyzer, using in-process instrumentation of caller/caller-callee function relations. And of course, if you like to “run your program” but fail to find an allocation (most likely the case with Valgrind which does not provide help for finding leaks in your application)!
A total of 32 different search strings are examined during the lexer's search for the end of a target string. We now include the number of mismatches between the target string and each of the 32 search strings selected at each position in the target string.
The directory "objs" was added to the VM image. Now the target binary can be found at the path "objs/target.exe", and executables of the dynamic reloc compiler and LLVM CodeGen can be found in "objs/reloc" and "objs/llvm" d2c66b5586