Alex Shlyapnikov 142caf40c1 [HWASan] Introduce non-zero based and dynamic shadow memory (LLVM). ... Summary: Support the dynamic shadow memory offset (the default case for user space now) and static non-zero shadow memory offset (-hwasan-mapping-offset option). Keeping the the latter case around for functionality and performance comparison tests (and mostly for -hwasan-mapping-offset=0 case). The implementation is stripped down ASan one, picking only the relevant parts in the following assumptions: shadow scale is fixed, the shadow memory is dynamic, it is accessed via ifunc global, shadow memory address rematerialization is suppressed. Keep zero-based shadow memory for kernel (-hwasan-kernel option) and calls instreumented case (-hwasan-instrument-with-calls option), which essentially means that the generated code is not changed in these cases. Reviewers: eugenis Subscribers: srhines, llvm-commits Differential Revision: https://reviews.llvm.org/D45840 llvm-svn: 330475		2018-04-20 20:04:04 +00:00
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X86
alloca.ll
atomic.ll
basic.ll
kernel-alloca.ll
kernel-inline.ll
kernel.ll
with-calls.ll