The static analyzer complains that this memory is leaked regardless of
how I try to work around it (unless we escape the memory by using a
global or something, but...). Basically, as long as there's some sort
of operation on the reinterpret_cast'ed pointer, it complains. If we
remove the bitwise negations, it doesn't. Doing so would presumably
defeat the purpose of this test, though, so add a NOLINT.
Bug: 27101951
Test: mma. No more static analyzer warning for this file.
Change-Id: If9008946a2145d17b8651535141bfd7ec9224739
The stack test puts a pointer to an allocation on the stack, checks
that there are no leaks, then lets it go out of scope and checks
that libmemunreachable can find a leak. This works on arm64, but
on arm32 the pointer on the stack doesn't get overwitten and the
leak is not detected. Rewrite the pointer to be NULL instead.
Test: memunreachable_test
Change-Id: I5959a34cbb572a5d8670270077a85d247a3a4880
Putting libmemunreachable in the global C++ namespace was an oversight,
move it into namespace android.
Test: m -j checkbuild
Change-Id: I0799906f6463178cb04a719bb4054cad33a50dbe
libmemunreachable uses an imprecise mark and sweep pass over all memory
allocated by jemalloc in order to find unreachable allocations.
Change-Id: Ia70bbf31f5b40ff71dab28cfd6cd06c5ef01a2d4
