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Bug: 260881207
Test: presubmit
Test: abtd app_compat_drm
Test: abtd app_compat_top_100
Test: abtd app_compat_banking
Change-Id: Ice9204277b257c6e3c25adb690bddfd834d24689
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Factor out Thread::Current() code into its own -inl file to remove
transitive includes.
This requires at the same time correcting mutex.h, i.e., moving
some functions into mutex-inl.h.
Test: m test-art-host
Change-Id: I88f888b604e0897368d9b483edce6ce4332dd9c9
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Also fixed inclusion of -inl.h files in .h files by adding
scoped_object_access-inl.h and scoped_fast_natvie_object_access-inl.h
Changed AddLocalReference / Decode to use ObjPtr.
Changed libartbenchmark to be debug to avoid linkage errors.
Bug: 31113334
Test: test-art-host
Change-Id: I4d2e160483a29d21e1e0e440585ed328b9811483
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Create libart-gtest for common runtime and compiler gtest routines.
Rename CompilerCallbacksImpl that is quick compiler specific.
Rename trace clock source constants to not use the overloaded profiler term.
Change-Id: I4aac4bdc7e7850c68335f81e59a390133b54e933
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Monitor IDs in lock words are only 30b. On a 32b system that works
fine, as memory is usually aligned enough that shifting works out.
On 64b systems, the virtual memory space is too large for that.
This adds memory chunks into which we allocate the monitors so that
we have base_addr + offset and can use the offset as the monitor ID.
To allow for relatively compact but growable storage, we use a list
of chunks.
Added a global lock for the monitor pool.
Change-Id: I0e290c4914a2556e0b2eef9902422d7c4dcf536d
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