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This CL brings support for predicated execution for
auto-vectorizer and implements arm64 SVE vector backend.
This version passes all the VIXL simulator-runnable tests in
SVE mode with checker off (as all VecOp CHECKs need to be
adjusted for an extra input) and all tests in NEON mode.
Test: art SIMD tests on VIXL simulator.
Test: art tests on FVP (steps in test/README.arm_fvp.md)
Change-Id: Ib78bde31a15e6713d875d6668ad4458f5519605f
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This reverts commit 791df7a161ecfa28eb69862a4bc285282463b960.
This unreverts commit fc1ce4e8be0d977e3d41699f5ec746d68f63c024.
This unreverts commit b8686ce4c93eba7192ed7ef89e7ffd9f3aa6cd07.
We incorrectly failed to include PredicatedInstanceFieldGet in a few
conditions, including a DCHECK. This caused tests to fail under the
read-barrier-table-lookup configuration.
Reason for revert: Fixed 2 incorrect checks
Bug: 67037140
Test: ./art/test/testrunner/run_build_test_target.py -j70 art-gtest-read-barrier-table-lookup
Change-Id: I32b01b29fb32077fb5074e7c77a0226bd1fcaab4
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This reverts commit fc1ce4e8be0d977e3d41699f5ec746d68f63c024.
Bug: 67037140
Reason for revert: Fails read-barrier-table-lookup tests.
Change-Id: I373867c728789bc14a4370b93a045481167d5f76
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This reverts commit 47ac53100303e7e864b7f6d65f17b23088ccf1d6.
There was a bug in LSE where we would incorrectly record the
shadow$_monitor_ field as not having a default initial value. This
caused partial LSE to be unable to compile the Object.identityHashCode
function, causing crashes. This issue was fixed in a parent CL. Also
updated all Offsets in LSE_test to be outside of the object header
regardless of configuration.
Test: ./test.py --host
Bug: 67037140
Reason for revert: Fixed issue with shadow$_monitor_ field and offsets
Change-Id: I4fb2afff4d410da818db38ed833927dfc0f6be33
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This reverts commit b8686ce4c93eba7192ed7ef89e7ffd9f3aa6cd07.
Bug: 67037140
Reason for revert: Fails a few tests.
Change-Id: Icf0635bffbfbba93bf0a5b854a9582c418198136
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Add partial load-store elimination to the LSE pass. Partial LSE will
move object allocations which only escape along certain execution
paths closer to the escape point and allow more values to be
eliminated. It does this by creating new predicated load and store
instructions that are used when an object has only escaped some of the
time. In cases where the object has not escaped a default value will
be used.
Test: ./test.py --host
Test: ./test.py --target
Bug: 67037140
Change-Id: Idde67eb59ec90de79747cde17b552eec05b58497
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Test: ./test.py --host --64
Change-Id: I5186b025a7343f5b1190c1eb4de1610090d113c8
Signed-off-by: Neeraj Solanki <neeraj.solanki@intel.com>
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This reverts commit e2727154f25e0db9a5bb92af494d8e47b181dfcf.
Reason for revert: Breaks ASAN tests (ODR violation).
Bug: 142365358
Change-Id: I38103d74a1297256c81d90872b6902ff1e9ef7a4
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Make symbols in compiler/optimizing hidden by a namespace
attribute. The unit intrinsic_objects.{h,cc} is excluded as
it is needed by dex2oat.
As the symbols are no longer exported, gtests are now linked
with the static version of the libartd-compiler library.
libart-compiler.so size:
- before:
arm: 2396152
arm64: 3345280
- after:
arm: 2016176 (-371KiB, -15.9%)
arm64: 2874480 (-460KiB, -14.1%)
Test: m test-art-host-gtest
Test: testrunner.py --host --optimizing --jit
Bug: 142365358
Change-Id: I1fb04a33351f53f00b389a1642e81a68e40912a8
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Remove all uses of macros 'FINAL' and 'OVERRIDE' and replace them with
'final' and 'override' specifiers. Remove all definitions of these
macros as well, which were located in these files:
- libartbase/base/macros.h
- test/913-heaps/heaps.cc
- test/ti-agent/ti_macros.h
ART is now using C++14; the 'final' and 'override' specifiers have
been introduced in C++11.
Test: mmma art
Change-Id: I256c7758155a71a2940ef2574925a44076feeebf
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Performs whole loop unrolling for small loops with small
trip count to eliminate the loop check overhead, to have
more opportunities for inter-iteration optimizations.
caffeinemark/FloatAtom: 1.2x performance on arm64 Cortex-A57.
Test: 530-checker-peel-unroll.
Test: test-art-host, test-art-target.
Change-Id: Idf3fe3cb611376935d176c60db8c49907222e28a
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Refactor scalar loop peeling and unrolling to eliminate repeated
checks and graph traversals, to make the code more readable and
to make it easier to add new scalar loop opts.
This is a prerequisite for full unrolling patch.
Test: 530-checker-peel-unroll.
Test: test-art-target, test-art-host.
Change-Id: If824a95f304033555085eefac7524e59ed540322
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Turn on scalar loop peeling and unrolling by default.
Test: 482-checker-loop-back-edge-use, 530-checker-peel-unroll
Test: test-art-host, test-art-target, boot-to-gui
Change-Id: Ibfe1b54f790a97b281e85396da2985e0f22c2834
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Implement scalar loop peeling for invariant exits elimination
(on arm64). If the loop exit condition is loop invariant then
loop peeling + GVN + DCE can eliminate this exit in the loop
body. Note: GVN and DCE aren't applied during loop optimizations.
Note: this functionality is turned off by default now.
Test: test-art-host, test-art-target, boot-to-gui.
Change-Id: I98d20054a431838b452dc06bd25c075eb445960c
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Implement scalar loop unrolling for small loops
(on arm64) with known trip count to reduce loop check
and branch penalty and to provide more opportunities
for instruction scheduling.
Note: this functionality is turned off by default now.
Test: cloner_test.cc
Test: test-art-target, test-art-host
Change-Id: Ic27fd8fb0bc0d7b69251252da37b8b510bc30acc
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