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* Update test.py for python3, fix --gtest.Vladimir Marko2021-04-211-5/+7
| | | | | | Test: test.py --host --gtest Test: test.py -b --host --optimizing Change-Id: I5dc707b13089a8b771a6f7c62004925050fd3a0c
* Revert^3 "VIXL simulator for ART (Stage1)"Ulya Trafimovich2020-07-291-1/+0
| | | | | | | | | | This reverts commit e886d68b9c40c941d8966b9c90d0e265c75fb19e. Reason for revert: simulator implemention is not ready yet. Test: lunch aosp_cf_x86_phone-userdebug && m Test: art/test.py --run-test --optimizing --host Change-Id: I03c8c09ea348205b0238d7a26caef3477cd6ae3b
* Revert^2 "VIXL simulator for ART (Stage1)"Ulyana Trafimovich2020-07-171-0/+1
| | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | This reverts commit 3060bb919cd2f37c6a97e87c1581ac5294af72b3. Reason for revert: relanding original change. The fix is setting `device_supported: false` for libart(d)-simulator module in the .bp file (`m checkbuild` attempted to build it for arm32 and failed). Original commit message: VIXL simulator for ART (Stage1) Quick User Guide: test/README.simulator.md This CL enables running ART run-tests in a simulator on host machine. Some benefits of using this simulator approach: - No need to use a target device at all. Save developers from solving the device troubles: build, flash, usb, adb, etc. - Speed up development/debug/test cycle. - Allows easy debugging/testing new instruction features without real hardware. - Allows using a smaller AOSP Android manifest master-art. The Stage1 CL provides support for running 30% of current run-tests. The rest unsupported test cases are kept in knownfailures.json. Future work will be supporting proper stack frame layout between simulator and quick entrypoints, so that stack walk, QuickArgumentVisitor, deoptimization, etc can be supported. This CL adds libart(d)-simulator-container library to the ART APEX. It has caused the following increase of the APEX size (small, about 0.13% for release APEX, measured for target aosp_arm64-userdebug): Before: 88992 com.android.art.debug.apex 51612 com.android.art.release.apex 112352 com.android.art.testing.apex After: 89124 com.android.art.debug.apex 51680 com.android.art.release.apex 112468 com.android.art.testing.apex Change-Id: I461c80aa9c4ce0673eef1c0254d2c539f2b6a8d5 Test: art/test.py --run-test --optimizing --simulate-arm64 Test: art/test.py --run-test --optimizing --host Test: m test-art-host-gtest
* Revert "VIXL simulator for ART (Stage1)"Ulyana Trafimovich2020-07-161-1/+0
| | | | | | | | | This reverts commit 48ca6a681efe1fa1cf82d8af918bf9bbfd35ae96. Reason for revert: broken build 6685551 on aosp-master on full-eng Bug: 161440641 Change-Id: I849fe53f56c4786f0f2a1605cbfd215559f11072
* VIXL simulator for ART (Stage1)Xueliang Zhong2020-07-161-0/+1
| | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | Quick User Guide: test/README.simulator.md This CL enables running ART run-tests in a simulator on host machine. Some benefits of using this simulator approach: - No need to use a target device at all. Save developers from solving the device troubles: build, flash, usb, adb, etc. - Speed up development/debug/test cycle. - Allows easy debugging/testing new instruction features without real hardware. - Allows using a smaller AOSP Android manifest master-art. The Stage1 CL provides support for running 30% of current run-tests. The rest unsupported test cases are kept in knownfailures.json. Future work will be supporting proper stack frame layout between simulator and quick entrypoints, so that stack walk, QuickArgumentVisitor, deoptimization, etc can be supported. This CL adds libart(d)-simulator-container library to the ART APEX. It has cause the following increase of the APEX size (small, about 0.13% for release APEX, measured for target aosp_arm64-userdebug): Before: 88992 com.android.art.debug.apex 51612 com.android.art.release.apex 112352 com.android.art.testing.apex After: 89124 com.android.art.debug.apex 51680 com.android.art.release.apex 112468 com.android.art.testing.apex Test: art/test.py --run-test --optimizing --simulate-arm64 Test: art/test.py --run-test --optimizing --host Test: m test-art-host-gtest Change-Id: I078812dde9aaf7128d9f262b2102251927596b7f
* Use m instead of make.Martin Stjernholm2019-08-091-7/+2
| | | | | | | | make is deprecated and is now a bash-only function. Test: art/test.py --host --64 --optimizing Test: cd art && ./test.py --host --64 --optimizing Change-Id: I5ee4a8735e57ac404365b1e5fd17d615f0be918a
* ART: Remove jack from testOrion Hodson2018-05-241-3/+0
| | | | | Test: art/test.py --host Change-Id: I31b0c0d57d344f54a8c0545fd32c81a893b4ec75
* Testing: Remove old run-all-tests scriptOrion Hodson2017-07-131-7/+11
| | | | | | | | | Update test.py with additional help Update README.txt Test: art/test.py -r Change-Id: I25320aff9bd7041a1aad738119aec1422e5a0309
* Add test.py script to run gtest and run-testShubham Ajmera2017-03-231-0/+74
By default, it will run both run-test and gtest If either of the two are explicilty asked for, it will not run the other one. Options: --run-test : To run run-test --gtest : To run gtest -j : Number of jobs --host: for host tests --target: for target tests All the other arguments will be passed to the run-test testrunner. Test: ./art/test.py --host --target -j12 --run-test --gtest Change-Id: I2fc4ebb900fb72db83165c6ae1615b8bdcfc33f4
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