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Make it explicit that they are python files.
Make the file attributes non-executable.
Test: test.py -b -r --host --optimizing --64
Change-Id: I874c8453032298bcc15dbd1030a3f7c0fd58254f
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Use python variables rather than environment to pass state.
Cleanup the environment use left over from the bash version.
Test: build artifacts are same as before
Change-Id: I3ba7f9e31a9a7046c62d67c6c66af4988d5c469a
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Let the scripts explicitly call it rather than making it
part of the build system magic.
It is much easier now with the context object.
Do not spam build log output with non-error messages.
Test: Generated artifacts are the same
Change-Id: I03b1e317b4f542c27b635ddd9defdd5c0e2bcb3e
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This reverts commit 8d6a4e021e1dc4717939e05aee89c9b18e383d12.
Reason for revert: Reland
Test: test.py -r --all-target
Test: diff emitted test commands before and after
Change-Id: I8b99d9b3804615f2ebc50171a4368ad87d809300
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This reverts commit 895c27039a57ec19efc8f526ac17b1ae28e2edd9.
Reason for revert: Breaks tests
Change-Id: If7d346b23731d32d1fdf31346bebcb658fbce421
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Test: test.py -r --all-target
Test: diff emitted test commands before and after
Change-Id: I05003b5cde0e39ffc7d037ef875a45f13dd83755
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Tests use the build script for two distinct purposes:
* Some tests generate their source code before completion.
Keep this code in bash for now and rename it "generate-sources".
* To customize arguments passed to the default compilation script.
Since the default compilation script is in python, make this
a normal python call, and add any customization as arguments.
This speeds up the run-test compilation. There was small cost to
pay due to the switching from python to bash to python.
This added up for the thousands of run-test compilations that we do.
It also removes the need for argument parser in the default script.
We could also remove the data passing via environment (to-do later).
It moves the definition to more build-system-like look and feel.
Test: The outputs are bit-for-bit identical as before.
Change-Id: Idca4181a4676036f06aae0a8f6eea3a3c30d390e
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Introduce expected standard error files for ART run-tests. Collect
tests' standard output and standard error separately and check them
against the corresponding expectation file.
Test: Run ART run-tests on host and device using `testrunner.py`.
Test: atest --test-mapping art:all
Test: atest --test-mapping cts/hostsidetests/jvmti:all
Bug: 171865375
Bug: 147812905
Change-Id: Ie95bec4a4684ff6791d464124ce8976339432d1f
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This is in preparation for the addition of `expected-stderr.txt` files
in all ART run-test directories, which will record the expected
standard error for each of these tests, and which will be verified
along with `expected-stdout.txt`.
Test: Run ART run-tests on host and device using `testrunner.py`.
Test: atest --test-mapping art:all
Bug: 171865375
Bug: 147812905
Change-Id: I37e3c4b8409475790e2fc63514cdf57156d47ff4
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This reverts commit 99cbfb55fc7ac0f65b1ccdc7076219fcee383b92.
This unreverts commit e48fd0b4780efadc6b3433fe7a56aa5be2a84325.
We were incorrectly bounds-checking the register number. We were
treating it as unsigned when it was actual signed. Previously this
wouldn't matter since normally the debug-info won't have any
information for negative slots but by falling back to the verifier
we hit some check failures.
Reason for revert: Fixed underlying issue with bad bounds check.
Bug: 131711256
Change-Id: I0b859ce322f3b23f937b72d735db8f6870c40602
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This reverts commit e48fd0b4780efadc6b3433fe7a56aa5be2a84325.
Reason for revert: Fails libjdwp tests. In particular:
org.apache.harmony.jpda.tests.jdwp.StackFrame_SetValuesTest
Bug: 131711256
Change-Id: Id46da7c0d26769f8f4bd469cdfb8049f6812295a
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The JVMTI Get/SetLocalVariable functions used to rely entirely on the
Dex DebugInfo to determine the types of each of the registers. This
could lead to problems since, to prevent possible stack corruption, we
would not allow stack modification if the data was not present.
In order to remove this restriction we will instead make use of the
method verifier to ensure the modification is sensible when the
DebugInfo is not present. Since reconstructing this information using
the verifier is quite slow (compared to reading it from a table) we
will only do this when the table is missing.
Since the verifier lacks some of the information available when
creating the DebugLocalInfo table some semantics will change depending
on if the table is present or not.
- When the DebugLocalInfo table is not present we cannot always
distinguish between floats, ints, and other single-register
primitive types. For simplicity all single-register primitive
types can be modified and read by both the Float and Int versions
of the local variable functions.
- Similarly we cannot always distinguish between long and double
variables.
- Reference types are checked against what the verifier thinks they
need to be according to type unification. This might be more or
less specific than the types recorded in the functions source code.
- Constant int/float '0' values and 'null' cannot always be
differentiated by the verifier. Therefore, one may not always be
able to modify some null or constant 0 registers.
Test: ./test.py --host
Bug: 131711256
Change-Id: I1c9d857ccdec752bfd4ebad76cc9ad96e143866c
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