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/art/test/990-field-trace/
D	expected-stdout.txt	1 MODIFY of int art.Test990$TestClass1.xyz on object of type: class art.Test990$TestClass1 in method … 2 MODIFY of java.lang.Object art.Test990$TestClass1.abc on object of type: class art.Test990$TestClas… 3 MODIFY of static long art.Test990$TestClass2.TOTAL on object of type: null in method art.Test990$Te… 4 MODIFY of int art.Test990$TestClass1.xyz on object of type: class art.Test990$TestClass2 in method … 5 MODIFY of java.lang.Object art.Test990$TestClass1.abc on object of type: class art.Test990$TestClas… 6 MODIFY of long art.Test990$TestClass2.baz on object of type: class art.Test990$TestClass2 in method… 7 MODIFY of int art.Test990$TestClass1.xyz on object of type: class art.Test990$TestClass1 in method … 8 MODIFY of java.lang.Object art.Test990$TestClass1.abc on object of type: class art.Test990$TestClas… 9 MODIFY of int art.Test990$TestClass1.xyz on object of type: class art.Test990$TestClass1 in method … 10 MODIFY of java.lang.Object art.Test990$TestClass1.abc on object of type: class art.Test990$TestClas… [all …]
/art/test/980-redefine-object/
D	expected-stdout.txt	1 …Initializing and loading the TestWatcher class that will (eventually) be notified of object alloca… 6 Object allocated of type 'java.lang.Object' 8 Object allocated of type 'Transform' 11 Object allocated of type 'java.util.ArrayList' 12 Adding a bunch of stuff to the array list 13 Object allocated of type 'java.lang.Object' 14 Object allocated of type 'java.lang.Object' 15 Object allocated of type 'Transform' 17 Object allocated of type 'java.util.LinkedList' 18 Adding a bunch of stuff to the linked list [all …]
/art/test/1979-threaded-structural-transformation/
D	expected-stdout.txt	1 Hitting class class art.Test1979$Transform[FOO: value of <FOO FIELD>, BAR: value of <BAR FIELD>] 2 Initial: class art.Test1979$Transform[FOO: value of <FOO FIELD>, BAR: value of <BAR FIELD>] 4 public static java.lang.Object art.Test1979$Transform.BAR = (ID: 0) value of <BAR FIELD> 5 public static java.lang.Object art.Test1979$Transform.FOO = (ID: 1) value of <FOO FIELD> 7 Read BAR field: (ID: 0) value of <BAR FIELD> 8 Read FOO field: (ID: 1) value of <FOO FIELD> 9 Redefined: class art.Test1979$Transform[FOO: value of <FOO FIELD>, BAR: value of <BAR FIELD>, BAZ: … 11 public static java.lang.Object art.Test1979$Transform.BAR = (ID: 0) value of <BAR FIELD> 13 public static java.lang.Object art.Test1979$Transform.FOO = (ID: 1) value of <FOO FIELD> 15 Read FOO field: (ID: 1) value of <FOO FIELD> [all …]
/art/libartservice/service/javatests/com/android/server/art/
D	DexUseManagerTest.java	181 mSnapshot, OWNING_PKG_NAME, Map.of(BASE_APK, "CLC")); in testPrimaryDexOwned() 196 mSnapshot, OWNING_PKG_NAME, Map.of(BASE_APK, "CLC")); in testPrimaryDexOwnedIsolated() 211 mSnapshot, OWNING_PKG_NAME, Map.of(SPLIT_APK, "CLC")); in testPrimaryDexOwnedSplitIsolated() 224 mSnapshot, LOADING_PKG_NAME, Map.of(BASE_APK, "CLC")); in testPrimaryDexOthers() 276 mSnapshot, Utils.PLATFORM_PACKAGE_NAME, Map.of(BASE_APK, "CLC")); in verifyPrimaryDexMultipleEntries() 278 Map.of("/somewhere/app/" + OWNING_PKG_NAME + "/non-existing.apk", "CLC")); in verifyPrimaryDexMultipleEntries() 282 mSnapshot, OWNING_PKG_NAME, Map.of(BASE_APK, "CLC", SPLIT_APK, "CLC")); in verifyPrimaryDexMultipleEntries() 284 mSnapshot, OWNING_PKG_NAME, Map.of(BASE_APK, "CLC", SPLIT_APK, "CLC")); in verifyPrimaryDexMultipleEntries() 287 mSnapshot, LOADING_PKG_NAME, Map.of(BASE_APK, "CLC")); in verifyPrimaryDexMultipleEntries() 289 mSnapshot, LOADING_PKG_NAME, Map.of(BASE_APK, "CLC")); in verifyPrimaryDexMultipleEntries() [all …]
D	DexoptHelperTest.java	189 List.of(mPrimaryResults, mSecondaryResults)); in testDexopt() 191 List.of(mPrimaryResults, mSecondaryResults)); in testDexopt() 193 List.of(partialFailureResults, mSecondaryResults)); in testDexopt() 195 List.of(mPrimaryResults, mSecondaryResults)); in testDexopt() 197 List.of(mPrimaryResults, mSecondaryResults)); in testDexopt() 199 List.of(mPrimaryResults, mSecondaryResults)); in testDexopt() 247 List.of(mPrimaryResults, mSecondaryResults)); in testDexoptNoDependencies() 249 List.of(mPrimaryResults, mSecondaryResults)); in testDexoptNoDependencies() 251 List.of(mPrimaryResults, mSecondaryResults)); in testDexoptNoDependencies() 270 List.of(mPrimaryResults)); in testDexoptPrimaryOnly() [all …]
/art/test/1981-structural-redef-private-method-handles/
D	expected_no_mh.txt	1 Initial: class art.Test1981$Transform[FOO: value of <FOO FIELD>, BAR: value of <BAR FIELD>] 2 Reading field FOO using (ID: 0) MethodHandle()Object = (ID: 1) value of <FOO FIELD> 3 Reading field BAR using (ID: 2) MethodHandle()Object = (ID: 3) value of <BAR FIELD> 5 Post redefinition : class art.Test1981$Transform[FOO: value of <FOO FIELD>, BAR: value of <BAR FIEL… 6 Reading field FOO using (ID: 0) MethodHandle()Object = (ID: 1) value of <FOO FIELD> 7 Reading field BAR using (ID: 2) MethodHandle()Object = (ID: 3) value of <BAR FIELD> 9 Reading new field FOO using (ID: 6) MethodHandle()Object = (ID: 1) value of <FOO FIELD> 10 Reading new field BAR using (ID: 7) MethodHandle()Object = (ID: 3) value of <BAR FIELD> 12 Post set with new mh: class art.Test1981$Transform[FOO: value of <FOO FIELD>, BAR: value of <BAR FI… 14 Post set with old mh: class art.Test1981$Transform[FOO: class art.Test1981$Transform, BAR: value of… [all …]
D	expected-stdout.txt	1 Initial: class art.Test1981$Transform[FOO: value of <FOO FIELD>, BAR: value of <BAR FIELD>] 2 Reading field FOO using (ID: 0) MethodHandle()Object = (ID: 1) value of <FOO FIELD> 3 …ng (ID: 2) java.lang.invoke.StaticFieldVarHandle()->java.lang.Object = (ID: 1) value of <FOO FIELD> 4 Reading field BAR using (ID: 3) MethodHandle()Object = (ID: 4) value of <BAR FIELD> 5 …ng (ID: 5) java.lang.invoke.StaticFieldVarHandle()->java.lang.Object = (ID: 4) value of <BAR FIELD> 7 Post redefinition : class art.Test1981$Transform[FOO: value of <FOO FIELD>, BAR: value of <BAR FIEL… 8 Reading field FOO using (ID: 0) MethodHandle()Object = (ID: 1) value of <FOO FIELD> 9 …ng (ID: 2) java.lang.invoke.StaticFieldVarHandle()->java.lang.Object = (ID: 1) value of <FOO FIELD> 10 Reading field BAR using (ID: 3) MethodHandle()Object = (ID: 4) value of <BAR FIELD> 11 …ng (ID: 5) java.lang.invoke.StaticFieldVarHandle()->java.lang.Object = (ID: 4) value of <BAR FIELD> [all …]
/art/
D	NOTICE	23 and distribution as defined by Sections 1 through 9 of this document. 28 "Legal Entity" shall mean the union of the acting entity and all 30 control with that entity. For the purposes of this definition, 32 direction or management of such entity, whether by contract or 33 otherwise, or (ii) ownership of fifty percent (50%) or more of the 34 outstanding shares, or (iii) beneficial ownership of such entity. 44 transformation or translation of a Source form, including but 48 "Work" shall mean the work of authorship, whether in Source or 56 represent, as a whole, an original work of authorship. For the purposes 57 of this License, Derivative Works shall not include works that remain [all …]
/art/test/991-field-trace-2/
D	expected-stdout.txt	4 …ACCESS of public int art.Test991$TestClass1.xyz on object of type: class art.Test991$TestClass1 in… 7 …MODIFY of public int art.Test991$TestClass1.xyz on object of type: class art.Test991$TestClass1 in… 12 …ACCESS of public int art.Test991$TestClass1.xyz on object of type: class art.Test991$TestClass1 in… 18 …ACCESS of public int art.Test991$TestClass1.xyz on object of type: class art.Test991$TestClass1 in… 21 …MODIFY of public int art.Test991$TestClass1.xyz on object of type: class art.Test991$TestClass1 in… 27 …ACCESS of public int art.Test991$TestClass1.xyz on object of type: class art.Test991$TestClass1 in… 30 …MODIFY of public int art.Test991$TestClass1.xyz on object of type: class art.Test991$TestClass1 in… 35 …ACCESS of public int art.Test991$TestClass1.xyz on object of type: class art.Test991$TestClass1 in… 38 …MODIFY of public int art.Test991$TestClass1.xyz on object of type: class art.Test991$TestClass1 in… 43 …ACCESS of public int art.Test991$TestClass1.xyz on object of type: class art.Test991$TestClass1 in… [all …]
/art/test/1982-no-virtuals-structural-redefinition/
D	expected-stdout.txt	2 public static java.lang.Object art.Test1982$Transform.BAR on (ID: 0) <NULL> = (ID: 1) value of <BAR… 3 public static java.lang.Object art.Test1982$Transform.FOO on (ID: 0) <NULL> = (ID: 2) value of <FOO… 5 … 3) SuperTransform { id: 2, class: class art.Test1982$SubTransform } = (ID: 1) value of <BAR FIELD> 6 … 3) SuperTransform { id: 2, class: class art.Test1982$SubTransform } = (ID: 2) value of <FOO FIELD> 9 Read BAR field: (ID: 1) value of <BAR FIELD> 10 Read FOO field: (ID: 2) value of <FOO FIELD> 13 Redefined: class art.Test1982$Transform[FOO: value of <FOO FIELD>, BAR: value of <BAR FIELD>, BAZ: … 15 public static java.lang.Object art.Test1982$Transform.BAR on (ID: 0) <NULL> = (ID: 1) value of <BAR… 17 public static java.lang.Object art.Test1982$Transform.FOO on (ID: 0) <NULL> = (ID: 2) value of <FOO… 19 … 3) SuperTransform { id: 2, class: class art.Test1982$SubTransform } = (ID: 1) value of <BAR FIELD> [all …]
/art/runtime/
D	native_gc_triggering.md	9 collector's processing of `java.lang.ref.Reference`s. 11 Historically, we have encountered issues when large volumes of such "native" objects are owned by 12 Java objects of significantly smaller size. The Java garbage collector normally decides when to 13 collect based on occupancy of the Java heap. It would not collect if there are few bytes of newly 14 allocated Java objects in the Java heap, even if they "own" large amounts of C++ memory, which 17 This led to the development of the `VMRuntime.registerNativeAllocation` API, and eventually the 18 `NativeAllocationRegistry` API. Both of these allow the programmer to inform the ART GC that a 19 certain amount of C++ memory had been allocated, and could only be reclaimed as the result of a 23 owned by Java objects. However, its major problem was that registering the exact size of such 25 single native object, but instead owns a complex native data structure composed of many objects in [all …]
/art/tools/runtime_memusage/
D	README	4 These set of executables are useful for condensing large amounts of memory reads 5 of Dex Files into smaller, split pieces of information. Two kinds of information 7 1. Visualizing what part of a Dex File is being accessed at what time 10 Both of these kinds of information can be split up further by providing category 12 substring of the symbolized trace. 16 These set of tools work in conjunction with the class 17 DexFileTrackingRegistrar, which marks sections of Dex Files as poisoned. As Dex 19 In addition, when poisoned sections of memory are accesses, their stack trace is 23 in order to give both types of information. The other two are used in some of 38 of a file. Additional options specified below are useful for removing [all …]
/art/test/061-out-of-memory/
D	Android.bp	3 // Build rules for ART run-test `061-out-of-memory`. 8 // all of the 'license_kinds' from "art_license" 16 name: "art-run-test-061-out-of-memory", 21 ":art-run-test-061-out-of-memory-expected-stdout", 22 ":art-run-test-061-out-of-memory-expected-stderr", 28 name: "art-run-test-061-out-of-memory-expected-stdout", 29 out: ["art-run-test-061-out-of-memory-expected-stdout.txt"], 36 name: "art-run-test-061-out-of-memory-expected-stderr", 37 out: ["art-run-test-061-out-of-memory-expected-stderr.txt"],
/art/test/667-out-of-bounds/
D	Android.bp	3 // Build rules for ART run-test `667-out-of-bounds`. 8 // all of the 'license_kinds' from "art_license" 16 name: "art-run-test-667-out-of-bounds", 21 ":art-run-test-667-out-of-bounds-expected-stdout", 22 ":art-run-test-667-out-of-bounds-expected-stderr", 28 name: "art-run-test-667-out-of-bounds-expected-stdout", 29 out: ["art-run-test-667-out-of-bounds-expected-stdout.txt"], 36 name: "art-run-test-667-out-of-bounds-expected-stderr", 37 out: ["art-run-test-667-out-of-bounds-expected-stderr.txt"],
/art/test/717-integer-value-of/
D	Android.bp	3 // Build rules for ART run-test `717-integer-value-of`. 8 // all of the 'license_kinds' from "art_license" 16 name: "art-run-test-717-integer-value-of", 21 ":art-run-test-717-integer-value-of-expected-stdout", 22 ":art-run-test-717-integer-value-of-expected-stderr", 28 name: "art-run-test-717-integer-value-of-expected-stdout", 29 out: ["art-run-test-717-integer-value-of-expected-stdout.txt"], 36 name: "art-run-test-717-integer-value-of-expected-stderr", 37 out: ["art-run-test-717-integer-value-of-expected-stderr.txt"],
/art/test/174-escaping-instance-of-bad-class/
D	Android.bp	3 // Build rules for ART run-test `174-escaping-instance-of-bad-class`. 8 // all of the 'license_kinds' from "art_license" 16 name: "art-run-test-174-escaping-instance-of-bad-class", 21 ":art-run-test-174-escaping-instance-of-bad-class-expected-stdout", 22 ":art-run-test-174-escaping-instance-of-bad-class-expected-stderr", 28 name: "art-run-test-174-escaping-instance-of-bad-class-expected-stdout", 29 out: ["art-run-test-174-escaping-instance-of-bad-class-expected-stdout.txt"], 36 name: "art-run-test-174-escaping-instance-of-bad-class-expected-stderr", 37 out: ["art-run-test-174-escaping-instance-of-bad-class-expected-stderr.txt"],
/art/test/921-hello-failure/
D	expected-stdout.txt	2 …ROR_FAILS_VERIFICATION (FAILURE TO REDEFINE Unable to perform redefinition of 'LTransform;': Faile… 5 …ERROR_NAMES_DONT_MATCH (FAILURE TO REDEFINE Unable to perform redefinition of 'LTransform;': expec… 8 …D (FAILURE TO REDEFINE Unable to perform redefinition of 'LTransform;': Cannot change modifiers of… 11 …TION_HIERARCHY_CHANGED (FAILURE TO REDEFINE Unable to perform redefinition of 'LTransform2;': Inte… 14 …TION_HIERARCHY_CHANGED (FAILURE TO REDEFINE Unable to perform redefinition of 'LTransform2;': Inte… 17 …TION_HIERARCHY_CHANGED (FAILURE TO REDEFINE Unable to perform redefinition of 'LTransform2;': Inte… 21 …ERROR_NAMES_DONT_MATCH (FAILURE TO REDEFINE Unable to perform redefinition of 'LTransform;': expec… 24 …ERROR_NAMES_DONT_MATCH (FAILURE TO REDEFINE Unable to perform redefinition of 'LTransform;': expec… 29 …OR_NAMES_DONT_MATCH (FAILURE TO RETRANSFORM Unable to perform redefinition of 'LTransform;': expec… 32 …OR_NAMES_DONT_MATCH (FAILURE TO RETRANSFORM Unable to perform redefinition of 'LTransform;': expec… [all …]
/art/test/004-JniTest/
D	expected-stdout.txt	32 Calling method ConcreteClass->JniCallNonOverridenDefaultMethod on object of type ConcreteClass 34 Calling method ConcreteClass->JniCallOverridenDefaultMethod on object of type ConcreteClass 36 Calling method ConcreteClass->JniCallOverridenDefaultMethodWithSuper on object of type ConcreteClass 39 Calling method ConcreteClass->JniCallOverridenAbstractMethod on object of type ConcreteClass 41 Calling method ConcreteClass->JniCallConflictDefaultMethod on object of type ConcreteClass 43 Calling method ConcreteClass->JniCallSoftConflictMethod on object of type ConcreteClass 45 Calling method DefaultInterface->JniCallNonOverridenDefaultMethod on object of type ConcreteClass 47 Calling method DefaultInterface->JniCallOverridenDefaultMethod on object of type ConcreteClass 49 Calling method DefaultInterface->JniCallOverridenAbstractMethod on object of type ConcreteClass 51 Calling method DefaultInterface->JniCallConflictDefaultMethod on object of type ConcreteClass [all …]
/art/tools/jvmti-agents/field-null-percent/
D	README.md	3 fieldnull is a JVMTI agent designed for testing for a given field the number of 19 > `Lname/of/class;.nameOfField:Ltype/of/field;[,...]` 22 …T/lib64/libopenjdkjvmti.so '-agentpath:libfieldnull.so=Lname/of/class;.nameOfField:Ltype/of/field;… 25 * If using `libartd.so`, make sure to use the debug version of jvmti. 34 > `java '-agentpath:libfieldnull.so=Lname/of/class;.nameOfField:Ltype/of/field;' -cp tmp/hellowo… 38 program normally exits. In the case of Android applications, they are always 43 Will initiate a dump of the counts (to logcat). 47 > `dalvikvm32 I 08-30 14:51:20 84818 84818 fieldnull.cc:96] Dumping counts of null fields.`
/art/tools/dexfuzz/
D	README	4 DexFuzz is primarily a tool for fuzzing DEX files. Fuzzing is the introduction of 6 can be used to test the various modes of execution available to ART (Interpreter, 7 Optimizing compiler) to check for bugs in these modes of execution. 8 This is done by differential testing - each test file is executed with each mode of 9 execution, and any differences between the resulting outputs may be an indication of 10 a bug in one of the modes. 12 For a wider overview of DexFuzz, see: 14 http://community.arm.com/groups/android-community/blog/2014/11/26/the-art-of-fuzz-testing 16 In typical operation, you provide DexFuzz with a set of DEX files that are the "seeds" 24 DexFuzz can run its test programs on either an ADB-connected device, or a host-build of [all …]
/art/test/531-regression-debugphi/smali/
D	TestCase.smali	5 # You may obtain a copy of the License at 24 # - update inputs of PrimNot PhiA 25 # - set type of PhiB 26 # - left with two PrimNot equivalents of PhiA 51 invoke-static {}, Ljava/lang/System;->nanoTime()J # env use of both PhiA equivalents 60 invoke-static {}, Ljava/lang/System;->nanoTime()J # env use of PhiB 72 # - update inputs of PrimNot PhiB ; add PrimNot PhiA to worklist 76 # - PrimInt PhiA: update inputs, set to PrimNot, use instead of PrimNot PhiA 77 # - add PhiBs to worklist as users of PhiA 100 move-object v1, v0 # create PrimNot equivalent of PhiA [all …]
/art/tools/hiddenapi/
D	README.md	5 their access flags if their signatures appear on one of two lists - unsupported and 9 lists are assumed to be part of the SDK and left accessible by all code. 19 e.g. "I" for "int", and a "[" prefix denotes an array type. Lists of types do 31 Two bits of information are encoded in the DEX access flags. These are encoded 32 as unsigned LEB128 values in DEX and so as to not increase the size of the DEX, 33 different modifiers were chosen for different kinds of methods/fields. 35 First bit is encoded as the inversion of visibility access flags (bits 2:0). 36 At most one of these flags can be set at any given time. Inverting these bits 38 any loss of information. 40 Second bit is encoded differently for each given type of class member as there [all …]
/art/tools/ahat/etc/
D	README.txt	`2 A version of the test-dump hprof generated on Android L, with one of the 6 A version of the test-dump hprof generated on Android O. 9 A version of the test-dump hprof generated on the reference implementation.`
/art/test/175-alloc-big-bignums/
D	info.txt	`1 Allocate large numbers of huge BigIntegers in rapid succession. Most of the 3 the garbage collector often enough to prevent us from running out of memory. 5 The test allocates roughly 10GB of native memory, approximately 1MB of which`
/art/test/1970-force-early-return-long/
D	expected-stdout.txt	`5 Will force return of 987000 11 Will force return of 987001 17 Will force return of 987002 23 Will force return of 987003 29 Will force return of 987004 35 Will force return of 987005 37 Test stopped during Method Exit of calledFunction 41 Will force return of 987006 43 Test stopped during Method Enter of calledFunction 47 Will force return of 987007 [all …]`

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art
bionic
bootable
build
cts
dalvik
developers
development
device
frameworks
hardware
kernel
libcore
libnativehelper
packages
pdk
platform_testing
sdk
system
test
toolchain
tools
trusty