| /art/test/004-UnsafeTest/ |
| D | unsafe_test.cc | 42 void* memory = malloc(dchecked_integral_cast<size_t>(size)); in Java_Main_unsafeTestMalloc() local
43 CHECK(memory != nullptr); in Java_Main_unsafeTestMalloc()
44 return reinterpret_cast64<jlong>(memory); in Java_Main_unsafeTestMalloc()
47 extern "C" JNIEXPORT void JNICALL Java_Main_unsafeTestFree(JNIEnv*, jclass, jlong memory) { in Java_Main_unsafeTestFree() argument
48 void* mem = reinterpret_cast64<void*>(memory); in Java_Main_unsafeTestFree()
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| /art/test/175-alloc-big-bignums/ |
| D | info.txt | 2 associated memory will be in the C++ heap. This makes sure that we trigger
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
6 will be live at any point. Basically all native memory deallocation is
10 to exhaust device memory, and kill off all processes on the device, including the
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| /art/test/1004-checker-volatile-ref-load/src/ |
| D | Main.java | 83 memory[allocationIndex] = new Object[1024 / 4]; in allocateAtLeast1KiB()
85 if (allocationIndex == memory.length) { in allocateAtLeast1KiB()
90 public static Object[] memory = new Object[1024]; field in Main
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| /art/test/163-app-image-methods/src/ |
| D | Main.java | 28 Object memory = eatAllMemory(); in main() local
51 boolean memoryWasAllocated = (memory != null); in main()
52 memory = null; in main()
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| /art/test/071-dexfile-map-clean/ |
| D | info.txt | 9 * The dex file is memory-mapped file-backed as clean memory
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| /art/cmdline/ |
| D | memory_representation.h | 62 std::ostream& operator<<(std::ostream& stream, Memory<kDivisor> memory) {
63 return stream << memory.Value << '*' << kDivisor;
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| /art/test/163-app-image-methods/ |
| D | expected.txt | 1 Eating all memory.
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| /art/test/159-app-image-fields/ |
| D | expected.txt | 1 Eating all memory.
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| /art/test/080-oom-throw/src/ |
| D | Main.java | 157 Object memory = eatAllMemory(); in triggerReflectionOOM2() local
165 boolean memoryWasAllocated = (memory != null); in triggerReflectionOOM2()
166 memory = null; in triggerReflectionOOM2()
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| /art/test/1940-ddms-ext/ |
| D | info.txt | 1 Tests the jvmti-extension to get allocated memory snapshot.
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| /art/test/1900-track-alloc/ |
| D | info.txt | 1 Tests the jvmti-extension to get allocated memory snapshot.
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| /art/test/004-UnsafeTest/src/ |
| D | Main.java | 258 long memory = unsafeTestMalloc(size); in testCopyMemoryPrimitiveArrays() local
266 unsafe.copyMemoryFromPrimitiveArray(inputFloats, 0, memory, size); in testCopyMemoryPrimitiveArrays()
267 unsafe.copyMemoryToPrimitiveArray(memory, outputFloats, 0, size); in testCopyMemoryPrimitiveArrays()
278 unsafe.copyMemoryFromPrimitiveArray(inputDoubles, 0, memory, size); in testCopyMemoryPrimitiveArrays()
279 unsafe.copyMemoryToPrimitiveArray(memory, outputDoubles, 0, size); in testCopyMemoryPrimitiveArrays()
284 unsafeTestFree(memory); in testCopyMemoryPrimitiveArrays()
302 private static native void unsafeTestFree(long memory); in unsafeTestFree() argument
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| /art/test/074-gc-thrash/ |
| D | info.txt | 1 This thrashes the memory allocator and garbage collector for a brief period.
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| /art/compiler/optimizing/ |
| D | stack_map_test.cc | 65 ScopedArenaVector<uint8_t> memory = stream.Encode(); in TEST() local
67 CodeInfo code_info(memory.data()); in TEST()
151 ScopedArenaVector<uint8_t> memory = stream.Encode(); in TEST() local
153 CodeInfo code_info(memory.data()); in TEST()
321 ScopedArenaVector<uint8_t> memory = stream.Encode(); in TEST() local
323 CodeInfo code_info(memory.data()); in TEST()
376 ScopedArenaVector<uint8_t> memory = stream.Encode(); in TEST() local
378 CodeInfo code_info(memory.data()); in TEST()
435 ScopedArenaVector<uint8_t> memory = stream.Encode(); in TEST() local
437 CodeInfo ci(memory.data()); in TEST()
[all …]
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| /art/test/476-checker-ctor-memory-barrier/ |
| D | info.txt | 1 Tests if we add memory barriers on constructors when needed (i.e when the
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| /art/test/2030-long-running-child/ |
| D | info.txt | 2 main thread terminates immediately, and the child allocates memory and
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| /art/test/949-in-memory-transform/ |
| D | info.txt | 4 an in-memory dex file (i.e. loaded from an InMemoryDexClassLoader).
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| /art/test/080-oom-throw/ |
| D | info.txt | 1 Inject memory allocation failures for NEW_ARRAY and NEW_INSTANCE and make sure
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| /art/runtime/interpreter/ |
| D | shadow_frame.h | 77 uint8_t* memory = new uint8_t[ComputeSize(num_vregs)]; in CreateDeoptimizedFrame() local
78 return CreateShadowFrameImpl(num_vregs, link, method, dex_pc, memory); in CreateDeoptimizedFrame()
84 uint8_t* memory = reinterpret_cast<uint8_t*>(sf); in DeleteDeoptimizedFrame() local
85 delete[] memory; in DeleteDeoptimizedFrame()
320 void* memory) { in CreateShadowFrameImpl() argument
321 return new (memory) ShadowFrame(num_vregs, link, method, dex_pc); in CreateShadowFrameImpl()
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| /art/openjdkjvmti/ |
| D | README.md | 6 state of the program by modifying dex files in memory and performing other
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| /art/runtime/jit/ |
| D | debugger_interface.cc | 223 jit::JitMemoryRegion* memory = jit_code_cache->GetCurrentRegion(); in Memory() local
224 CHECK(memory->IsValid()); in Memory()
225 return memory; in Memory()
291 const void* memory = NativeInfo::Alloc(sizeof(JITCodeEntry)); in CreateJITCodeEntryInternal() local
292 if (memory == nullptr) { in CreateJITCodeEntryInternal()
296 new (NativeInfo::Writable(memory)) JITCodeEntry(); in CreateJITCodeEntryInternal()
297 descriptor.free_entries_ = reinterpret_cast<const JITCodeEntry*>(memory); in CreateJITCodeEntryInternal()
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| /art/runtime/verifier/ |
| D | register_line-inl.h | 193 void* memory = allocator.Alloc(ComputeSize(num_regs)); in Create() local
194 return new (memory) RegisterLine(num_regs, allocator, reg_types); in Create()
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| /art/tools/ahat/ |
| D | Android.bp | 34 "//libcore/metrictests/memory/host",
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| /art/tools/jvmti-agents/titrace/ |
| D | titrace.cc | 92 explicit MethodBytecode(jvmtiEnv* env, unsigned char* memory, jint size) in MethodBytecode()
93 : bytecode_(env, memory, static_cast<size_t>(size)) { in MethodBytecode()
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| /art/tools/runtime_memusage/ |
| D | README | 4 These set of executables are useful for condensing large amounts of memory reads
19 In addition, when poisoned sections of memory are accesses, their stack trace is
|