Home
last modified time | relevance | path

Searched full:objects (Results 1 – 25 of 170) sorted by relevance

1234567

/ark/runtime_core/runtime/include/
Dstack_walker-inl.h25 template <bool objects, bool with_reg_info, typename Func>
29 if (objects && !vreg.HasObject()) { in InvokeCallback()
44 template <bool objects, bool with_reg_info, typename Func>
50 if (objects && !vreg.HasObject()) { in IterateRegsForIFrame()
55 if (!InvokeCallback<objects, with_reg_info>(func, reg_info, vreg)) { in IterateRegsForIFrame()
62 return InvokeCallback<objects, with_reg_info>(func, reg_info, acc); in IterateRegsForIFrame()
65 template <bool objects, bool with_reg_info, typename Func>
69 return IterateRegsForIFrame<objects, with_reg_info>(func); in IterateRegs()
/ark/runtime_core/runtime/mem/
Dmem_stats.h63 * Number of allocated objects for all time
68 * Number of freed objects for all time
73 * Number of allocated large and regular (size <= FREELIST_MAX_ALLOC_SIZE) objects for all time
78 * Number of freed large and regular (size <= FREELIST_MAX_ALLOC_SIZE) objects for all time
83 * Number of allocated humongous (size > FREELIST_MAX_ALLOC_SIZE) objects for all time
88 * Number of freed humongous (size > FREELIST_MAX_ALLOC_SIZE) objects for all time
93 * Number of alive objects now
98 * Number of alive large and regular (size <= FREELIST_MAX_ALLOC_SIZE) objects now
103 * Number of alive humongous (size > FREELIST_MAX_ALLOC_SIZE) objects now
Dpygote_space_allocator.h37 STATE_PYGOTE_INIT, // before pygote fork, used for small non-movable objects
38 STATE_PYGOTE_FORKING, // at first pygote fork, allocate for copied objects
39 STATE_PYGOTE_FORKED, // after fork, can't allocate/free objects in it
Dregion_allocator.h160 * \brief Iterates over all objects allocated by this allocator.
181 * and move all alive objects to the regions with type /param regions_type_to.
184 * @tparam regions_type_to - type of regions to which we want to move all alive objects.
186 * @param death_checker - checker what will return objects status for iterated object.
194 * and move all alive objects to the regions with type /param regions_type_to.
196 * @tparam regions_type_to - type of regions to which we want to move all alive objects.
199 * @param death_checker - checker what will return objects status for iterated object.
Dbump-allocator-inl.h165 LOG_BUMP_ALLOCATOR(DEBUG) << "Iteration over objects started"; in IterateOverObjects()
177 // Iterate over objects in TLABs: in IterateOverObjects()
184 LOG_BUMP_ALLOCATOR(DEBUG) << "Iteration over objects finished"; in IterateOverObjects()
207 …// In this case, we iterate over objects in intersection of memory range of occupied memory via ar… in IterateOverObjectsInRange()
238 // In this case, we iterate over objects in intersection of memory range of TLABs in IterateOverObjectsInRange()
264 // We are interested only in moving alive objects, after that we cleanup arena in CollectAndMove()
/ark/js_runtime/ecmascript/regexp/
Dregexp_opcode.cpp23 …e g_saveStartOpcode = SaveStartOpCode(); // NOLINTNEXTLINE(fuchsia-statically-constructed-objects)
24 …g_saveEndOpcode = SaveEndOpCode(); // NOLINTNEXTLINE(fuchsia-statically-constructed-objects)
25 …harOpcode = CharOpCode(); // NOLINTNEXTLINE(fuchsia-statically-constructed-objects)
26 …otoOpcode = GotoOpCode(); // NOLINTNEXTLINE(fuchsia-statically-constructed-objects)
27 …e g_splitNextOpcode = SplitNextOpCode(); // NOLINTNEXTLINE(fuchsia-statically-constructed-objects)
29 …FirstOpCode(); // NOLINTNEXTLINE(fuchsia-statically-constructed-objects)
30 …tchOpCode g_matchOpcode = MatchOpCode(); // NOLINTNEXTLINE(fuchsia-statically-constructed-objects)
31 …opOpCode g_loopOpcode = LoopOpCode(); // NOLINTNEXTLINE(fuchsia-statically-constructed-objects)
33 …); // NOLINTNEXTLINE(fuchsia-statically-constructed-objects)
34 … g_pushCharOpcode = PushCharOpCode(); // NOLINTNEXTLINE(fuchsia-statically-constructed-objects)
[all …]
/ark/runtime_core/runtime/mem/gc/gen-gc/
Dgen-gc.h73 * Marks objects in young generation
96 * Concurrently marking all objects
103 * ReMarks objects after Concurrent marking
109 * Mark all objects in stack recursively for Full GC.
114 * Collect dead objects in young generation and move survivors
130 * Update all refs to moved objects
/ark/runtime_core/verification/util/
Dequiv_classes.h221 void Equate(std::initializer_list<ObjIndex> objects) in Equate() argument
223 Equate(objects.begin(), objects.end()); in Equate()
267 bool IsAllEqual(std::initializer_list<ObjIndex> objects) in IsAllEqual() argument
269 return IsAllEqual(objects.begin(), objects.end()); in IsAllEqual()
363 void Equate(std::initializer_list<Obj> objects)
365 Equate(objects.begin(), objects.end());
391 bool IsAllEqual(std::initializer_list<Obj> objects)
393 return IsAllEqual(objects.begin(), objects.end());
/ark/runtime_core/runtime/mem/gc/g1/
Dg1-gc.h82 * Marks objects in young generation
105 * Concurrently marking all objects
111 * ReMarks objects after Concurrent marking
117 * Mark all objects in stack recursively for Full GC.
122 * Collect dead objects in young generation and move survivors
138 * Update all refs to moved objects
Dg1-allocator.h40 … HumongousObjAllocator<ObjectAllocConfigWithCrossingMap>; // Allocator used for humongous objects
65 * \brief iterates all objects in object allocator
70 * \brief iterates objects in all allocators except object allocator
/ark/runtime_core/runtime/mem/refstorage/
Dglobal_object_storage.cpp113 auto objects = PandaVector<ObjectHeader *>(allocator_->Adapter()); in GetAllObjects() local
116 objects.insert(objects.end(), global_objects.begin(), global_objects.end()); in GetAllObjects()
119 objects.insert(objects.end(), weak_objects.begin(), weak_objects.end()); in GetAllObjects()
121 return objects; in GetAllObjects()
Dglobal_object_storage.h41 …* Storage for objects which need to handle by GC. GC will handle moving these objects and will not…
72 * Get all objects from storage. Used by debugging.
79 * Update pointers to moved Objects in global storage.
301 auto objects = PandaVector<ObjectHeader *>(allocator_->Adapter()); in GetAllObjects() local
308 objects.push_back(obj); in GetAllObjects()
312 return objects; in GetAllObjects()
/ark/runtime_core/docs/diagrams/
Dgenerational-minor-gc-activity.puactivity18 :Mark objects in young space;
19 :Copy marked/alive objects from young space to the tenured space;
20 :Update references to the moved objects;
Dgenerational-major-gc-activity.puactivity18 :Mark objects in the tenured space;
19 :Sweep tenured space(remove non-marked objects);
Dgenerational-concurrent-major-gc-activity.puactivity21 :Concurrently mark objects in the tenured space;
26 :Sweep tenured space(remove non-marked objects);
/ark/runtime_core/runtime/mem/gc/
Dgc_types.h120 GC_NONE = 0, // Non collected objects
121 GC_MINOR = 1U, // Objects collected at the minor GC
122 GC_MAJOR = 1U << 1U, // Objects collected at the major GC (MAJOR usually includes MINOR)
123 …GC_FULL = 1U << 2U, // Can collect objects from some spaces which very rarely contains GC candid…
125 GC_ALL = GC_MINOR | GC_MAJOR | GC_FULL, // Can collect objects at any phase
/ark/runtime_core/runtime/include/mem/
Dallocator.h56 ALLOCATOR_PURPOSE_OBJECT, // Allocator for objects
179 * \brief iterates all objects in object allocator
187 * \brief iterates objects in all allocators except object allocator
291 * Iterate over all objects and reclaim memory for objects reported as true by gc_object_visitor
298 * Return max size for regular size objects
299 * @return max size in bytes for regular size objects
304 * Return max size for large objects
305 * @return max size in bytes for large objects
570 …g LargeObjectAllocator = FreeListAllocator<ObjectAllocConfig>; // Allocator used for large objects
571 …bjectAllocator = HumongousObjAllocator<ObjectAllocConfig>; // Allocator used for humongous objects
[all …]
/ark/runtime_core/runtime/tests/
Dallocator_test_base.h253 * \brief Try to allocate too many objects, must not allocate all objects
257 * Allocate too many elements, so must not allocate all objects
281 * \brief Allocate and free objects, collect via allocator method
288 * @param free_granularity - granularity for objects free before collection
291 …* Allocate objects, free part of objects and collect via allocator method with free calls during t…
299 * \brief Allocate and free objects, collect via allocator method
306 * @param free_granularity - granularity for objects free before collection
309 * Allocate objects, free part of objects and iterate via allocator method.
317 * \brief Allocate and free objects, iterate via allocator method iterating in range
325 * @param free_granularity - granularity for objects free before collection
[all …]
/ark/runtime_core/docs/
Dmemory-management-SW-requirements.md13 GC used to recycle memory allocated as result of application work (objects, compiled code etc).
21 - Arena Allocator (objects can be deallocated at once (list of arenas, almost at once - O (number o…
33 - Non-moving space (space for non-movable objects)
Dglossary.md49 * **Compacting GC** is a GC which compacts live objects to reduce fragmentation.
66 It means that all objects which are currently in use are known and we know how to get a value
69 extract references to the objects. Opposite term: **Conservative GC**.
71 (one is empty and one used for allocation) and we just copy objects from one space to another
78 * **White object** is an object non visited by GC (at the end of GC white objects will be reclaimed…
Dmemory-management.md16 * application memory (i.e., memory for objects created by applications)
233 It is a region-based allocator, i.e., all objects allocated in region/arena can be efficiently deal…
272 Small objects are joined in "runs" (not individual element for each size, but some "containers" wit…
275 | header for run of objects with size X| obj with size X | free mem size X | ... | obj with size X |
279 Large objects are not joined in "runs".
281 Humongous objects can be allocated by simply proxying requests to the OS (but keeping reference to …
285 Each thread maintains a cache for objects (at least for all objects with small size).
320 - Humongous objects space
325 - Humongous objects space (optional)
387 Since one of the metric for this GC - high throughput, most objects in the Eden will live long enou…
[all …]
/ark/runtime_core/runtime/tooling/
Ddebug_inf.cpp61 // NOLINTNEXTLINE(readability-identifier-naming, fuchsia-statically-constructed-objects)
63 // NOLINTNEXTLINE(readability-identifier-naming, fuchsia-statically-constructed-objects)
70 // NOLINTNEXTLINE(fuchsia-statically-constructed-objects)
72 // NOLINTNEXTLINE(fuchsia-statically-constructed-objects)
74 // NOLINTNEXTLINE(fuchsia-statically-constructed-objects)
/ark/js_runtime/ecmascript/mem/
Dmem.h57 // Objects which are larger than half of the region size are huge objects.
58 // Regular objects will be allocated on regular regions and migrated on spaces.
60 // region as the border of regular objects.
/ark/runtime_core/libpandabase/mem/
Dspace.h28 SPACE_TYPE_OBJECT, // Space for objects (all non-humongous sizes)
29 SPACE_TYPE_HUMONGOUS_OBJECT, // Space for humongous objects
30 SPACE_TYPE_NON_MOVABLE_OBJECT, // Space for non-movable objects
/ark/runtime_core/tests/cts-generator/cts-template/
Dnewobj.yaml37 …default values (i.e. 0 for primitives and null for objects) and put a reference to the newly creat…
175 …default values (i.e. 0 for primitives and null for objects) and put a reference to the newly creat…
218 …default values (i.e. 0 for primitives and null for objects) and put a reference to the newly creat…
220 …description: Check that two objects created by 'newobj' instructions are different in PandaAssembl…
279 …default values (i.e. 0 for primitives and null for objects) and put a reference to the newly creat…
281 description: Check that objects fields are properly initialized in PandaAssembly context.
626 …description: Create objects with newobj instruction until OutOfMemoryError in PandaAssembly context

1234567