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Code Editor : v8-statistics.h
// Copyright 2021 the V8 project authors. All rights reserved. // Use of this source code is governed by a BSD-style license that can be // found in the LICENSE file. #ifndef INCLUDE_V8_STATISTICS_H_ #define INCLUDE_V8_STATISTICS_H_ #include <stddef.h> #include <stdint.h> #include <memory> #include <utility> #include <vector> #include "v8-local-handle.h" // NOLINT(build/include_directory) #include "v8-memory-span.h" // NOLINT(build/include_directory) #include "v8-promise.h" // NOLINT(build/include_directory) #include "v8config.h" // NOLINT(build/include_directory) namespace v8 { class Context; class Isolate; namespace internal { class ReadOnlyHeap; } // namespace internal /** * Controls how the default MeasureMemoryDelegate reports the result of * the memory measurement to JS. With kSummary only the total size is reported. * With kDetailed the result includes the size of each native context. */ enum class MeasureMemoryMode { kSummary, kDetailed }; /** * Controls how promptly a memory measurement request is executed. * By default the measurement is folded with the next scheduled GC which may * happen after a while and is forced after some timeout. * The kEager mode starts incremental GC right away and is useful for testing. * The kLazy mode does not force GC. */ enum class MeasureMemoryExecution { kDefault, kEager, kLazy }; /** * The delegate is used in Isolate::MeasureMemory API. * * It specifies the contexts that need to be measured and gets called when * the measurement is completed to report the results. * * Both MeasurementComplete() callbacks will be invoked on completion. * Each implementation of this class should hence implement only one of them, * and leave the other empty. */ class V8_EXPORT MeasureMemoryDelegate { public: virtual ~MeasureMemoryDelegate() = default; /** * Returns true if the size of the given context needs to be measured. */ virtual bool ShouldMeasure(Local<Context> context) = 0; /** Holds the result of a memory measurement request. */ struct Result { /** * Two spans of equal length: the first includes each context for which * ShouldMeasure returned true and that was not garbage collected while * the memory measurement was in progress; the second includes the size * of the respective context. */ const MemorySpan<const Local<Context>>& contexts; const MemorySpan<const size_t>& sizes_in_bytes; /** * Total size of objects that were not attributed to any context (i.e. are * likely shared objects). */ size_t unattributed_size_in_bytes; /** Total size of generated code for Wasm (shared across contexts). */ size_t wasm_code_size_in_bytes; /** Total size of Wasm metadata (except code; shared across contexts). */ size_t wasm_metadata_size_in_bytes; }; /** * This function is called when memory measurement finishes. * * \param result the result of the measurement. */ virtual void MeasurementComplete(Result result) {} /** * Returns a default delegate that resolves the given promise when * the memory measurement completes. * * \param isolate the current isolate * \param context the current context * \param promise_resolver the promise resolver that is given the * result of the memory measurement. * \param mode the detail level of the result. */ static std::unique_ptr<MeasureMemoryDelegate> Default( Isolate* isolate, Local<Context> context, Local<Promise::Resolver> promise_resolver, MeasureMemoryMode mode); }; /** * Collection of shared per-process V8 memory information. * * Instances of this class can be passed to * v8::V8::GetSharedMemoryStatistics to get shared memory statistics from V8. */ class V8_EXPORT SharedMemoryStatistics { public: SharedMemoryStatistics(); size_t read_only_space_size() { return read_only_space_size_; } size_t read_only_space_used_size() { return read_only_space_used_size_; } size_t read_only_space_physical_size() { return read_only_space_physical_size_; } private: size_t read_only_space_size_; size_t read_only_space_used_size_; size_t read_only_space_physical_size_; friend class V8; friend class internal::ReadOnlyHeap; }; /** * Collection of V8 heap information. * * Instances of this class can be passed to v8::Isolate::GetHeapStatistics to * get heap statistics from V8. */ class V8_EXPORT HeapStatistics { public: HeapStatistics(); size_t total_heap_size() { return total_heap_size_; } size_t total_heap_size_executable() { return total_heap_size_executable_; } size_t total_physical_size() { return total_physical_size_; } size_t total_available_size() { return total_available_size_; } size_t total_global_handles_size() { return total_global_handles_size_; } size_t used_global_handles_size() { return used_global_handles_size_; } size_t used_heap_size() { return used_heap_size_; } size_t heap_size_limit() { return heap_size_limit_; } size_t malloced_memory() { return malloced_memory_; } size_t external_memory() { return external_memory_; } size_t peak_malloced_memory() { return peak_malloced_memory_; } size_t number_of_native_contexts() { return number_of_native_contexts_; } size_t number_of_detached_contexts() { return number_of_detached_contexts_; } /** * Returns a 0/1 boolean, which signifies whether the V8 overwrite heap * garbage with a bit pattern. */ size_t does_zap_garbage() { return does_zap_garbage_; } private: size_t total_heap_size_; size_t total_heap_size_executable_; size_t total_physical_size_; size_t total_available_size_; size_t used_heap_size_; size_t heap_size_limit_; size_t malloced_memory_; size_t external_memory_; size_t peak_malloced_memory_; bool does_zap_garbage_; size_t number_of_native_contexts_; size_t number_of_detached_contexts_; size_t total_global_handles_size_; size_t used_global_handles_size_; friend class V8; friend class Isolate; }; class V8_EXPORT HeapSpaceStatistics { public: HeapSpaceStatistics(); const char* space_name() { return space_name_; } size_t space_size() { return space_size_; } size_t space_used_size() { return space_used_size_; } size_t space_available_size() { return space_available_size_; } size_t physical_space_size() { return physical_space_size_; } private: const char* space_name_; size_t space_size_; size_t space_used_size_; size_t space_available_size_; size_t physical_space_size_; friend class Isolate; }; class V8_EXPORT HeapObjectStatistics { public: HeapObjectStatistics(); const char* object_type() { return object_type_; } const char* object_sub_type() { return object_sub_type_; } size_t object_count() { return object_count_; } size_t object_size() { return object_size_; } private: const char* object_type_; const char* object_sub_type_; size_t object_count_; size_t object_size_; friend class Isolate; }; class V8_EXPORT HeapCodeStatistics { public: HeapCodeStatistics(); size_t code_and_metadata_size() { return code_and_metadata_size_; } size_t bytecode_and_metadata_size() { return bytecode_and_metadata_size_; } size_t external_script_source_size() { return external_script_source_size_; } size_t cpu_profiler_metadata_size() { return cpu_profiler_metadata_size_; } private: size_t code_and_metadata_size_; size_t bytecode_and_metadata_size_; size_t external_script_source_size_; size_t cpu_profiler_metadata_size_; friend class Isolate; }; } // namespace v8 #endif // INCLUDE_V8_STATISTICS_H_
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