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// Protocol Buffers - Google's data interchange format // Copyright 2008 Google Inc. All rights reserved. // // Use of this source code is governed by a BSD-style // license that can be found in the LICENSE file or at // https://developers.google.com/open-source/licenses/bsd #ifndef GOOGLE_PROTOBUF_ARENAZ_SAMPLER_H__ #define GOOGLE_PROTOBUF_ARENAZ_SAMPLER_H__ #include #include #include #include #include // Must be included last. #include "google/protobuf/port_def.inc" namespace google { namespace protobuf { namespace internal { #if defined(PROTOBUF_ARENAZ_SAMPLE) struct ThreadSafeArenaStats; void RecordAllocateSlow(ThreadSafeArenaStats* info, size_t used, size_t allocated, size_t wasted); // Stores information about a sampled thread safe arena. All mutations to this // *must* be made through `Record*` functions below. All reads from this *must* // only occur in the callback to `ThreadSafeArenazSampler::Iterate`. struct ThreadSafeArenaStats : public absl::profiling_internal::Sample { // Constructs the object but does not fill in any fields. ThreadSafeArenaStats(); ~ThreadSafeArenaStats(); // Puts the object into a clean state, fills in the logically `const` members, // blocking for any readers that are currently sampling the object. The // 'stride' parameter is the number of ThreadSafeArenas that were instantiated // between this sample and the previous one. void PrepareForSampling(int64_t stride) ABSL_EXCLUSIVE_LOCKS_REQUIRED(init_mu); // These fields are mutated by the various Record* APIs and need to be // thread-safe. struct BlockStats { std::atomic num_allocations; std::atomic bytes_allocated; std::atomic bytes_used; std::atomic bytes_wasted; void PrepareForSampling(); }; // block_histogram is a kBlockHistogramBins sized histogram. The zeroth bin // stores info about blocks of size \in [1, 1 << kLogMaxSizeForBinZero]. Bin // i, where i > 0, stores info for blocks of size \in (max_size_bin (i-1), // 1 << (kLogMaxSizeForBinZero + i)]. The final bin stores info about blocks // of size \in [kMaxSizeForPenultimateBin + 1, // std::numeric_limits::max()]. static constexpr size_t kBlockHistogramBins = 15; static constexpr size_t kLogMaxSizeForBinZero = 7; static constexpr size_t kMaxSizeForBinZero = (1 << kLogMaxSizeForBinZero); static constexpr size_t kMaxSizeForPenultimateBin = 1 << (kLogMaxSizeForBinZero + kBlockHistogramBins - 2); std::array block_histogram; // Records the largest block allocated for the arena. std::atomic max_block_size; // Bit `i` is set to 1 indicates that a thread with `tid % 63 = i` accessed // the underlying arena. We use `% 63` as a rudimentary hash to ensure some // bit mixing for thread-ids; `% 64` would only grab the low bits and might // create sampling artifacts. std::atomic thread_ids; // All of the fields below are set by `PrepareForSampling`, they must not // be mutated in `Record*` functions. They are logically `const` in that // sense. These are guarded by init_mu, but that is not externalized to // clients, who can only read them during // `ThreadSafeArenazSampler::Iterate` which will hold the lock. static constexpr int kMaxStackDepth = 64; int32_t depth; void* stack[kMaxStackDepth]; static void RecordAllocateStats(ThreadSafeArenaStats* info, size_t used, size_t allocated, size_t wasted) { if (ABSL_PREDICT_TRUE(info == nullptr)) return; RecordAllocateSlow(info, used, allocated, wasted); } // Returns the bin for the provided size. static size_t FindBin(size_t bytes); // Returns the min and max bytes that can be stored in the histogram for // blocks in the provided bin. static std::pair MinMaxBlockSizeForBin(size_t bin); }; struct SamplingState { // Number of ThreadSafeArenas that should be instantiated before the next // ThreadSafeArena is sampled. This variable is decremented with each // instantiation. int64_t next_sample; // When we make a sampling decision, we record that distance between from the // previous sample so we can weight each sample. 'distance' here is the // number of instantiations of ThreadSafeArena. int64_t sample_stride; }; ThreadSafeArenaStats* SampleSlow(SamplingState& sampling_state); void UnsampleSlow(ThreadSafeArenaStats* info); class ThreadSafeArenaStatsHandle { public: explicit ThreadSafeArenaStatsHandle() = default; explicit ThreadSafeArenaStatsHandle(ThreadSafeArenaStats* info) : info_(info) {} ~ThreadSafeArenaStatsHandle() { if (ABSL_PREDICT_TRUE(info_ == nullptr)) return; UnsampleSlow(info_); } ThreadSafeArenaStatsHandle(ThreadSafeArenaStatsHandle&& other) noexcept : info_(std::exchange(other.info_, nullptr)) {} ThreadSafeArenaStatsHandle& operator=( ThreadSafeArenaStatsHandle&& other) noexcept { if (ABSL_PREDICT_FALSE(info_ != nullptr)) { UnsampleSlow(info_); } info_ = std::exchange(other.info_, nullptr); return *this; } ThreadSafeArenaStats* MutableStats() { return info_; } friend void swap(ThreadSafeArenaStatsHandle& lhs, ThreadSafeArenaStatsHandle& rhs) noexcept { std::swap(lhs.info_, rhs.info_); } friend class ThreadSafeArenaStatsHandlePeer; private: ThreadSafeArenaStats* info_ = nullptr; }; using ThreadSafeArenazSampler = ::absl::profiling_internal::SampleRecorder; extern PROTOBUF_THREAD_LOCAL SamplingState global_sampling_state; // Returns an RAII sampling handle that manages registration and unregistation // with the global sampler. inline ThreadSafeArenaStatsHandle Sample() { if (ABSL_PREDICT_TRUE(--global_sampling_state.next_sample > 0)) { return ThreadSafeArenaStatsHandle(nullptr); } return ThreadSafeArenaStatsHandle(SampleSlow(global_sampling_state)); } #else using SamplingState = int64_t; struct ThreadSafeArenaStats { static void RecordAllocateStats(ThreadSafeArenaStats*, size_t /*requested*/, size_t /*allocated*/, size_t /*wasted*/) {} }; ThreadSafeArenaStats* SampleSlow(SamplingState& next_sample); void UnsampleSlow(ThreadSafeArenaStats* info); class ThreadSafeArenaStatsHandle { public: explicit ThreadSafeArenaStatsHandle() = default; explicit ThreadSafeArenaStatsHandle(ThreadSafeArenaStats*) {} void RecordReset() {} ThreadSafeArenaStats* MutableStats() { return nullptr; } friend void swap(ThreadSafeArenaStatsHandle&, ThreadSafeArenaStatsHandle&) {} private: friend class ThreadSafeArenaStatsHandlePeer; }; class ThreadSafeArenazSampler { public: void Unregister(ThreadSafeArenaStats*) {} void SetMaxSamples(int32_t) {} }; // Returns an RAII sampling handle that manages registration and unregistation // with the global sampler. inline ThreadSafeArenaStatsHandle Sample() { return ThreadSafeArenaStatsHandle(nullptr); } #endif // defined(PROTOBUF_ARENAZ_SAMPLE) // Returns a global Sampler. ThreadSafeArenazSampler& GlobalThreadSafeArenazSampler(); using ThreadSafeArenazConfigListener = void (*)(); void SetThreadSafeArenazConfigListener(ThreadSafeArenazConfigListener l); // Enables or disables sampling for thread safe arenas. void SetThreadSafeArenazEnabled(bool enabled); void SetThreadSafeArenazEnabledInternal(bool enabled); // Returns true if sampling is on, false otherwise. bool IsThreadSafeArenazEnabled(); // Sets the rate at which thread safe arena will be sampled. void SetThreadSafeArenazSampleParameter(int32_t rate); void SetThreadSafeArenazSampleParameterInternal(int32_t rate); // Returns the rate at which thread safe arena will be sampled. int32_t ThreadSafeArenazSampleParameter(); // Sets a soft max for the number of samples that will be kept. void SetThreadSafeArenazMaxSamples(int32_t max); void SetThreadSafeArenazMaxSamplesInternal(int32_t max); // Returns the max number of samples that will be kept. size_t ThreadSafeArenazMaxSamples(); // Sets the current value for when arenas should be next sampled. void SetThreadSafeArenazGlobalNextSample(int64_t next_sample); } // namespace internal } // namespace protobuf } // namespace google #include "google/protobuf/port_undef.inc" #endif // GOOGLE_PROTOBUF_ARENAZ_SAMPLER_H__