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// Copyright 2017 The Abseil Authors. // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // https://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. #ifndef ABSL_SYNCHRONIZATION_INTERNAL_KERNEL_TIMEOUT_H_ #define ABSL_SYNCHRONIZATION_INTERNAL_KERNEL_TIMEOUT_H_ #ifndef _WIN32 #include #endif #include #include // NOLINT(build/c++11) #include #include #include #include "absl/base/config.h" #include "absl/base/internal/raw_logging.h" #include "absl/time/clock.h" #include "absl/time/time.h" namespace absl { ABSL_NAMESPACE_BEGIN namespace synchronization_internal { // An optional timeout, with nanosecond granularity. // // This is a private low-level API for use by a handful of low-level // components. Higher-level components should build APIs based on // absl::Time and absl::Duration. class KernelTimeout { public: // Construct an absolute timeout that should expire at `t`. explicit KernelTimeout(absl::Time t); // Construct a relative timeout that should expire after `d`. explicit KernelTimeout(absl::Duration d); // Infinite timeout. constexpr KernelTimeout() : rep_(kNoTimeout) {} // A more explicit factory for those who prefer it. // Equivalent to `KernelTimeout()`. static constexpr KernelTimeout Never() { return KernelTimeout(); } // Returns true if there is a timeout that will eventually expire. // Returns false if the timeout is infinite. bool has_timeout() const { return rep_ != kNoTimeout; } // If `has_timeout()` is true, returns true if the timeout was provided as an // `absl::Time`. The return value is undefined if `has_timeout()` is false // because all indefinite timeouts are equivalent. bool is_absolute_timeout() const { return (rep_ & 1) == 0; } // If `has_timeout()` is true, returns true if the timeout was provided as an // `absl::Duration`. The return value is undefined if `has_timeout()` is false // because all indefinite timeouts are equivalent. bool is_relative_timeout() const { return (rep_ & 1) == 1; } // Convert to `struct timespec` for interfaces that expect an absolute // timeout. If !has_timeout() or is_relative_timeout(), attempts to convert to // a reasonable absolute timeout, but callers should to test has_timeout() and // is_relative_timeout() and prefer to use a more appropriate interface. struct timespec MakeAbsTimespec() const; // Convert to `struct timespec` for interfaces that expect a relative // timeout. If !has_timeout() or is_absolute_timeout(), attempts to convert to // a reasonable relative timeout, but callers should to test has_timeout() and // is_absolute_timeout() and prefer to use a more appropriate interface. Since // the return value is a relative duration, it should be recomputed by calling // this method in the case of a spurious wakeup. struct timespec MakeRelativeTimespec() const; #ifndef _WIN32 // Convert to `struct timespec` for interfaces that expect an absolute timeout // on a specific clock `c`. This is similar to `MakeAbsTimespec()`, but // callers usually want to use this method with `CLOCK_MONOTONIC` when // relative timeouts are requested, and when the appropriate interface expects // an absolute timeout relative to a specific clock (for example, // pthread_cond_clockwait() or sem_clockwait()). If !has_timeout(), attempts // to convert to a reasonable absolute timeout, but callers should to test // has_timeout() prefer to use a more appropriate interface. struct timespec MakeClockAbsoluteTimespec(clockid_t c) const; #endif // Convert to unix epoch nanos for interfaces that expect an absolute timeout // in nanoseconds. If !has_timeout() or is_relative_timeout(), attempts to // convert to a reasonable absolute timeout, but callers should to test // has_timeout() and is_relative_timeout() and prefer to use a more // appropriate interface. int64_t MakeAbsNanos() const; // Converts to milliseconds from now, or INFINITE when // !has_timeout(). For use by SleepConditionVariableSRW on // Windows. Callers should recognize that the return value is a // relative duration (it should be recomputed by calling this method // in the case of a spurious wakeup). // This header file may be included transitively by public header files, // so we define our own DWORD and INFINITE instead of getting them from // and . typedef unsigned long DWord; // NOLINT DWord InMillisecondsFromNow() const; // Convert to std::chrono::time_point for interfaces that expect an absolute // timeout, like std::condition_variable::wait_until(). If !has_timeout() or // is_relative_timeout(), attempts to convert to a reasonable absolute // timeout, but callers should test has_timeout() and is_relative_timeout() // and prefer to use a more appropriate interface. std::chrono::time_point ToChronoTimePoint() const; // Convert to std::chrono::time_point for interfaces that expect a relative // timeout, like std::condition_variable::wait_for(). If !has_timeout() or // is_absolute_timeout(), attempts to convert to a reasonable relative // timeout, but callers should test has_timeout() and is_absolute_timeout() // and prefer to use a more appropriate interface. Since the return value is a // relative duration, it should be recomputed by calling this method in the // case of a spurious wakeup. std::chrono::nanoseconds ToChronoDuration() const; // Returns true if steady (aka monotonic) clocks are supported by the system. // This method exists because go/btm requires synchronized clocks, and // thus requires we use the system (aka walltime) clock. static constexpr bool SupportsSteadyClock() { return true; } private: // Returns the current time, expressed as a count of nanoseconds since the // epoch used by an arbitrary clock. The implementation tries to use a steady // (monotonic) clock if one is available. static int64_t SteadyClockNow(); // Internal representation. // - If the value is kNoTimeout, then the timeout is infinite, and // has_timeout() will return true. // - If the low bit is 0, then the high 63 bits is the number of nanoseconds // after the unix epoch. // - If the low bit is 1, then the high 63 bits is the number of nanoseconds // after the epoch used by SteadyClockNow(). // // In all cases the time is stored as an absolute time, the only difference is // the clock epoch. The use of absolute times is important since in the case // of a relative timeout with a spurious wakeup, the program would have to // restart the wait, and thus needs a way of recomputing the remaining time. uint64_t rep_; // Returns the number of nanoseconds stored in the internal representation. // When combined with the clock epoch indicated by the low bit (which is // accessed through is_absolute_timeout() and is_relative_timeout()), the // return value is used to compute when the timeout should occur. int64_t RawAbsNanos() const { return static_cast(rep_ >> 1); } // Converts to nanoseconds from now. Since the return value is a relative // duration, it should be recomputed by calling this method in the case of a // spurious wakeup. int64_t InNanosecondsFromNow() const; // A value that represents no timeout (or an infinite timeout). static constexpr uint64_t kNoTimeout = (std::numeric_limits::max)(); // The maximum value that can be stored in the high 63 bits. static constexpr int64_t kMaxNanos = (std::numeric_limits::max)(); }; } // namespace synchronization_internal ABSL_NAMESPACE_END } // namespace absl #endif // ABSL_SYNCHRONIZATION_INTERNAL_KERNEL_TIMEOUT_H_