BloombergLP::bslmt::FastPostSemaphore::FastPostSemaphore

Synopses

Declared in <bslmt_fastpostsemaphore.h>

Create a FastPostSemaphore object initially having a count of 0. Optionally specify a clockType indicating the type of the system clock against which the bsls::TimeInterval absTime timeouts passed to the timedWait method are to be interpreted (see {Supported Clock-Types} in the component-level documentation). If clockType is not specified then the realtime system clock is used.

explicit
FastPostSemaphore(bsls::SystemClockType::Enum clockType = bsls::SystemClockType::e_REALTIME);

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Create a FastPostSemaphore object initially having a count of 0. Use the monotonic system clock as the clock against which the absTime timeouts passed to the timedWait methods are interpreted (see {Supported Clock-Types} in the component-level documentation).

explicit
FastPostSemaphore(std::chrono::steady_clock const&);

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Create a FastPostSemaphore object initially having a count of 0. Use the realtime system clock as the clock against which the absTime timeouts passed to the timedWait methods are interpreted (see {Supported Clock-Types} in the component-level documentation).

explicit
FastPostSemaphore(std::chrono::system_clock const&);

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Create a FastPostSemaphore object initially having the specified count. Optionally specify a clockType indicating the type of the system clock against which the bsls::TimeInterval absTime timeouts passed to the timedWait method are to be interpreted (see {Supported Clock-Types} in the component-level documentation). If clockType is not specified then the realtime system clock is used.

explicit
FastPostSemaphore(
    int count,
    bsls::SystemClockType::Enum clockType = bsls::SystemClockType::e_REALTIME);

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Create a FastPostSemaphore object initially having the specified count. Use the monotonic system clock as the clock against which the absTime timeouts passed to the timedWait methods are interpreted (see {Supported Clock-Types} in the component-level documentation).

FastPostSemaphore(
    int count,
    std::chrono::steady_clock const&);

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Create a FastPostSemaphore object initially having the specified count. Use the realtime system clock as the clock against which the absTime timeouts passed to the timedWait methods are interpreted (see {Supported Clock-Types} in the component-level documentation).

FastPostSemaphore(
    int count,
    std::chrono::system_clock const&);

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