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    • 1. 发明授权
    • Mechanism for optimizing function execution
    • 优化功能执行的机制
    • US08020155B2
    • 2011-09-13
    • US11605540
    • 2006-11-28
    • Jiwei LuWilliam Yu-Wei Chen
    • Jiwei LuWilliam Yu-Wei Chen
    • G06F9/45
    • G06F9/4484
    • A mechanism is provided for managing the referencing of at least two versions of a function. A first version is a single threaded version that does not ensure multi-thread safety. A second version is a multi threaded version that does ensure multi-thread safety. The mechanism determines whether a set of executable code (e.g. a program) is currently executing in single-threaded mode or multi-threaded mode. If the executable code is executing in single-threaded mode, then the mechanism causes the executable code to reference the first version of the function. If the executable code is executing in multi-threaded mode, then the mechanism causes the executable code to reference the second version of the function. By doing so, the mechanism ensures that the additional overhead of ensuring multi-thread safety is incurred only when it is needed. In this manner, the mechanism makes execution of the function more optimal.
    • 提供了一种用于管理功能的至少两个版本的引用的机制。 第一个版本是单线程版本,不能确保多线程安全。 第二个版本是一个多线程版本,确保多线程安全。 该机制确定一组可执行代码(例如,程序)当前是以单线程模式还是多线程模式执行。 如果可执行代码在单线程模式下执行,则该机制将使可执行代码引用该函数的第一个版本。 如果可执行代码在多线程模式下执行,则该机制使可执行代码引用该函数的第二个版本。 通过这样做,该机制确保仅在需要时才产生确保多线程安全的额外开销。 以这种方式,该机制使得该功能的执行更加优化。
    • 2. 发明申请
    • Mechanism for optimizing function execution
    • 优化功能执行的机制
    • US20080127071A1
    • 2008-05-29
    • US11605540
    • 2006-11-28
    • Jiwei LuWilliam Yu-Wei Chen
    • Jiwei LuWilliam Yu-Wei Chen
    • G06F9/44
    • G06F9/4484
    • A mechanism is provided for managing the referencing of at least two versions of a function. A first version is a single threaded version that does not ensure multi-thread safety. A second version is a multi threaded version that does ensure multi-thread safety. The mechanism determines whether a set of executable code (e.g. a program) is currently executing in single-threaded mode or multi-threaded mode. If the executable code is executing in single-threaded mode, then the mechanism causes the executable code to reference the first version of the function. If the executable code is executing in multi-threaded mode, then the mechanism causes the executable code to reference the second version of the function. By doing so, the mechanism ensures that the additional overhead of ensuring multi-thread safety is incurred only when it is needed. In this manner, the mechanism makes execution of the function more optimal.
    • 提供了一种用于管理功能的至少两个版本的引用的机制。 第一个版本是不能确保多线程安全的单线程版本。 第二个版本是一个多线程版本,确保多线程安全。 该机制确定一组可执行代码(例如,程序)当前是以单线程模式还是多线程模式执行。 如果可执行代码在单线程模式下执行,则该机制将使可执行代码引用该函数的第一个版本。 如果可执行代码在多线程模式下执行,则该机制使可执行代码引用该函数的第二个版本。 通过这样做,该机制确保仅在需要时才产生确保多线程安全的额外开销。 以这种方式,该机制使得该功能的执行更加优化。