| 1. | Discusses dealing with reentrancy at the compiler level
讨论了在编译器层次上对可重入性的处理。 |
| 2. | How and when to employ reentrancy to keep your code bug free
何时如何利用可重入性避免代码出现bug |
| 3. | Suggests ways to ensure reentrancy of the underlying function
指出了确保底层函数的可重入性的方法。 |
| 4. | Practices to ensure reentrancy
确保可重入性的经验 |
| 5. | Defines reentrancy and includes a posix listing of a reentrant function
定义了可重入性，并包含一个可重入函数的posix清单。 |
| 6. | Sticking to these five best practices will help you maintain reentrancy in your programs
理解这五条最好的经验将帮助您保持程序的可重入性。 |
| 7. | Providing output storage by the calling function ensures the reentrancy of the function
由进行调用的函数准备输出存储空间确保了函数的可重入性。 |
| 8. | In this article , learn through code samples how anomalies can result if reentrancy is not ensured , especially with regard to signals
在本文中，通过示例代码了解如果可重入性不能得到保证会产生何种异常，尤其要注意信号。 |
| 9. | Five recommended programming practices are included , along with a discussion of a proposed compiler model in which the compiler front end deals with reentrancy
引入了五条可取的编程经验，并对提出的编译器模型进行了讨论，在这个模型中，可重入性由编译器前端处理。 |
| 10. | This proposed model would make the programmer s job easier in following the guidelines for reentrant functions , and by using this model , code would be protected against the unintentional reentrancy bug
提出的这个模型将简化程序员遵循可重入函数准则的工作，而且使用此模型可以预防代码出现无意的可重入性bug 。 |
