什么是缓冲区溢出？
什么是缓冲区溢位？
The device response caused buffer overflow.
驱动器响应导致缓冲器溢出。
A fix for a buffer overflow problem in DHCPD (8).
修复了dhcpd(8)中的缓冲区溢出问题。
This column gives an overview of the buffer overflow problem.
本专栏概述了缓冲区溢位问题。
This is why our next four columns will deal with buffer overflow.
这就是下面四个专栏将讨论缓冲区溢位的原因。
Listing 1. example1.c (vulnerable to a heap-based buffer overflow).
清单1 . example1 . c(容易出现基于堆的缓冲区溢出)。
Listing 4. example2.c (vulnerable to a heap-based buffer overflow).
清单4 . example2 . c(容易出现基于堆的缓冲区溢出)。
This paper presents an efficient approach to buffer overflow attacks.
本文针对缓冲区溢出攻击提出了一种有效的抵御方法。
This added a new method for the buffer overflow detection of software.
这为软件的缓冲区溢出检测增添了一种新的方法。
Clearly, you would think by now that buffer overflow errors would be obsolete.
很明显，至此您不会认为缓冲区溢位错误将是过时的。
As a result, buffer overflow problems are often invisible during standard testing.
因此，缓冲区溢位问题常常在标准测试期间是发现不了的。
So far, all our examples of buffer overflow exploits have been for UNIX systems.
目前，我们举的所有利用缓冲区溢位的范例都是针对UNIX系统的。
Buffer overflow attacks are one of the most notorious software security problems.
缓冲区溢位攻击是一种最恶名昭彰的软体安全问题。
All of these attacks — and many others — exploited a vulnerability called a buffer overflow.
所有这些攻击——以及其他许多攻击，都利用了一个称做为缓冲区溢出的程序缺陷。
We proposed a method to forbid attackers to exploit the buffer overflow vulnerabilities.
本文提出了一种阻止攻击者利用缓冲区溢出漏洞的方法。
Buffer overflow vulnerabilities account for about half of all the software vulnerabilities.
在所有的软件安全漏洞中，缓冲区溢出漏洞大约占一半。
A buffer overflow in a program such as find is likely to be a risk to a great number of systems.
诸如find这样的程序中的缓冲区溢出可能会给大量的系统带来风险。
Don't rely on dynamic allocation for everything and forget about the buffer overflow problem.
不要依靠动态指派所有一切，而遗忘缓冲区溢位问题。
There are a number of tools that can help detect buffer overflow vulnerabilities before they're released.
有许多工具可以在缓冲区溢出缺陷导致问题之前帮助检测它们。
Doing so can lead some poorly written implementations into buffer overflow errors (and all that implies).
这样做会使编写不够严谨的程序出现缓冲区溢出错误（以及所有类似隐患）。
There are two main types of root exploits: buffer overflow attacks and executing scripts against a server.
这里有两种主要的超级用户进入类型：缓冲溢出攻击和在服务器上执行脚本。
And the data show that the problem is growing instead of shrinking; see "Buffer overflow: Dejavu all over again".
并且资料显示这一问题正在扩大，而不是在缩减；请参阅「缓冲区溢位︰捲土重来」。
Because PHP manages memory for you, there's no PHP code that can result in stack and buffer overflow exploits.
因为PHP可以为您管理记忆，所以PHP代码不会导致堆栈和缓冲溢出。
This tracking or recomputation is easy to get wrong, and any mistake can open the door to a buffer overflow attack.
这种跟踪或重新计算很容易出错，而任何错误都可能给缓冲区攻击打开方便之门。
In the instance of a buffer overflow attack, an internal value in a program is overflowed to alter how the program runs.
在缓冲区溢出攻击的实例中，程序的内部值溢出，从而改变程序的运行方式。
The data are extremely discouraging since the buffer overflow problem has been widely known in security circles for years.
由于缓冲区溢位问题近年来在安全性领域中已受到瞩目，这一资料是相当令人灰心的。
The immediate cause of the vulnerability was that one of Sendmail's security checks was flawed, permitting a buffer overflow.
造成这一漏洞的直接原因是，Sendmail的一个安全检测是有缺陷的，可以发生缓冲区溢出。
At last discuss how to defense buffer overflow by the rule of buffer overflow and the structure character of injected code.
最后讨论如何根据溢出规律和植入代码的结构特征，采取有效措施来防御缓冲区溢出攻击。
For instance, a program designed to exploit a buffer overflow is very likely to use some inline assembly for the target platform.
举例来说，设计利用缓存溢出的程序很可能会对目标平台使用内联汇编。
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