Error detection: Runtime memory corruption in user code.
错误检测：用户模式下的运行时内存崩溃。
What kinds of pointer operations cause memory corruption!
导致内存破坏的指针操作类型。
This memory corruption leads to the executing of arbitrary code.
这种内存损坏导致执行任意代码。
Increase reliability by guarding against memory corruption in CM Server CQ Web backend.
在CM服务器CQ网络末端防止内存崩溃，来增加可靠性。
Also, it may happen that it gets corrupted because of some locking issues, or memory corruption.
另外，某些锁问题或内存损坏可能会损坏这个链表。
The two basic aspects of this problem are checking memory corruption and tracing block allocation and release.
两个基本角度是检查内存越界和跟踪内存块分配和释放。
Use Rational PurifyPlus to pinpoint memory corruption, performance problems, code coverage deficiencies, and memory leaks.
使用RationalPurifyPlus来精确定位内存失败、性能问题、代码覆盖缺陷和内存泄漏。
That kind of off-by-one error might not cause your program to crash or your test to fail, but there is still memory corruption going on.
这种错误可能不会导致您的程序崩溃或者您的测试失败，但是仍然存在内存崩溃的危险。
Developers can use it to ensure that the new code that they have written is not going to inadvertently cause any memory corruption errors or leaks.
开发人员可以用它来确保他们已经编写的新代码不会在不防之时导致任何存储毁坏错误或者渗漏。
If this is the case, this defect is likely to cause a memory corruption or program crash, although some cases might cause an exploitable security hole.
如果属于这种情况，则此缺陷可能导致内存损坏或程序故障，但某些情况可能会导致可利用的安全漏洞。
Memory corruption happens when writing to a location lying inside the legal data segment but outside the boundaries of the memory block you intended to use.
内存破坏发生在，当向有效数据段内的一个内存位置写数据却写到了你意图使用的内存块的边界之外。
Purify offers a wide set of memory watch point APIs that you can call from the debugger to assist you in debugging the memory corruption problems in your program.
Purify提供了您可以从调试器中调用的范围较大的内存观察点集合，从而帮您在您的程序中调试内存泄露问题。
Fixed a security issue where memory corruption may occur when verifying the digital signatures. Attackers could exploit this vulnerability to execute a controlled crash.
固定验证数字签名时内存损坏可能发生的安全问题。攻击者可以利用此漏洞执行受控制的崩溃。
As mentioned above, many types of memory usage errors are insidious: the program appears to behave normally, even though it's at risk for memory corruption and improper behavior.
正如上面所提到的，许多内存使用错误都是潜伏的：程序似乎在正常地运行，即使它所面临着内存崩溃或者错误行为的危险。
Very often, tests are less complex than the eventual production environment, so a program can contain a memory corruption error that will wreak havoc after release even though the tests all pass.
十分普遍地情况是，测试环境并没有最终的产品环境复杂，因此即使测试都通过了，程序也能够包含一个在发布版本后即将引起严重破坏的内存崩溃性的错误。
However, allocators should provide some means for detecting corruption due to overwriting memory, multiple frees, and so on.
尽管如此，分配器应该提供一些方法探测由于改写内存，多次释放等等这样的错误导致的内存混乱。
It also protects against code corruption resulting from accidental erasing and PROGRAMMING to the internal FLASH MEMORY.
它也可以避免内部FLASH存储器的偶然擦除和编程引起的代码混乱。
It also protects against code corruption resulting from accidental erasing and PROGRAMMING to the internal FLASH MEMORY.
它也可以避免内部FLASH存储器的偶然擦除和编程引起的代码混乱。
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