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。
Similarly, all accesses to arrays and strings are checked at run-time to ensure that they are in bounds, eliminating the possibility of overwriting memory and corrupting data.
类似地，所有对字符串和数组的访问在运行时被检查来确保他们没有越界，消除越界导致的内存重写和数据损坏的问题。
Most attackers attain their vicious goal by overwriting beyond buffers to the memory locations that should not be influenced by the input the attackers provide.
大部分攻击者通过提供外部输入来越界写缓冲区外不应该受外部输入影响的内存位置来达到他们的恶意目的。
When you free a memory block, the debug heap automatically checks the integrity of the buffers on either side of your allocated area and issues an error report if overwriting has occurred.
当释放内存块时，调试堆自动检查已分配区域两侧的缓冲区的完整性，如果发生覆盖，将发出错误报告。
These functions solve two of the most difficult memory allocation problems: overwriting the end of an allocated buffer and memory leaks (failing to free allocations after they are no longer needed).
这些函式解决两个最棘手的记忆体配置问题：覆写配置之缓冲区的尾端和记忆体遗漏 （无法成功释放不再需要的配置）。
This means that when the stack frame is popped (e. g. when your function returns), the memory for the block will be open to overwriting.
这意味着当堆栈弹出(例如，当函数返回)，对块的内存将重写。
This means that when the stack frame is popped (e. g. when your function returns), the memory for the block will be open to overwriting.
这意味着当堆栈弹出(例如，当函数返回)，对块的内存将重写。
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