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- Interface is a simple memory allocator. 简单的内存分配实现。
- A different memory allocator is also being used. 还使用了不同的内存分配器。
- In most cases, a kernel memory dump is sufficient for analysis. 在大多数情况下,核心内存转储用于分析已经足够。
- Hoard: A Scalable Memory Allocator for Multithreaded Applications. 介绍一种多处理器多线程的内存分配器。
- No need for a memory allocator, all the kernel structures are static and declaratively allocated. 不需要内存分配，所有内核结构均是静态的并且通过声明来分配。
- So it is the preferred way to allocate kernel memory other than large, fixed-size structures that are better handled by the zone allocator described in the next subsection. 因此,推荐用此方法分配内核内存而不是固定大小的大型结构,用下一节介绍的区域存储分配程序处理后者效果会更好。
- COM API method, which is referred to as the COM task memory allocator. COM API方法,后者称为COM任务内存分配器。
- Instruct your Windows XP-based computer to create a Small Memory Dump option or Kernel Memory Dump option. 使用基于Windows XP的计算机创建“小内存转储”选项或“核心内存转储”选项。
- Run-time kernel memory patching is one of the strongest techniques for modifying software logic. 内核内存运行时修补是修改软件逻辑的最强大的技术之一。
- At the time of this writing, a technique to cloak run-time kernel memory patching has been published. 内核内存运行时修补是修改软件逻辑的最强大的技术之一。
- This aptly named tool is essentially a patch to the kernel code that lets hackers access kernel memory and data structures. 这个恰如其名的工具实质上是内核代码的补丁,它允许高手访问内核内存和数据结构。
- When you build your project for debug, you are using the debug memory allocator. 在生成用于调试的项目时,使用的是调试内存分配器。
- Changed virtual memory allocation method. 修改了虚拟内存的分配方式。
- Releases memory allocated for a dynamic variable. 释放分配给动态变量的内存。
- Fixed crash in texture memory allocation. 固定坠毁在纹理内存分配。
- Memory allocation inside the kernel is not as easy as memory allocation outside the kernel. 内核内部的内存地址分配不像外部内核的那么容易.
- Ther 没ntially two types of run-time kernel memory patching attacks: those that employ inline function hooks and those that don't. I'll discuss detecting each in turn. 本质上存在两种类型的运行时内核内存补丁攻击方法:采用内嵌函数挂勾和没有使用内嵌函数挂勾。我将逐一讨论针对每一种类型补丁的检测方法。
- In order to update a segment register, the corresponding segment descriptor must be modified in kernel memory and then reloaded into the segment register. 更新段寄存器时，与其相应的段描述符必须在核心内存中修改，然后重新载入段寄存器。
- The CustomString sample shows how to use a custom memory allocator for CStringT to improve performance in a multithreaded application. CustomString示例展示如何使用CStringT的自定义内存分配器来优化多线程应用程序的性能。
- No need for a memory allocator, all the kernel structures are static and declaratively allocated. * No need for a memory allocator, all the kernel structures are static and declaratively allocated. 不需要内存分配，所有内核结构均是静态的并且通过声明来分配。
