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Description: This the third edition of the Writing Device Drivers articles. The first article helped to simply get you acquainted with device drivers and a simple framework for developing a device driver for NT. The second tutorial attempted to show to use IOCTLs and display what the memory layout of Windows NT is. In this edition, we will go into the idea of contexts and pools. The driver we write today will also be a little more interesting as it will allow two user mode applications to communicate with each other in a simple manner. We will call this the “poor man’s pipes” implementation.
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Size: 22703 |
Author: shi |
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Description: Memory Layout Example.
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Size: 1412 |
Author: lix |
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Description: This the third edition of the Writing Device Drivers articles. The first article helped to simply get you acquainted with device drivers and a simple framework for developing a device driver for NT. The second tutorial attempted to show to use IOCTLs and display what the memory layout of Windows NT is. In this edition, we will go into the idea of contexts and pools. The driver we write today will also be a little more interesting as it will allow two user mode applications to communicate with each other in a simple manner. We will call this the “poor man’s pipes” implementation.-This the third edition of the Writing Device Drivers articles. The first article helped to simply get you acquainted with device drivers and a simple framework for developing a device driver for NT. The second tutorial attempted to show to use IOCTLs and display what the memory layout of Windows NT is. In this edition, we will go into the idea of contexts and pools. The driver we write today will also be a little more interesting as it will allow two user mode applications to communicate with each other in a simple manner. We will call this the poor man s pipes implementation.
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Size: 22528 |
Author: shi |
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Description: 简要介绍VC ++ 6.0编译器编译期存储器分配模型（内存布局），探讨不同性质变量在编译时编译器如何安排内存空间，在此基础上通过案例解释了一些与内存布局知识相关的问题。
www.200yi.com提供-Briefly introduce VC++ 6.0 compiler to compile a view to the distribution model of memory (memory layout), explore the different nature of the variable at compile time the compiler how to organize memory space, based on this case to explain the adoption of a number of layout knowledge and memory-related issues . www.200yi.com provide
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Size: 163840 |
Author: 杨铸 |
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Description: 嵌入式开发之内存管理,详细列出了几种常见的电源布局方案-Embedded Development of memory management, sets out in detail the power of several common layout program
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Size: 55296 |
Author: yorke |
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Description: Memory Layout Example.
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Size: 1024 |
Author: lix |
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Description: 嵌套类内存布局深入分析，学了COM后觉得理解嵌套类很重要，因此做了一个例子程序。本程序时用VC6.0写的并编译通过-Nested class memory layout in-depth analysis, learning of the COM, I felt very important to understand the nested class, so make an example program. The program, written and compiled using VC6.0 through
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Size: 6144 |
Author: free |
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Description: DDR2 Memory Interface
Termination, Drive Strength, Loading, and
Design Layout Guidelines
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Size: 3531776 |
Author: mauro |
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Description: c++类对象和虚函数的内存分布，是初学C＋＋，对C＋＋的内存分配有疑惑的同学-c++ class object' s memory layout
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Size: 1024 |
Author: lxh |
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Description: windows os memory layout
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Size: 222208 |
Author: LILIUM |
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Description: 绝对C++经典之作，深入阐述了C++的底层实现机制，比如内存布局、虚函数实现等。-C++ classic, go into the details of C++ implementation of the underlying mechanisms, such as memory layout, virtual functions and so on.
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Size: 7803904 |
Author: 徐鲤鸿 |
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Description: uboot代码详细分析。包括u-boot-1.1.6 之cpu/arm920t/start.s 分析、u-boot 中.lds 连接脚本文件的分析、U-BOOT 内存布局及启动过程浅析、从NAND 闪存中启动U-BOOT 的设计、U-BOOT 源码分析及移植；U-BOOT 源码分析及移植；U-boot 在ST2410 的移植，基于NOR FLASH 和NAND FLASH 启动等等；比较全面的讲解-the uboot code for detailed analysis. U-boot-1.1.6 cpu/arm920t/start.s u-boot. Lds connected to the analysis of the script file, U-BOOT memory layout and Analysis of the boot process, boot from NAND flash U-BOOT design, U-BOOT source code analysis and transplantation U-BOOT source code analysis and transplantation U-boot ST2410 transplant NOR FLASH and NAND FLASH boot comprehensive explanation
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Size: 520192 |
Author: zenglinman |
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Description: 可变分区管理方式下采用 现主存分配和回收
可变分区方式是按作业需要的主存空间大小来分割分区的。当要装入一个作业时，根据作业需要的主存容量查看是否有足够的空闲空间，
若有，则按需分配，否则，作业无法装入。假定内存大小为128K，空闲区说明表格式为：
·起始地址——指出空闲区的起始地址；
·长度——一个连续空闲区的长度；
·状态——有两种状态，一种是“未分配”状态；另一种是“空表目”状态，表示该表项目前没有使用。
采用首次适应算法分配回收内存空间。运行时，输入一系列分配请求和回收请求。
要求能接受来自键盘的空间申请及释放请求，能显示分区分配及回收后的内存布局情况。-The variable partition management mode variable current main memory allocation and recovery partition is the size of main memory space required by the operating partition to partition. See if there is enough free space to be loaded into a job, according to the main memory capacity of the job requires, and if so, according to need, otherwise, the operation could not be loaded. Assumes that the memory size of 128K, the idle zone table format: starting address- pointed out that the the idle starting address length- a continuous free zone length state- two states, one is " unallocated" another empty entry status, use the table before the project no. Using the first-fit algorithm assigned reclaim memory space. Run, enter a series of requests for allocation request and recycling. Requirements to accept space application and release request from the keyboard, you can partition allocation and recovered memory layout.
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Size: 2048 |
Author: 王思 |
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Description: ELF FDPIC memory layout management
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Size: 1024 |
Author: fantuilue |
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Description: Windows Memory Layout and User-Kernel Address Space
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Size: 222208 |
Author: Trung |
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Description: ELF FDPIC memory layout management
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Size: 1024 |
Author: rcenta |
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Description: (1) 可变分区方式是按作业需要的主存空间大小来分割分区的。当要装入一个作业时，根据作业需要的主存容量查看是否有足够的空闲空间，若有，则按需分配，否则，作业无法装入。假定内存大小为128K，空闲区说明表格式为：
• 起始地址——指出空闲区的起始地址；
• 长度——一个连续空闲区的长度；
• 状态——有两种状态，一种是“未分配”状态；另一种是“空表目”状态，表示该表项目前没有使用。
(2) 采用首次适应算法分配回收内存空间。运行时，输入一系列分配请求和回收请求。要求能接受来自键盘的空间申请及释放请求，能显示分区分配及回收后的内存布局情况。
-(1) variable partitioning method is based on the size of main memory space required to split the job partition. When you want to load a job, according to the operating needs of main memory to see if there is enough free space, and if so, according to need, otherwise, the job can not be loaded. Memory size is assumed to 128K, free zone description table format:
• Starting Address- indicate the start address free zone
• Length- the length of a continuous free area
• Status- There are two states, one is "unassigned" state another "empty entry" status, which means that there is no use in front of the menu item.
(2) using the first-fit algorithm reclaim allocated memory space. Run, enter a series of allocation requests and recovery requests. Space required to accept the application and release request from the keyboard can display memory layout of the recovery partition and after.
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Size: 1024 |
Author: zhouxiaotong |
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Description: ELF FDPIC memory layout management
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Size: 1024 |
Author: nexpe |
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Description:
// Purpose : This program reads physical memory.
//
// Comments: This program supports Windows ME/98/95 and Windows 2000/NT.
// The driver may need update if Microsoft changes its memory
// management or memory layout.
//
-
// Purpose : This program reads physical memory.
//
// Comments: This program supports Windows ME/98/95 and Windows 2000/NT.
// The driver may need update if Microsoft changes its memory
// management or memory layout.
//
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Size: 74752 |
Author: Lefteris Kalamaras |
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Description: Memory layout definitions for the Hexagon architecture.
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Size: 2048 |
Author: wfhajk |
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