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Description: Windows 服务被设计用于需要在后台运行的应用程序以及实现没有用户交互的任务。为了学习这种控制台应用程序的基础知识，C（不是C++）是最佳选择。本文将建立并实现一个简单的服务程序，其功能是查询系统中可用物理内存数量，然后将结果写入一个文本文件。最后，你可以用所学知识编写自己的 Windows 服务。-Windows service is commonly used by program which running without intactive with users. To learn how to develop it, C is the best choice. This article will give you an example about how to develop a basic service program which can query the physical memory and write the results to a text file. You can develop your own service program after this pratice.
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Size: 30720 |
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Description: Windows NT有映射物理内存到一个Device，这个源码告诉你怎么去访问物理内存。-Windows NT are mapping physical memory to a Device, the source tell you how to access physical memory.
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Size: 28672 |
Author: 李中国 |
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Description: Win95和NT下直接存取物理内存和端口IO地址的程序-Win95 and NT direct access to physical memory addresses and port IO procedures
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Size: 110592 |
Author: 吴均 |
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Description: Linux物理内存分配方法:伙伴系统算法原码-Linux physical memory allocation method : Partnership original algorithm system code
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Size: 6144 |
Author: yuweiE |
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Description: Physical Memory Browser
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Size: 23552 |
Author: aeno |
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Description: 以API方式编程，可以检测当前系统物理内存、虚拟内存以及页文件的总尺寸和可用大小。-API approach to programming, can detect the current system of physical memory, virtual memory and page file size and available size of the total.
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Size: 23552 |
Author: 王志慧 |
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Description: 对Windows分配虚拟内存、改变内存状态，以及对物理内存(physical memory)和页面文件(pagefile)状态查询的API函数的功能、参数限制、使用规则-Distribution of the Windows virtual memory, change the memory state, as well as the physical memory (physical memory) and page file (pagefile) state query API function function, parameter constraints, using the rules
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Size: 20480 |
Author: mating |
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Description: 物理内存访问,可以对内存进行监视、读写等。请不要用于非法用途，本人对造成的后果一概不任何责任！-Physical memory access, you can conduct surveillance on the memory, reading and writing and so on. Please do not for illegal purposes, I can not and will not result in the consequences of any responsibility!
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Size: 4096 |
Author: 杨尚昆 |
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Description: 该源码提供了windows驱动程序的实现方法,通过调用该驱动程序winio可以让你的应用程序直接进入ring0级操作端口和物理内存,并附含了VC和VB使用示例等，驱动程序采用VC编程，适用Windows98/2000/xp -The source provides a windows driver realize method, by calling the driver winio can make your application directly to ring0-class ports and physical memory operation, together with the VC and VB with the use of examples and so on, the driver made the use of VC process, the application of Windows98/2000/xp
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Size: 190464 |
Author: qinlei |
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Description: delphi源代码。监测系统性能，可显示物理内存使用情况，CPU使用情况，以及磁盘的读写情况。本人原创，不妥之处还请高手指点。对开发系统资源应用方面可参考一下。-delphi source code. Monitoring system performance, can display physical memory usage, CPU usage, as well as disk read and write cases. I created, the inadequacies also requested the expert advice. System resources on the development of applications can reference.
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Size: 224256 |
Author: suibian |
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Description: The WinIo library allows 32-bit Windows applications to directly access I/O ports and physical memory. It bypasses Windows protection mechanisms by using a combination of a kernel-mode device driver and several low-level programming techniques. -The WinIo library allows 32-bit Windows applications to directly access I/O ports and physical memory. It bypasses Windows protection mechanisms by using a combination of a kernel-mode device driver and several low-level programming techniques.
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Size: 77824 |
Author: ChameLeon |
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Description: This module implements a Linux character-mode device-driver
for the processor s installed physical memory. It utilizes
the kernel s kmap() function, as a uniform way to provide
access to all the memory-zones (including the "high memory"
on systems with more than 896MB of installed physical ram).
The access here is read-only because we deem it too risky
to the stable functioning of our system to allow every user
the unrestricted ability to arbitrarily modify memory-areas
which might contain some "critical" kernel data-structures.
We implement an llseek() method so that users can readily
find out how much physical processor-memory is installed.
-This module implements a Linux character-mode device-driver
for the processor s installed physical memory. It utilizes
the kernel s kmap() function, as a uniform way to provide
access to all the memory-zones (including the "high memory"
on systems with more than 896MB of installed physical ram).
The access here is read-only because we deem it too risky
to the stable functioning of our system to allow every user
the unrestricted ability to arbitrarily modify memory-areas
which might contain some "critical" kernel data-structures.
We implement an llseek() method so that users can readily
find out how much physical processor-memory is installed.
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Size: 8192 |
Author: jeevan |
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Description: Gets and shows info about physical memory -Gets and shows info about physical memory ...
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Size: 111616 |
Author: stxneos |
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Description: 如何加内存！一种User Mode下访问物理内存及Kernel Space的实现-How do I increase the memory! Of a User Mode to access physical memory, and the realization of Kernel Space
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Size: 29696 |
Author: helen |
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Description: 本文档详细介绍了物理内存的基本内容，并且讲述了内存静态分区和动态分区方法-This document details the basic elements of physical memory, and memory about the static and dynamic partition method of Division
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Size: 130048 |
Author: grain |
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Description: 界面比较友好，能比较清楚地看到物理内存和虚拟内存的大小和使用情况；还能整理内存。-More friendly interface, can more clearly see the physical memory and virtual memory size and usage can order memory.
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Size: 36864 |
Author: 吴彬逸 |
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Description: 跨进程内存读取.通常,跨进程读写内存,用到ReadProcessMemory, WriteProcessMemory, 但需要进程句柄,如果目标进程受到保护,可能获得进程句柄会失败.不同的进程的虚拟地址被映射到了物理内存中不同的页面.每个进程的虚拟地址的范围是相同的,但是实际的映射却是物理内存内中的不同部分.假如我们直接读取目标进程的虚拟地址映射的物理地址,是否可以达到预期的要求.当然这是肯定的,!-Cross-process memory read. In general, cross-process access to memory, use ReadProcessMemory, WriteProcessMemory, but need the process handle, if the target process is protected, you may get the process handle will fail. Different process' s virtual address is mapped to the physical different pages in memory. each process' s virtual address range is the same, but the actual physical memory map is within the different parts. If we read the target process directly to the virtual address mapping the physical address, can achieve expected demand. Of course, this is certain,!
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Size: 693248 |
Author: qiurun |
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Description: 获取物理内存的参数，虽然简单，但是是熟悉WINDOW高阶编程的很重要的一步！-Access to physical memory parameters, although simple, but it is a very important step familiar with the high-end programming of the WINDOW!
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Size: 12288 |
Author: 沈辉 |
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Description: Delphi获取内存信息，包括内存使用百分比，总物理内存，未使用物理内存，交换文件大小-Delphi access memory, including memory usage percentage of total physical memory, not physical memory, swap file size, etc.
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Size: 167936 |
Author: 杨可 |
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Description: Linux内存管理,物理内存、虚拟内存。物理地址，虚拟地址，线性地址等等之间的关系。-Linux memory management, physical memory, virtual memory. Physical address, the virtual address, so the relationship between the linear address.
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Size: 179200 |
Author: 刘通 |
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