Windows下讀寫硬件的工具.
RW - Read & Write utility, for hardware engineers, firmware (BIOS) engineers, driver developers, QA engineers, performance test engineers, diagnostic engineers, etc., This utility access almost all the computer hardware, including PCI (PCI Express), PCI Index/Data, Memory, Memory Index/Data, I/O Space, I/O Index/Data, Super I/O, Clock Generator, DIMM SPD, SMBus Device, CPU MSR Registers, ATA/ATAPI Identify Data, ACPI Tables Dump (include AML decode), Embedded Controller, USB Information and LPT Remote Access. And also an Command Window is provided to access hardware manually.
RW - Read & Write utility, for hardware engineers, firmware (BIOS) engineers, driver developers, QA engineers, performance test engineers, diagnostic engineers, etc., This utility access almost all the computer hardware, including PCI (PCI Express), PCI Index/Data, Memory, Memory Index/Data, I/O Space, I/O Index/Data, Super I/O, Clock Generator, DIMM SPD, SMBus Device, CPU MSR Registers, ATA/ATAPI Identify Data, ACPI Tables Dump (include AML decode), Embedded Controller, USB Information and LPT Remote Access. And also an Command Window is provided to access hardware manually.
Website1: http://rw.net-forces.com/
Website2: http://home.kimo.com.tw/ckimchan.tw/
Website3: http://jacky5488.myweb.hinet.net/
For best view, please change the screen resolution to 1024 x 768 (or above) pixels.
假定已經有許多應用采用了程序1 - 1 5中所定義的C u r r e n c y類，現在我們想要對C u r r e n c y類
的描述進行修改，使其應用頻率最高的兩個函數A d d和I n c r e m e n t可以運行得更快，從而提高應
用程序的執行速度。由于用戶僅能通過p u b l i c部分所提供的接口與C u r r e n c y類進行交互，
Sherwood算法消除最壞實例，以達到對任何實例都能有好的性能的效果
文件：
rd_list.c --> create a random sequence of n integers not equal to each other
list.c --> create a descending sequence of n integers not equal to each other
sherwood.c --> 就是該算法，靜態鏈表的長度默認設為1000，可在宏定義處修改
用法：
gcc -o sherwood sherwood.c
gcc -o rd_list rd_list.c
gcc -o list list.c
./rd_list s.txt 1000 產生一個長度為1000的互不相等的隨機序列，保存在s.txt中
./list s1.txt 1000 產生一個長度為1000的互不相等的降序序列，保存雜s1.txt中
./sherwood s1.txt 運行算法，比較其中的4個算法的性能差異
