纯汇编语言，这是被国际计算机大赛遗忘…

8051核的DES源代码 使用C语言写的基于51核的DES原码，变量定义使用汇编。占用了130字节RAM，比我所见到的包括汇编编写的都要快。 -8051 nuclear DES use source code written in C language based on the 51 nuclear DES original code, the use of variable definition compilation. Occupy the 130 byte RAM, than I have seen in the preparation of the compilation must fast.

被除数由高到低存于TEMP_STR-->TEMP_STR+4中，除数存于TEMP_STR+10-->TEMP_STR+14中, 运算后商存于TEMP_STR-->TEMP_STR+4中，余数存于TEMP_STR+5-->TEMP_STR+9中 高字节在前 方法：移位相除 10位BCD码除法 XUE:20080729-High to low dividend deposited in TEMP_STR-> TEMP_STR+ 4, the divisor stored in TEMP_STR+ 10-> TEMP_STR+ 14, the operations are kept in after TEMP_STR-> TEMP_STR+ 4, the remainder stored in TEMP_STR+ 5-> TEMP_STR+ 9 in the high byte of the former method: shift 10 BCD division code division XUE: 20080729

想学习汇编语言的，可以来看看了。《Intel汇编语言程序设计》的例子源码（作者Kip R.Irvine) 该书籍的英文名称:Assembly Language for Intel-Based Computers-Want to learn assembly language, you can look at reading. Intel Assembly Language Programming examples source (author Kip R. Irvine) English name of the book: Assembly Language for Intel-Based Computers

好的资料-Good information

点阵(公交车上的滚动显示) ,本压缩包里面含有原理图和远程序(Proteus),-Lattice (buses rolling display), the compressed packet inside contains schematic and far from the procedure (Proteus),

FASM WIN ERROR INC 文件，仔细整理了WINDOWS 错误号，fasm格式-FASM WIN ERROR INC documents, carefully compiled WINDOWS error No., fasm format

高手所写模拟WINDOWS界面的汇编源码，实属经典-master simulated Windows interface written compilation of source code, it is classic

asp.net实体类自动生成工具,很好用的一个软件，里面功能强大；欢迎惠顾-Entity class tools for automatic generation of

using pic16c57 to realize the PIC writer for pic16c57-using pic16c57 to realize the PIC writer az r pic16c57

利用四个已知控制点及其对应像点坐标解求六个外方位元素（即空间后方交会） (2009-04-24, Visual动态输入控制点个数，比例尺以及焦距和各个控制点的像点坐标和地面点坐标，确定航片的6个外方位元素-The use of four known control points and its corresponding image point coordinates solution seeking six elements of exterior orientation (ie, space resection) (2009-04-24, Visual Dynamic Input control points number, scale, and the focal length and the various control points, as point coordinates and ground point coordinates to determine the aerial photograph of the six exterior orientation elements