Bootload assembly language

在网上找了好长时间DS12887的汇编程序，发现这方面的资料太少，所以现在将这个DS12887时钟芯片的汇编程序发出来，以供大家参考。-DS12887

主板设备检查的TC源代码!-motherboard equipment checks the source code TC!

这是MCS的应用子程序。很多模块的-This is the MCS Application subroutine. Many of the modules

一段纯 3D 的 DOS 动画，据说是获一等奖的作品。虽然它不是最精美的但是当你得知它只有 4K 时，会不会立刻疯死掉呢-Section of the DOS of pure 3D animation, won the first prize is said to work. Although it is not the most beautiful, but when you know it is only 4K, it will not immediately die, it was crazy

EM78P153用PWM设计的源代码，其中有详细的说明。

学习汇编语言编制的程序，非常参考价值，我认为汇编比较难。-Learning assembly language produced by the procedure, very useful, I think more difficult to compile.

调试通过了的基于89S51的LCD12864液晶显示-Debugging based on the adoption of the 89S51 LCD LCD12864

汇编语言程序设计，显示系统时间。 首先在数据段开辟一显示缓冲区，用来存储系统时间。调用BIOS中断，返回系统时间，并将来返回的二进制时间转换成ASCII码，方便时间显示时的调用。分别将来小时数、分钟数、秒数存入显示缓冲区。通过写显存将时间显示出来。由于获取了的系统时间不会自动刷新，所以我们要设计成刷新的方式来不断获取系统的时间，这样就形成了会跳动的电子钟了。-Assembly language programming, display system time. First of all, open up one paragraph in the data display buffer for the storage system time. BIOS interrupt calls to return system time, and the future return of the binary time into ASCII code for the call time is displayed. Respectively, the future number of hours, minutes, seconds into the display buffer. Time by writing to memory will be displayed. As the access to the system time does not automatically refresh, so we need to refresh the way designed to keep on getting the system time, so that will be formed beating electronic o

主要是对成绩进行输入、排序、按名次输出的一个程序 -are the major achievements for input, scheduling, according to a ranking procedure output

用DS18B20来显示当前的温度，低字节存在r7中，高字节存在r6中，在KEILＣ中通过编译测试成功，用的是汇编语言-Using DS18B20 to display the current temperature, low-byte r7 existence, the existence of the high-byte r6, in KEILC tested successfully by the compiler, using assembly language