51单片机上多任务系统ucosII，测试通过

总的来说，在uClinux上的开发和标准Linux还是很类似的。通常可以按照下面的步骤去设计和调试： 建立基于以太网的开发环境； 如果所设计的程序和硬件的关联不大，那么一定要在标准Linux上先编译和调试通过。灵活地使用gcc和gdb将大大节省时间； 将x86上的GCC编译好的应用程序用交叉编译工具来编译；如果编译时发现错误，那么很可能存在以下问题： 交叉编译器或库文件的路径不正确；最彻底的解决办法是重新装一次编译器； 遇到库不支持的函数；此时需要自己把函数的实现做成另外一个库供应用程序使用。如果是uClinux本身不支持的调用，那么就需要改写代码了。-Overall, the uClinux on the development and standard Linux is still very similar. Usually can use the following steps to design and debug : Ethernet-based development environment; If the design of the procedure and not linked to the hardware, then it must be the first standard Linux compiler and debugging through. Flexibility in the use of gdb and gcc will greatly save time; X86 will be on the GCC-compiled application with cross-compiler tool to compile; If you compile time error is found, it was very likely that the following issues : cross-compilers or libraries are not the correct path; The most radical solution is a re-installed time compiler; encountered does not support functions; At this time the need to

嵌入式Linux下circle buffer程序，也可用于非嵌入式-Embedded Linux under the circle buffer procedure can also be used for non-embedded

嵌入式设计应用范例系列一。-embedded design a series of application examples.

将bin文件转换成hex文件-document will be converted into bin hex documents

DS12C887时钟芯片，DS18B20温度传感，通过控制继电器成定时插座。有完整的代码。-DS12C887 clock chip, DS18B20 the temperature sensor, by controlling the relay into a regular outlet. A complete code.

数字时钟，欢迎您指点电子邮件：邮箱：cfdx2004@163.com

ARM Boot 程序源码 1.1.0armboot-1.1.0 希望给你带来方便-ARM Boot procedures 1.1.0armboot source-1.1.0 want to give you the convenience of

集中探讨C指针的文章--我眼中的指针,可以参考。-focused on the C pointer articles-- I see as a pointer, they can refer to.

STM32单片机的PID算法实例，通过PID算法控制STM32的PWM输出，反馈量是PWM低通滤波后得到的AD

这个是安防用的控制键盘C源程序,采用KEIL C51开发.用于控制前端解码器!-this is the control keyboard C source files, KEIL C51 use development. used to control the front decoder!