原创 uIP移植要点（翻译）（原创）

  1. Read the documentation provided above.
  2. Create a new directory for your port under the uip-1.0/ directory (choose a name that gives a short description of the CPU architecture and/or C compiler used).

  3. Copy the uip_arch.c file from the unix/ subdirectory into the new directory. Is contains a generic C implementations of the checksum algorithm as well as the 32-bit addition function.
  4. Copy the uipopt.h file from the unix/ subdirectory.
  5. Edit the uipopt.h file to suit your project (the file should be self-explanatory).
  6. Write a device driver for your particular hardware. (This is probably the hardest part.) Look in unix/tapdev.c and uip/slipdev.c for examples of how a device driver can look.
  7. Write the main control loop so that the uIP functions are called when they should be. Look in the unix/main.c for an example of how a main control loop can look. The unix/main.c main loop also shows how ARP is used.
  8. Write a makefile and compile the code. Be sure to include the ../uip/uip.c file in your project (and the .c files in your subdirectory, of course). If you are using the web server application, also include the files ../apps/httpd/httpd.c ../apps/httpd/cgi.c ../apps/httpd/fs.c. For ARP support, also include the file ../uip/uip_arp.c.
  9. Find and correct all bugs.

1.阅读以上提供的文档。
2.在uip-1.0/文件夹下为你的移植对象创建一个新的文件夹(选择一个能简要描述所用的CPU架构和/或C编译器的名字)。
3.从unix/子目录复制uip_arch.c文件到新文件夹里，它包含校验运算的一般C实现和32位加法函数。
4.从unix/子目录复制uipopt.h文件。
5.编辑uipopt.h以适合你的工程（文件必须足够清楚）。
6.为你的硬件写一个驱动程序。（这可能是最困难的部分）看看示例unix/tapdev.c以及uip/slipdev.c。
7.写一个主控制循环以便于uIP函数能在应用时调用。看看示例unix/main.c，它还展示了ARP的使用.
8.写一个makefile并编译代码，工程里面一定要包含../uip/uip.c文件（当然还有你子目录中的.c文件）。如果你使用WEB服务器应用，还要包含../apps/httpd/httpd.c ../apps/httpd/cgi.c ../apps/httpd/fs.c。为了支持ARP还要包含../uip/uip_arp.c。
9.查找和修正BUG。