怎么将以太网控制添加PSoC 5LP项目中

一段时间后，我开始寻找一种可行的解决方案，将以太网控制添加到我的PSoC 5LP项目中，不幸的是，我没有找到一种可行的解决方案。在尝试了其他几种可供选择的解决方案之后，我开发了在ARDUNO盾上使用的W5100 WiZNET设备的驱动程序的附加实现。
这个组件是一个纯软件驱动程序（您需要将它链接到一个SPICONT），并且它现在使用W5100设备的内置协议支持TCP、ARP和UDP。它还支持SpPoto共享以允许应用程序利用SPI总线处理多个连接设备的能力。驱动程序还包括宏，用于使用来自CyPress库的SPIMor SCB组件的驱动程序。
这不是C++代码从ARDUIO库（Re.EntEnt14 100个项目在100天内）的转换；它是从头开始编写的，作为PSoC设备的一个组件。
我已经使用PSoC 4和PSoC5/5LP测试了这个，我已经成功地用PSoC 5LP建立了一个6端口应用程序。驱动程序还没有完全测试PSOC 3，但我相信它应该基于一些初始测试结果。
希望大家都有这样的乐趣，使用这个组件，我已经写了！
卡盘
E2FLIFYW5100.CYWRK.SARVEVE01.ZIP
682.8 K



     以下为原文
  A while back I started looking for a viable solution to adding Ethernet control to my PSoC 5LP project, and unfortunately, I did not find a solution that would work in .  After trying several other alternative solutions, I developed the attached implementation of a driver for the W5100 WIZnet device used on the Arduino shield.  
    This component is a software-only driver (you will need to link it to a SPI port), and it currently supports TCP, ARP, and UDP using the built-in protocols of the W5100 device. It also supports SPI port sharing to allow the application to take advantage of the ability of the SPI bus to handle multiple connected devices. The driver also includes macros for using the driver with the SPIM or SCB components from the Cypress libraries.
    This is not a conversion of the C++ code from the arduino library (ref. Element14 100 Projects in 100 days); it was written from scratch as a component for the PSoC devices.
    I have tested this using the PSoC 4 and PSoC 5/5LP and I have sucessfully built a 6-port application with a PSoC 5LP.  The driver has not yet been fully tested o nthe the PSoC 3, but I believe that it should work based on some initial testing results.
    Hope everyone has as much fun using this component as I had writing it!
    -Chuck

•   E2ForLife_W5100.cywrk.Archive01.zip 682.8 K