文件名称:232815eeq56f5jld5e75o6
下载
别用迅雷、360浏览器下载。
如迅雷强制弹出，可右键点击选“另存为”。
失败请重下，重下不扣分。
如迅雷强制弹出，可右键点击选“另存为”。
失败请重下，重下不扣分。
介绍说明－－下载内容均来自于网络，请自行研究使用
FuIPv2.2 单片机专用联网TCP/IP协议栈，任何MCU均可v2.2 更新日志
1、修复了TCP发送检验bug，数据传输bug
2、结合实用，及网友建议，特此做了调整。TCP仅支持被动连接，若需要单片机主动连接（见2.1版本可以访问百度网页）
3、增加了web服务功能，可以实现用网页发送消息给单片机
4、UDP仍然支持主动，被动模式。
5、合并发送接收缓冲区，统一DATA[ ]数组。默认长度为255字节。-FuIPv2.2 microcontroller dedicated network TCP/IP protocol stack, any MCU can be V2.2 update log
1, the TCP sends a bug repair test, data transmission of bug
2, the combination of practical, and net friend suggestions, hereby made an adjustment. TCP supports only passive connection, if the need for SCM active connection (see version 2.1 can access Baidu Webpage)
3, an increase of web service function, can be achieved by sending a message to a single chip
4, UDP still supports the initiative and passive mode.
5, combining transmit receive buffer, unified array DATA[]. The default length of 255 bytes.
1、修复了TCP发送检验bug，数据传输bug
2、结合实用，及网友建议，特此做了调整。TCP仅支持被动连接，若需要单片机主动连接（见2.1版本可以访问百度网页）
3、增加了web服务功能，可以实现用网页发送消息给单片机
4、UDP仍然支持主动，被动模式。
5、合并发送接收缓冲区，统一DATA[ ]数组。默认长度为255字节。-FuIPv2.2 microcontroller dedicated network TCP/IP protocol stack, any MCU can be V2.2 update log
1, the TCP sends a bug repair test, data transmission of bug
2, the combination of practical, and net friend suggestions, hereby made an adjustment. TCP supports only passive connection, if the need for SCM active connection (see version 2.1 can access Baidu Webpage)
3, an increase of web service function, can be achieved by sending a message to a single chip
4, UDP still supports the initiative and passive mode.
5, combining transmit receive buffer, unified array DATA[]. The default length of 255 bytes.
(系统自动生成,下载前可以参看下载内容)
下载文件列表
FuIP2.2\enc28j60\enc28j60.c
.......\........\enc28j60.h
.......\fuip.c
.......\fuip.plg
.......\fuip.uvopt
.......\fuip.uvproj
.......\fuip_uvopt.bak
.......\fuip_uvproj.bak
.......\FuIP协议栈2.2 使用说明书.doc
.......\fu_ip\fu_app.c
.......\.....\fu_app.h
.......\.....\fu_arp.c
.......\.....\fu_arp.h
.......\.....\fu_config.c
.......\.....\fu_config.h
.......\.....\fu_enthernet.c
.......\.....\fu_enthernet.h
.......\.....\fu_http.c
.......\.....\fu_http.h
.......\.....\fu_icmp.c
.......\.....\fu_icmp.h
.......\.....\fu_ip.c
.......\.....\fu_ip.h
.......\.....\fu_receive.c
.......\.....\fu_receive.h
.......\.....\fu_send.c
.......\.....\fu_send.h
.......\.....\fu_tcp.c
.......\.....\fu_tcp.h
.......\.....\fu_udp.c
.......\.....\fu_udp.h
.......\list\delay.lst
.......\....\enc28j60.lst
.......\....\fuip.lst
.......\....\fuip.m51
.......\....\fu_app.lst
.......\....\fu_arp.lst
.......\....\fu_config.lst
.......\....\fu_enthernet.lst
.......\....\fu_http.lst
.......\....\fu_icmp.lst
.......\....\fu_ip.lst
.......\....\fu_receive.lst
.......\....\fu_send.lst
.......\....\fu_tcp.lst
.......\....\fu_udp.lst
.......\....\mcuinit.lst
.......\....\spi.lst
.......\....\STARTUP.lst
.......\output\delay.obj
.......\......\enc28j60.obj
.......\......\fuip
.......\......\fuip.hex
.......\......\fuip.lnp
.......\......\fuip.obj
.......\......\fuip.plg
.......\......\fu_app.obj
.......\......\fu_arp.obj
.......\......\fu_config.obj
.......\......\fu_enthernet.obj
.......\......\fu_http.obj
.......\......\fu_icmp.obj
.......\......\fu_ip.obj
.......\......\fu_receive.obj
.......\......\fu_send.obj
.......\......\fu_tcp.obj
.......\......\fu_udp.obj
.......\......\mcuinit.obj
.......\......\spi.obj
.......\......\STARTUP.obj
.......\STARTUP.A51
.......\sys\delay.c
.......\...\delay.h
.......\...\mcuinit.c
.......\...\mcuinit.h
.......\...\spi.c
.......\...\spi.h
.......\...\type.h
.......\enc28j60
.......\fun
.......\fu_ip
.......\list
.......\output
.......\sys
FuIP2.2