GitHub - lemo/stellaris-enc28j60-booster: Example code for the Stellaris Launchpad ENC28j60 Booster Pack

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Example code for the Stellaris Launchpad ENC28j60 Booster Pack

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Name		Name	Last commit message	Last commit date
Latest commit History 14 Commits
.settings		.settings
uip-1.0		uip-1.0
.ccsproject		.ccsproject
.cproject		.cproject
.project		.project
Makefile		Makefile
README		README
Stellaris LM4F120H5QR.ccxml		Stellaris LM4F120H5QR.ccxml
bootlink.ld		bootlink.ld
clock-arch.h		clock-arch.h
common.h		common.h
do_flash.pl		do_flash.pl
enc28j60.c		enc28j60.c
enc28j60.h		enc28j60.h
enc28j60reg.h		enc28j60reg.h
files_data.h		files_data.h
httpd.c		httpd.c
httpd.h		httpd.h
index.html		index.html
link.ld		link.ld
lm4f120h5qr.cmd		lm4f120h5qr.cmd
main.c		main.c
openocd.cfg		openocd.cfg
recover-openocd.cfg		recover-openocd.cfg
spi.h		spi.h
startup_ccs.c		startup_ccs.c
startup_gcc.c		startup_gcc.c
toolchainsettings		toolchainsettings
uip-conf.h		uip-conf.h

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This is currently a rather messy example for the Stellaris ENC28J60 booster packet.

At startup DHCP is used to acquire an IPv4 address. After that a small web-page is served on port 80.

In order to build this code, a working arm-none-eabi-gcc installation is required as well as the StellarisWare
driver library.
Before buidling, please modify "toolchainsettings" accordingly.