mirror of https://github.com/oliverschmidt/contiki.git synced 2024-11-03 22:06:22 +00:00

History

Rémy Léone f2440235b5 Fix CSC & XML export to match .gitattributes		2015-10-22 16:05:40 +02:00
..
example-sky-websense.csc	Fix CSC & XML export to match .gitattributes	2015-10-22 16:05:40 +02:00
Makefile	Cleanup of the Contiki network layer configuration. Now using CONTIKI_WITH_IPV6, CONTIKI_WITH_IPV4, and CONTIKI_WITH_RIME in makefiles, and UIP_CONF_IPV6, UIP_CONF_IPV4, UIP_CONF_RIME in c code. Now only the stacks that are used are compiled (via makefile MODULES). Make IPv6 the default network stack.	2014-12-01 20:13:09 +01:00
Makefile.target
project-conf.h
README.md
sky-websense.c
websense-remote.c
wget.c
wget.h

README.md

Sky websense

This example features a simple webserver running on top of the IPv6 contiki stack on Sky motes to provide sensor values, and with a RPL border router to bridge the sensor network to Internet.

To test the example in COOJA under Linux

Start COOJA and load the simulation "example-sky-websense.csc"

make TARGET=cooja example-sky-websense.csc
Connect to the COOJA simulation using tunslip6:

make connect-router-cooja
You should now be able to browse to the nodes using your web browser: Router: http://[aaaa::0212:7401:0001:0101]/ Node 2: http://[aaaa::0212:7402:0002:0202]/

To run the example on real nodes under Linux

Program the nodes with the websense application

make TARGET=sky sky-websense.upload
Disconnect the nodes and program one node with the RPL border router

cd ../rpl-border-router && make TARGET=sky border-router.upload
Connect to the border router using tunslip6:

make connect-router
Reboot the router and note the router IP address
You should now be able to browse to your router node using your web browser: http://[]/. On this page you should see a list of all accessible nodes with their IP adresses.