Collection of virtual devices using RESTdesc or W3C WoT

1. Get the resource directory (RD) cf-rd from https://github.com/eclipse/californium.tools and create the JARs through mvn clean install
2. Get the iot-semantics projects reasoning-server and semantic-ide from https://github.com/mkovatsc/iot-semantics and create the JARs through mvn clean install

1. Add the IPv6 address 2001:0470:cafe::38b2:cf50 to the ethernet interface of the machine running this demo
2. Start the RD (opens port 5683)
3. Start the reasoning server (opens port 5681)
4. Start the Semantic IDE (opens HTTP port on 9090)
5. Start devices (open random port and register with RD)

For Wi-Fi devices, connect the machine running the demo to a wireless router that supports IPv6 and is configured with the prefix 2001:0470:cafe::/64. While Android devices are straight forward to connect, the LIFX bulbs require a smartphone app to bootstrap the Wi-Fi SSID and password.

1. Use Android Studio to compile and run the Android app android.AudioDock on an actual phone.
2. Start the services.LIFX gateway that provides a CoAP frontend for the proprietary LIFX API.

Flash the Nordic nRF51 development board with the client_server_observe example from the nrf51 directory. A standard Bluetooth 4.0 Dongle (e.g., connected to Raspberry Pi) can serve as border router.