$ sudo apt-get install libgupnp-1.0-dev libgssdp-1.0-dev libboost-regex-dev
$ sudo apt-get install gupnp-tools #optional but recommended

$ sudo dnf install gssdp-devel gupnp-devel
$ sudo dnf install gupnp-tools #optional but recommended

You will need to copy the setenv.sh.example to setenv.sh then setup the setenv.sh file to reflect your environment. You can then source the setenv.sh to setup the enviroment.

$ cp setenv.sh.example setenv.sh
$ vi setenv.sh
$ source setenv.sh

To build you copy the BuildOptions.txt.example to BuildOptions.txt. Open the files and update the change the build variables to reflect your environment.

$ cp BuildOptions.txt.example BuildOptions.txt
$ vi BuildOptions.txt

To build run 'scons'. Variables specified in the BuildOptions.txt can be overwritten by adding them to the scons command at run-time.

$ scons BUILD_TYPE=release

The Client toggles the state of any discovered light and quits after 10 seconds. Alternatively, if given any runtime argument, the Client runs until Control-C toggling the state of any discovered light every 5 seconds.

The ObserveClient runs until Control-C, it writes OBSERVE messages to the console when the state of a light changes.

The iotivity-upnp-bridge is in the process of transitioning from the IoTivity resource container for bridging to the new bridging code found in IoTivity. Also known as the mini-plugin-manager or MPM. Eventualy the older version of the upnp bridge that used the resource container will depricated. Until that time both version of the code can be used.

For the time being the MPM version of the bridge relies on the mpm_sample_client to launch run the bridging plugin. The mpm_sample_client can be found in the out folder of the IoTivity build.

Run the following:

$ gupnp-network-light #requires gupnp-tools be installed
$ ./mpm_sample_client -a -n /<path_to>/libupnpplugin.so
$ # mpm_sample_client does not automatically detect new devices
$ # type 0 0 to scan for new upnp devices.
$ ./Observer
$ ./SimpleClient

The gupnp-network-light is a virtual gupnp light that will only respond to UPnP. The mpm_sample_client is sample program designed to load a bridging plugin. The libupnpplugin.so is the plugin code responsible for discovering and controlling UPnP devices. The Observer finds the UPnP light using IoTivity and observes any changes in the current lights attributes and reports the change. The SimpleClient will find the light and will toggle the light state.

Navigate to the out/linux/x86_64/<build_type>/bin directory.

Run the following:

$ gupnp-network-light #requires gupnp-tools
$ ./UpnpBridge
$ ./Observer
$ ./SimpleClient

The gupnp-network-light is a virtual gupnp light that will only respond to UPnP. The UpnpBridge is the code that bridges IoTivity and UPnP. The Observer finds the UPnP light using IoTivity and observes any changes in the current lights attributes and reports the change. The SimpleClient will find the light and will toggle the light state.

The Android UPnP client app is built along with all of the other IoTivity Android examples. These instructions assume that the system has already been set up for Android development. Follow IoTivity instructions for Android development

$ cd <iotivity>

Copy the Android UPnP client apps into the IoTivity Android example code.

$ cp -rv <iotivity-upnp-bridge>/android/examples/upnpclient/ java/examples-android
$ cp -rv <iotivity-upnp-bridge>/android/examples/upnpavclient/ java/examples-android

Edit the settings.gradle file to include the upnpclients.

$ sed -i "/^include / s/$/, ':upnpclient', ':upnpavclient'/" java/examples-android/settings.gradle

Build for Android.

$ scons TARGET_OS=android TARGET_ARCH=<armeabi|x86|x86_64> TARGET_TRANSPORT=IP

For example, Nexus 7 Table which has arm chipset.

$ scons TARGET_OS=android TARGET_ARCH=armeabi TARGET_TRANSPORT=IP

The UPnP Client Demo Android App, 'upnpclient-debug.apk' is in the 'java/examples-android/upnpclient/build/outputs/apk' directory. The UPnP AV Client Demo Android App, 'upnpavclient-debug.apk' is in the 'java/examples-android/upnpavclient/build/outputs/apk' directory.

Follow IoTivity instructions for installing Andriod example apps.

Caveat: This currently requires the UpnpBridge running on a Linux system with UPnP Client Demo Android App