I've just uploaded some code for the Wipy 2.0. I wanted to write some python. That was why I took the Wipy 2.0 and programmed something like a weather report box: In this project the Wipy 2.0 reads the GPS coordinates via UART, then makes a web get request using the API of openweathermap, and after that the results are displayed on a LCD.
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I've just uploaded the Java codes for the rf24, rf24Network and rf24Mesh that work with Android Things. This time I didn't write a library because I thought it was better to upload an Android project that can be opened with Android Studio (>2.2.3) and directly started on the Raspberry Pi. I think this can also work with NXP Pico i.MX6UL and Intel® Edison with minor modifications (especially in the BoardDefaults file).
In this post you will find some explanations about Android Things (installing, connecting, debugging, speed, etc.), the wiring of the complete 'thing' , the Java code, the modifications that I added, and so on. Some screenshots and videos are also available.
If you find this article interesting, or if you find mistakes (grammar and spelling count too! ),
I will be also uploading the codes for the node slaves (sensors) that I am using. They are based on Texas Instruments Launchpads. I have some board designs in Eagle too. #ProjectDIVA is big! so, I need some more time to cleanup code!
I thought of rewriting RF24Gateway and RF24Ethernet (both from TMRh20, btw all great developments!), but may be some time in the next weeks!
Connect the OmniVision ov7670 -old but everywhere- (version with FIFO AL422B) to the LaunchPad Tiva™ C Series EK-TM4C1294XL and take photos over serial interface, or use the http webserver to get a (slow) video streaming.