The final hardware part (excluding my phone Nexus 5) is below: Then, we used about 20 minutes to connect all the parts together and to prepare the presentation for the event. Because we needed to catch up the deadline of the event and we already spent most of time on BLE, therefore we couldn't get time to use NFC module. We spent about 15 hours on debugging Bluetooth Low Enengry on the Bluno board as well as the demo app provided by the hardware vendor (This part could be much shorter, but we didn't detect the impact of an unstable power supply from a USB until very late). REST Client and Drupal API library on Android: DrupalCloud.Presentation: Drupal 7 + Views + Charts.The complete software/hardware stack for this project is below: Use Views and Charts modules on Drupal to visualize the sound data collected during the event
#ANDROID WEB SERVER FOR ARDUINO ANDROID#
Build an app on the Android device to send the data to Drupalĥ. Use BLE or NFC to stream the sound data to an Android 4.0+ deviceĤ. Connect either/both Bluetooth Low Enegry module or/and NFC module to the Arduinoģ. Therefore, we came up with the detailed plan below:Ģ. The previous project stack has already covered OS, Database, Web Server, CMS, Mobile Device for this new project, let's bring wearables or sensors into the picture.Īt HackYiZu 2013 event, Shanghai, China, my colleague Jerenus Zheng and I wanted to build a concrete example to demo the idea above as well as showing the power of each open component. Now, I feel it's the time to bring this open vertical integration even further to complete an open ubiquitous computing model or tech stack. A few years ago, when the Android just came out, I did a project Drupal + Services Module + Beer = BeerCloud on Android and iPhone.
0 kommentar(er)
