Remixed123

I've just made available an example whose code could be used in various application that use REST APIs and OAuth authentication.
 
It uses the HTTP Client Library that comes with the CC3200 SDK 1.1.0 and TI-RTOS for SimpleLink. All code is in C.
 
It performs the following steps:-
Obtains the current time from a SNTP server (this is required by TLS encyrption)
Obtain the OAuth 2.0 Authentication token from the Telstra API using HTTP GET over a secure TLS connection
Send an SMS message using the Telstra SMS API using HTTP POST over a secure TLS connection
There are many more details on the Github Repository:-
 
SMS Doorbell - https://github.com/remixed123/CC3200_SmsDoorBell
 

Here is a video demo of the SMS Doorbell being used - https://vimeo.com/132525037
 
 

Glenn

@@bluehash - feel free to use image
 
@@cubeberg - Yes, that was 2 sessions of 3 hours each, I got done about 15 years ago. The other side has a lot more tattoos, but very different, trying to balance off the digital "side" with plants, animals, water, clouds and so on.

Well done and congratulations, great to see other like minded people wanting a permanent expression of their passion for technology.
 
Here is my PCB inspired tattoo, had this for a very long time now.
 

 
Glenn.

Well done and congratulations, great to see other like minded people wanting a permanent expression of their passion for technology.
 
Here is my PCB inspired tattoo, had this for a very long time now.
 

 
Glenn.

Well done and congratulations, great to see other like minded people wanting a permanent expression of their passion for technology.
 
Here is my PCB inspired tattoo, had this for a very long time now.
 

 
Glenn.

Hi Everyone,
 
I have made available binaries and source code for an RGB lighting project called LightServer that I thought some of you would be interested in.
 
The best way to see what you can do with LightServer is to view the videos on Vimeo here - https://vimeo.com/album/3015956
 
No coding experience required to set this up and use. 
 
Technical Details
 
LightServer uses the Tiva C LaunchPad and the CC3100 Wi-Fi BoosterPack and a custom BoosterPack (Eagle files included

Hi Everyone,
 
I have made available binaries and source code for an RGB lighting project called LightServer that I thought some of you would be interested in.
 
The best way to see what you can do with LightServer is to view the videos on Vimeo here - https://vimeo.com/album/3015956
 
No coding experience required to set this up and use. 
 
Technical Details
 
LightServer uses the Tiva C LaunchPad and the CC3100 Wi-Fi BoosterPack and a custom BoosterPack (Eagle files included

Well, this is definitely right up my alley - As in elaborate, and interesting problem to solve. But unfortunately, I already have another elaborate, and unique project of my own. Currently though I am using libmongoose as a http + websockets server for a beaglebone black project. The really cool thing about libmongoose is that in less than 40-50 lines of code you get this functionality, Well, in the context of the code the "we" the users of libmongoose. The source is 5000 lines in the source file as I recall, and do not remember how many lines in the header.
 
Anyway, I'm starting to feel like I'm hijacking your thread. But I'll think about this some while I'm working on my own project and let you know what I think up. Or maybe you'll wake up one day and find a git push request

Imagine that, Australian The "Country of light shows", as I've come to know it - heh.
 
Overall - I'd have to say you've done a great job. Probably the most polished ( hobbyist ?) project I've seen to date. Worthy of HaD IMHO. I do have some niggles though, but will keep my mouth shut unless you really want to hear them. Except,  you being Australian, I figured you'd demo more syncing lights to music ( light show style ).  Or is that "tired" for you ?
 
Great job
 
EDIT:
 By the by. People here in the US would definitely pay for something like this. There are many people who do light shows synced to music for Holidays. Such as Christmas. Just how many, and how much . ..couldn't say.

Hi Everyone,
 
I have made available binaries and source code for an RGB lighting project called LightServer that I thought some of you would be interested in.
 
The best way to see what you can do with LightServer is to view the videos on Vimeo here - https://vimeo.com/album/3015956
 
No coding experience required to set this up and use. 
 
Technical Details
 
LightServer uses the Tiva C LaunchPad and the CC3100 Wi-Fi BoosterPack and a custom BoosterPack (Eagle files included

I've just made available an example whose code could be used in various application that use REST APIs and OAuth authentication.
 
It uses the HTTP Client Library that comes with the CC3200 SDK 1.1.0 and TI-RTOS for SimpleLink. All code is in C.
 
It performs the following steps:-
Obtains the current time from a SNTP server (this is required by TLS encyrption)
Obtain the OAuth 2.0 Authentication token from the Telstra API using HTTP GET over a secure TLS connection
Send an SMS message using the Telstra SMS API using HTTP POST over a secure TLS connection
There are many more details on the Github Repository:-
 
SMS Doorbell - https://github.com/remixed123/CC3200_SmsDoorBell
 

Here is a video demo of the SMS Doorbell being used - https://vimeo.com/132525037
 
 

Glenn

...but there's a CC3200-based SensorTag announced. 

From what I know - there is an issue with the license for the bluetooth stack currently used - it's not open source compatible.  They're working on solutions but that's the first roadblock.

Just letting the group know about a recent announcement by Microsoft for technology to work with Arduino, that look like it should work for Energia.
 
Windows Remote Arduino - This uses the Firmata Sketch, so should be simple to use and set up with Energia using the Standard Firmata Library
 
This allows you to use a relatively cheap Windows Phone to simply control a development board.
 
 
Glenn.
 
 

Hi John and Bluehash,
 
Just to clarify, I did not write the driver, I just forked the code into my Github. So unfortunately, I do not know anything about it.
 
Glenn (yes this is the same Glenn).

Discussion thread for the MSP432 Launchpad.

 

The MSP432P401R LaunchPad enables you to develop high performance applications that benefit from low power operation. It features the MSP432P401R

I've been around ;-)
 
It looks like I have been migrated from the old Stellarisiti forum. Great to see the whole family in the one place, about time!
 
Glenn.

Here are the pins maps for the new MSP432 LaunchPad!
 

 

MSP432 version of my Universal Graphics Library.
Works with my latest Color LCD BoosterPacks, 2.2" and 2.4" (320x240)
Touch support will be added in late April.
 
ugl432.zip
 

 

MSP432 LaunchPad now available for purchase - https://store.ti.com/msp-exp432p401r.aspx
 
Enjoy!
 
Glenn.

Just thought I would let you all know about a bunch of new ways you can work with Texas Instruments' CC3200 Single Chip Wi-Fi MCU.

Development Boards

http://redbearlab.com/

RedBearLab CC3200 - Arduino compatible headers
WiFi Mini - Tiny form factor

Arduino Compatible: These boards look great for those who develop and use the Arduino platform as the RedBearLab CC3200 supports most Arduino compatible shields. 
BLE Support: Hardware compatible with the RedBearLab BLE Shield, BLE Nano and BLE Mini board.  Will include software libraries to control/interface.

Prototyping with CC3200 LaunchPad

Build prototypes super quick with Seeed Studios Groove components, includes all sorts of sensors, peripherals, devices including code.

Groove Starter Kit for the LaunchPad: http://www.seeedstudio.com/depot/Grove-Starter-Kit-for-LaunchPad-p-2178.html
Groove Base BoosterPack: http://www.seeedstudio.com/depot/Grove-Base-BoosterPack-p-2177.html?cPath=122_161

Hi Everyone,
I have put together an example iOS App that controls the CC3200 LaunchPad's LEDs using UDP packets.
Features
Control the CC3200 LaunchPad's Red or Orange LED by pressing ON or OFF within the App Press a button to open a browser which loads the CC3200 LaunchPad's internal web server configuration pages Press a button to open the Github repository Code Access
The code is stored on my Github account here - https://github.com/remixed123
There are two repositories you will need:-
startproject_ios - this is the repository with the Objective C code ready to work with Xcode and an iOS device or the emulator startproject_cc3200_ti-rtos - this is the repository with the C code ready to work with Code Composure Studio and the CC3200LaunchPad (This is also great starter code for any project that is using Ti-RTOS) iOS App
And here is what the app looks like.....nice and simple.

 
Please let me know if you find any bugs, and also feel free to push any updates to the respective repositories.
Glenn.
----------------
Code Examples:
End to End IoT Proof of Concept Using Microsoft Azure and CC3200: http://ssmlwf.azurewebsites.net/ iOS App that controls CC3200 LEDs using UDP: https://github.com/remixed123/startproject_ios CC3200 Starter Code for TI-RTOS: https://github.com/remixed123/startproject_cc3200_ti-rtos  

Hi Everyone,
I have put together an example iOS App that controls the CC3200 LaunchPad's LEDs using UDP packets.
Features
Control the CC3200 LaunchPad's Red or Orange LED by pressing ON or OFF within the App Press a button to open a browser which loads the CC3200 LaunchPad's internal web server configuration pages Press a button to open the Github repository Code Access
The code is stored on my Github account here - https://github.com/remixed123
There are two repositories you will need:-
startproject_ios - this is the repository with the Objective C code ready to work with Xcode and an iOS device or the emulator startproject_cc3200_ti-rtos - this is the repository with the C code ready to work with Code Composure Studio and the CC3200LaunchPad (This is also great starter code for any project that is using Ti-RTOS) iOS App
And here is what the app looks like.....nice and simple.

 
Please let me know if you find any bugs, and also feel free to push any updates to the respective repositories.
Glenn.
----------------
Code Examples:
End to End IoT Proof of Concept Using Microsoft Azure and CC3200: http://ssmlwf.azurewebsites.net/ iOS App that controls CC3200 LEDs using UDP: https://github.com/remixed123/startproject_ios CC3200 Starter Code for TI-RTOS: https://github.com/remixed123/startproject_cc3200_ti-rtos  

I have put together a proof of concept which has the CC3200 LaunchPad communicating directly with Microsoft Azure to create a highly scalable (millions of packets a second) ingestion system that also provides near real-time streaming analytics, and machine learning capabilities. 
 
I thought I would share it with you all, and hope you find it either interesting or useful.
 
End to End IoT Proof of Concept Website: http://ssmlwf.azurewebsites.net/
GitHub Source Code: https://github.com/remixed123/IoT
GitHub Wiki, includes setup steps: https://github.com/remixed123/IoT/wiki
 
Glenn.

I have put together a proof of concept which has the CC3200 LaunchPad communicating directly with Microsoft Azure to create a highly scalable (millions of packets a second) ingestion system that also provides near real-time streaming analytics, and machine learning capabilities. 
 
I thought I would share it with you all, and hope you find it either interesting or useful.
 
End to End IoT Proof of Concept Website: http://ssmlwf.azurewebsites.net/
GitHub Source Code: https://github.com/remixed123/IoT
GitHub Wiki, includes setup steps: https://github.com/remixed123/IoT/wiki
 
Glenn.