All Boards need a udev rule to be able to program as a regular user (not root). To install these udev rules, follow the steps below:
Download the udev rules: TI udev rules
Open a terminal and execute the following command: sudo mv /71-ti-permissions.rules /etc/udev/rules.d/
If your Linux distribution supports the service command you can active the new rules with sudo service udev restart. If your Linux distribution does not support this command or if you are not able to upload to the LaunchPad with Energia, then restart your computer to activate the rules.
If your board is pulled in, unplug it and plug it back in. Not needed if you rebooted your computer.
No drivers are needed for Linux. To be able to run Energia as a regular user and access the Serial port and programmer you will need the udev rules installed as explained above.
Follow the instructions on this page for important jumper settings and firmware upgrade instructions.
If you run a recent version of Linux then the FTDI kernel driver that is needed for the CC3200 LaunchPad is already installed. The only thing you need to do is to tell Linux to use that driver when you plug in your CC3200 LaunchPad using a udev rules as explained above.
No drivers are needed for Linux. To be able to run Energia as a regular user and access the Serial port and programmer you will need the udev rules installed as explained above.
No drivers are needed for these LaunchPad. To be able to run Energia as a regular user and access the Serial port and programmer you will need the udev rules installed as explained above.
The most recent release of Energia can be downloaded from the download page.
Follow the instructions below for your operating system. Once Energia has starts, an empty Sketch window will appear similar to the below image.
| Make sure that the location where you unzip and run Energia does not have spaces. The msp430 compiler will not run properly if Energia’s path contains spaces. The suggested installation path is c:\. |
Double click Energia.exe (Windows users). Energia will start and an empty Sketch window will appear.
Double click Energia.app (Mac OS X users). Energia will start and an empty Sketch window will appear.
In a terminal cd to the directory where you have unpacked Energia. e.g. /home/username/energia-0101E00XYZ-linux64/ and run:
./energia &
Select Serial Port from the Tools menu to view the available serial ports. On windows, they will be listed as COMXXX port and usually a higher number is the LaunchPad com port. On Mac OS X they will be listed as /dev/cu.uart-XXXX. On Linux they will be listed as /dev/ttyACMxyz.
For more on configuring your Launchpad for serial communication, see Serial-Communication
To select the board or rather the msp430 in your LaunchPad, select Board from the Tools menu and choose the board that matched the msp430 in the LaunchPad.
To load the Blinky example into the editor, select Blink from the Blink from the File→Examples→1.Basics menu.
To compile and upload the Sketch to the LaunchPad click the Upload button.
If all is well then the green LED on your LaunchPad is happily blinking. Congratulations, you have uploaded your first Sketch. Energia includes many more examples to get you started with your electronic project. Need help? The Energia discussion forum is hosted on 43oh.com.
Corrections, suggestions, and new documentation are very welcomed. They can be contributed to the energia website repository on Github.
The text of the Energia getting started and reference guides are licensed under a Creative Commons Attribution-ShareAlike 3.0 License. The Energia reference is based on the Wiring/Arduino reference. Code samples in the guide are released into the public domain.
Energia sketches are C/C++ based and compiled with the open-source compiler MSPGCC or arm-gcc-none-eabi. The Energia language comes from Wiring. The Energia environment is based on Processing and includes modifications made by Wiring and Arduino.
© Energia