Ino is a command line toolkit for working with Arduino hardware.
The docker image helps you to run ino in docker to serve the purpose.
Save the alias setting below in ~/.profile or ~/.bashrc:
$ alias ino='sudo docker run --privileged \ -v /dev/ttyS1:/dev/ttyS1 \ -v $(pwd):/app \ coopermaa/ino'
Run "source ~/.profile" or "source ~/.bashrc" to make it take effect.
Create a simple project and use blink as a project template which will create a simple sketch for LED blinking on pin 13:
$ mkdir blink && cd blink $ ino init -t blink
If you look at the contents of your blink directory, you should see a lib and a src directory. Within src, there will be a file called sketch.ino
Let's build it and upload it:
$ ino build $ ino upload -p /dev/ttyS1
When the job is done, Arduino flashes with its built-in LED on pin 13.
All examples were done in assumption that you have Arduino Uno.
If you have Arduino Mega 2560 and it is available on port /dev/ttyACM1.
We have to specify this for our build steps as command-line switches (You have to update the alias setting too):
$ ino build -m mega2560 $ ino upload -m mega2560 -p /dev/ttyACM1
See official ino documentation for more information.
For boot2docker user on Windows
First, get the serial port number associated with your Arduino board (use Device Manager).
Shutdown your VM if you still have it open. Don't save the state - completely shut it down:
$ boot2docker halt
Now navigate to VirtualBox, select the VM "boot2docker-vm" and then click settings.
Select the "Serial Ports" option on the left hand side.
Click the "Port 2" tab, and then select "Enable Serial Port". For the Port Number, set to COM2.
This tells VirtualBox to have the Arduino board mounted at /dev/ttyS1. For the Port Mode, select "Host Device".
For "Port/File Path:", Enter in COM#. The colon needs to be there.
That's it for configuring VirtualBox. Bring your VM back up and start to play ino.
Omg, this is awesome. Thank you so much.