-
Before you build the project for the first time, you'll need to run
make configure
from a sketch directory (i.e. ArduPlane, ArduCopter, etc...). This will create aconfig.mk
file at the top level of the repository. You can set some defaults inconfig.mk
-
In the sketch directory, type
make
to build for APM2. Alternatively,make apm1
will build for the APM1 andmake px4
will build for the PX4. The binaries will generated in/tmp/<i>sketchname</i>.build
. -
Type
make upload
to upload. You may need to set the correct default serial port in yourconfig.mk
.
ardupilot has a standardized Linux virtual machine (VM) setup script that uses the free VirtualBox virtualization software. You can use it to create a standard, reproducible development environment in just a few minutes in Linux, OS X, or Windows.
-
Download VirtualBox for your Mac, Windows or Linux machine.
-
In the
ardupilot
directory, runvagrant up
from the command line. This will create a new Ubuntu Linux VM. -
Run
vagrant ssh -c "ardupilot/Tools/scripts/install-prereqs-ubuntu.sh -y"
. This will install all the prerequisites for doing ardupilot development.
You can now run vagrant ssh
to log in to the development
environment. The ~/ardupilot
directory in the VM is actually the
ardupilot
directory in your host operating system--changes in either
directory show up in the other.
Once you've followed the instructions above, here's how you would build ArduCopter for PX4 in the development environment:
$ vagrant ssh
# cd ardupilot/ArduCopter
# make configure
Back at the terminal:
# make px4
# make px4-upload # (optional)
ArduPilot users should use the DIYDrones.com forums for technical support.
The ArduPilot project is open source and maintained by a team of volunteers.
To contribute, you can send a pull request on Github. You can also join the development discussion on Google Groups. Note that the Google Groups mailing lists are NOT for user tech support, and are moderated for new users to prevent off-topic discussion.