Use this tool to quickly and easily create system startup jobs which run one or more ROS launch files as a daemonized background process on your computer. More advanced users will prefer to access the Python API from their own setup scripts, but this exists as a simple helper, an example, and a compatibility shim for previous versions of robot_upstart which were bash-based.
usage: install [-h] [--job JOB] [--interface ethN] [--user NAME] [--setup path/to/setup.bash] [--rosdistro DISTRO] [--master http://MASTER:11311] [--logdir path/to/logs] [--augment] [--provider [upstart|systemd]] [--symlink] pkg/path [pkg/path ...]
pkgpath | Package and path to install job launch files from. Make sure the path starts with the package name (e.g. don’t pass absolute path nor a path starting from workspace top folder etc.) |
--job | Specify job name. If unspecified, will be constructed from package name. |
--interface | Specify network interface name to associate job with. |
--user | Specify user to launch job as. |
--setup | Specify workspace setup file for the job launch context. |
--rosdistro | Specify ROS distro this is for. |
--master | Specify an alternative ROS_MASTER_URI for the job launch context. |
--logdir | Specify an a value for ROS_LOG_DIR in the job launch context. |
--augment=False | |
Bypass creating the job, and only copy user files. Assumes the job was previously created. | |
--provider | Specify provider if the autodetect fails to identify the correct provider |
--symlink=False | |
Create symbolic link to job launch files instead of copying them. |
It’s important to understand how permissions work robot_upstart:
If you’re in the process of transitioning from using the install script to the Python API, it may be helpful to inspect exactly how the script uses the API. You can find its implementation in the robot_upstart.install_script.main() function.