/segway_ros1

All the segway code with ROS1 node. This will be used for development until we move to ROS2 entirely

Primary LanguageC++MIT LicenseMIT

Segway Robot ROS1 Package

This is a docker container that allows us to develop controller for the Segway robot. The following is the summary taken from the package given to us by Segway Robotics.

1 Chassis PC Motion Test

(1) Turn off the remote control; or turn on the remote control, at the same time, enable the lever to move upwards to the PC mode, and make sure that the emergency stop lever is not in the emergency stop state by moving downwards.

(2) Enter the ROS workspace and run the following command to compile the segway_msgs and segwayrmp packages.

cd catkin_ws
catkin_make -DCATKIN_WHITELIST_PACKAGES='segway_msgs' && catkin_make -DCATKIN_WHITELIST_PACKAGES='segway_rmp'

and then run the following after sourcing devel/setup.bash and running roscore

  • rosrun segwayrmp SmartCar
  • rosrun segwayrmp drive_segway_sample

Note: For isolated builds, use catkin_make_isolated

2 Main File Path Description

(1) segway_msgs: Custom message package

segway_msgs/msg: Custom message

(2) segwayrmp: Package where the SmartCar node is located

segwayrmp/include: Path of the header files required by the node

segwayrmp/lib: Path where the dynamic library required by ROS for the PC is located

segwayrmp/src: SmartCar node source file program for interacting with the chassis data

segwayrmp/tools: Source program for the drive_segway_sample node used for motion testing

Documentation for the Docker side of things is mentioned below. All thanks to the original contributers for this isolated ROS 1 based Docker Environment.

ROS in Docker

Tired of trying to compile ROS1 on Ubuntu 22.04? Tired of breaking your systems due to conflicts with the ton of dependencies ROS1 has? Here we propose a solution. A completely isolated environment, with ROS1 support by default, extensible, and with all the tools included for developing ROS1 applications without having to install them locally.

ros_in_doccker.mp4

Tested host-machines

  • Ubuntu 22.04

Supported development environments

  • tmux
  • VSCode

How to use with your project (VSCode)

vscode

  1. Click on "Use this template", or fork if you like.
  2. Git clone the repo locally and cd into it.
  3. Create an src/ directory inside the repository: mkdir -p src/
  4. Clone inside the src/ directory the ROS1 code you want to develop/test. I will be using the ros_tutorials as an example, but it can be as complex as you wish, so, git clone git@github.com:ros/ros_tutorials.git src/
  5. Launch code ., and then go to the "Remote Explorer" tab and hit "reopen the current folder in a container", this should launch a full dev environemnt with some extensions to develop your ROS application in the dockerize environment
  6. Launch the Build Task, Ctrl+Shift+p and type "Tasks: Run Build Task"

How to use with your project (tmux)

tmux

  1. Click on "Use this template", or fork if you like.
  2. Git clone the repo locally and cd into it.
  3. Launch make docker to create a local docker container image with all the nice stuff installed. If you need any extra dependency, now is the time to add it to the Dockerfile.
  4. Create an src/ directory inside the repository: mkdir -p src/
  5. Clone inside the src/ directory the ROS1 code you want to develop/test. I will be using the ros_tutorials as an example, but it can be as complex as you wish, so, git clone git@github.com:ros/ros_tutorials.git src/
  6. Launch make, this will build your project and open a tmux session with all the batteries included.

What about injecting rosbags inside the dev container?

Got you covered, just use the environment variable export ROS_BAGS=/path/to/data/in/host and launch make. Your rosbag files will be mounted in the dev container in ~/ros_ws/bags and are read-only accessible to the ROS1 applications.

How to extend the container

Could not be more simple, just add all your user-space command on the Dockerfile. apt install <your-libs> and enjoy the setup.

GUI Supported?

Of course, you can run rviz and friends inside the dev container, it looks a bit ugly but at least it works.

Install host-machine dependencies

For now, you only need, I expect this repo to be used by "intermediate" developers, so I guess you can figure out how to do that.

  • docker
  • docker-compose
  • (VSCode) dev-containers extension

Security concerns

The entire setup is NOT safe at all, so, use it at your own risk. I'm mounting directories from the host machine to the docker container where the user has sudo access without a password. So you can literally delete some stuff with root permissions without even typing a password. So, you are warned!

About the tools for development

I built this project on top of my dotfiles, so it's completely overfitted to my own needs and I don't intend to provide support for extra stuff. If there is something you don't like or don't need, feel free to modify your copy of the Dockerfile. You are in full control of what you want and not.