cpp-node-boilerplate

To create a ROS 2 C++ node, use a boilerplate scaffold to generate the minimal rclcpp structure, including standard publisher, subscriber, and timer setups. This provides a ready-to-compile foundation for your application logic.

A standalone ROS 2 node runs independently as its own executable process, whereas a composable component is designed to be dynamically loaded into a shared process container. Boilerplate templates provide structural patterns for both architectural designs.

Yes, the ROS 2 C++ boilerplate is explicitly built for the Jazzy and Rolling distributions. It includes tailored build guidance and CMake setup instructions to ensure proper compilation and parameter descriptor usage on these platforms.

You add parameter descriptors to an rclcpp node by declaring them within the node class using the provided component-style template. This boilerplate demonstrates practical implementation patterns for handling parameters safely.

The best way to set up CMake for a ROS 2 C++ component is to follow the included build guidance, which configures the rclcpp_components package. This ensures your composable nodes are properly registered and exported for dynamic loading.

Yes, you can obtain a minimal ROS 2 rclcpp publisher and subscriber example directly from the standalone node boilerplate. It provides functional snippets that can be quickly adapted to define your custom topics and message types.