The repository holds a collection of best practices for the development, design and deployment of ROS systems
-
Distributed systems:
- Description: How to install automatically a distributed robot system with several PCS
- Status: Complete
- Type: Informational
- Created: 14-April-2021
- Link: distributed_system.rst
-
Hardware_setup:
- Description: How to set the ports of the hardware devices
- Status: Complete, but further type of devides can be added
- Type: Informational
- Created: 14-April-2021
- Link: hardware_setup.rst
- Continuous integration
- Description: How Continuous integration and deployment
- Status: Complete, but can be extended further tools
- Type: Informational
- Created: 16-April-2021
- Link: continuous_integration_deployment.rst
-
Command tools
- Description: Tools to easily command the robot actuators
- Status: Complete
- Type: Tool
- Created: 15-April-2021
- Link: command_tools.rst
-
Diagnostics tools
- Description:Tools to diagnosse and monitor a system
- Status: Complete
- Type: Tool
- Created: 15-April-2021
- Link: diagnostics_tools.rst
-
Upstart tools
- Description: Upstart setup to automatically run a ROS system on boot
- Status: Complete
- Type: Tool
- Created: 15-April-2021
- Link: upstart_tools.rst
- Modular architecture
- Description: How to define a modular architecture for a fleet robot (e.g. Care-O-bot 4)
- Status: Empty! Pending
- Type: Informational
- Created: 15-April-2021
- Link: cob4_integracion.rst
- Open Source
- Description: Process to open-source existing code
- Status: Complete
- Type: Strong recommendation
- Created: 15-June-2021
- Link: open-source.rst
-
Testing toolchain
- Description: Testing Tool (from ARAIG project)
- Status: Complete
- Type: Tool
- Created: 28-May-2021
- Link: araig.rst
-
Test tools
- Description: Tools to perform test on a ROS system
- Status: Complete
- Type: Tool
- Created:15-April-2021
- Link: test_tools.rst