pcb-to-firmware

To keep firmware in sync with PCB routing changes, you can automate the propagation of hardware modifications to board_config.h and documentation. This detects diffs between PCB design sources and applies updates to maintain cross-source consistency before builds.

Automating GPIO remapping updates requires detecting hardware changes and applying fixes to configuration files like board_config.h. This process regenerates dependent artifacts and runs validation steps to ensure firmware matches the updated PCB layout.

To prevent build failures from PCB component substitutions, propagate part changes to firmware configuration and project docs automatically. This enforces diff-based updates and regenerates configuration references to verify cross-source integrity.

Yes, you can automatically update board_config.h after hardware modifications by running a synchronization process. It applies fixes to datasheet mappings and configuration references, then runs validation to verify that firmware matches the latest PCB routing.

You need to regenerate documentation after a PCB design update whenever routing, GPIO, or component changes occur. This ensures schematics notes and configuration references reflect the latest hardware state before running validation and build steps.

Yes, firmware synchronization works without external dependencies. The process relies on internal scripts to detect PCB design diffs, apply fixes to board_config.h and docs, and validate cross-source consistency without requiring additional libraries.