json-constructor

To assemble an IO ring JSON configuration for T28 and T180 process nodes, integrate processed outputs from signal classification, device mapping, direction determination, and pin configuration skills into a final valid JSON structure.

The best way to generate a complete IO ring JSON file is to use an automated assembly skill that integrates signal classifications, device mappings, directions, and pin configurations while ensuring correct device names and corner types.

Yes, you need signal classification and device mapping outputs before creating an IO ring JSON. The assembly process requires processed data from signal-classifier, device-type-mapper, direction-determiner, and pin-config-generator tools to produce valid configurations.

Yes, you can use this JSON assembly approach for both T28 and T180 chip configurations. It adapts device names and corner logic automatically according to the specified process node knowledge references and validation rules.

IO ring JSON configuration fails validation after manual assembly due to incorrect device names, mismatched corner types, or invalid pin connections. Automated assembly enforces validation rules from knowledge references to prevent these structural errors.

Automated JSON assembly handles pin connections and corner types by applying process-specific validation rules for T28 and T180 nodes. It integrates pin configurations and device mappings to ensure all connections match the specified knowledge references.