trellis-update-spec

To document coding conventions and executable contracts after a debugging session, you capture decisions, signatures, and boundary behavior into structured .trellis/spec/ files. This organizes scope, validation, and test expectations to guide future development and prevent regressions.

Preventing knowledge decay from feature implementation involves turning learning moments into structured code-spec updates. You record payload fields, environment keys, and contracts from design discussions into .trellis/spec/ files, ensuring consistency across teams and environments.

You generate code-spec files by applying a spec-management process that enforces mandatory Code-Spec depth. This structures scope, signatures, contracts, validation, and tests into a target spec file, directly capturing executable contracts from your recent learning sessions.

You need to create a spec file for code contracts and boundary behavior immediately after completing a debugging, implementation, or design task. This captures the outcome and defines specific payload fields and environment keys for future reference.

Yes, you can use this spec-management approach to document environment keys and payload fields for future work. It captures concrete code contracts and coding conventions from implementation sessions into .trellis/spec/ files, preventing regressions and guiding future work.

Yes, trellis-update-spec works without external dependencies for capturing design decisions. It operates as a frontmatter-driven skill to independently organize decisions, signatures, and validation rules into target spec files during your workflow.