Manage architectural changes through a staged ADR-driven workflow for C3 artifacts.
npx skills add https://github.com/lagz0ne/prev-cli --skill c3-alter
Please help me install this Agent Skill. Skill: c3-alter Source: https://github.com/lagz0ne/prev-cli/tree/main/.opencode/skill/c3-alter Command: npx skills add https://github.com/lagz0ne/prev-cli --skill c3-alter
This Skill solves the problem of managing architectural changes by enforcing an ADR-driven workflow for C3 documents.
Follow Stage 1 through Stage 7 to document and implement an ADR-driven change for a C3 component.
High-intent search queries and answers about installing and using this skill.
It enforces an ADR-driven workflow to manage architectural changes for C3 documents. By applying a staged process, it generates dated ADR records and links related documentation to ensure design changes, refactors, and feature additions are fully traceable.
Creating an Architecture Decision Record follows a structured Stage 1 through Stage 7 workflow. This stage-based decision making process ensures design changes and diagram updates are systematically documented and integrated with existing references.
ADR-driven change management integrates with existing references like the .opencode/references directory. This integration ensures that routing, questions, and decisions remain traceable across newly generated ADR records and C3 artifacts.
You need a staged ADR workflow whenever executing design changes, refactors, feature additions, or diagram updates across C3 artifacts. It enforces stage-based decision making to maintain architectural integrity and documentation consistency.
Yes, you can use ADR records to coordinate feature additions across multiple C3 documents. The workflow generates records like .c3/adr/adr-YYYYMMDD-{slug}.md and applies stage-based decision making to synchronize changes.
The best way to document architectural decisions for traceability is using an ADR-driven workflow with stage-based decision making. It automatically generates ADR records and integrates with reference directories to keep routing and decisions linked.
Prompt-or-Die-LabsAnalyze existing ADRs and draft new ones with consistent structure and tradeoffs.
FrancisVargaAnalyze GDD diffs and traceability mappings to classify ADR impact statuses.
ai-debugger-incDocument AIDB's six-layer architecture across MCP, Service, Session, Adapter, DAP Client, and Protocol layers.
GainInsightDevCreate and manage Architecture Decision Records with templates and an index.
