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Design, implement, and audit accessible UI to WCAG 2.2 Level AA across Web, iOS, and Android…
Govern stable domain context with a narrowly scoped CONTEXT.md when needed, and route hard-to-reverse decisions to ECC's existing architecture-decision-records skill. Use when domain terms require repeated explanation, one term has multiple meanings, unclear language causes
$ npx -y skills add affaan-m/ECC --skill context-and-decisions --agent claude-codeHow it fires
How this skill gets triggered: by you, by Claude, or both.
/context-and-decisionsContext preview
The summary Claude sees to decide when to auto-load this skill.
Govern stable domain context with a narrowly scoped CONTEXT.md when needed, and route hard-to-reverse decisions to ECC's existing architecture-decision-records skill. Use when domain terms require repeated explanation, one term has multiple meanings, unclear language causes
name: context-and-decisions description: >- Govern stable domain context with a narrowly scoped CONTEXT.md when needed, and route hard-to-reverse decisions to ECC's existing architecture-decision-records skill. Use when domain terms require repeated explanation, one term has multiple meanings, unclear language causes module-boundary mistakes, or domain semantics must remain separate from architecture decisions.
Govern “what these business terms mean” separately from “why this option was chosen.” Do not create an empty shell when no stable content exists.
When terms require repeated explanation, one term has multiple meanings, or unclear language causes module-boundary errors, first reuse the repository's existing glossary/domain-model document or the `context` role in `.governance/docs-map.json`. Only when no equivalent exists should you lazily create the default `CONTEXT.md` from `templates/context.example.md`.
Record only:
Do not include implementation details, current state, task schedules, full requirements, decision rationale, or history. Keep those in code/MAP, STATUS/Issue Tracker, Spec, ADR, and LOG respectively. Terms must be traceable to code, contracts, or business evidence. Mark unconfirmed items as `needs confirmation`; do not guess.
This skill does not define a second ADR directory, numbering scheme, lifecycle, or template. When a decision is hard to reverse, would confuse a future reader without context, and involves a real tradeoff:
1. Read and execute `architecture-decision-records`, preserving the repository's existing ADR location and format. 2. If no convention exists, let that skill choose the minimum viable location; do not create a separate system here. 3. Link to the ADR from `CONTEXT.md`, the project map, or the relevant Spec/Issue instead of copying the decision body. 4. When a decision is accepted, superseded, or deprecated, append an event to project history according to the living-document rules.
Routine implementation details, easily reversible changes, and short-lived experiments do not need ADRs.
Use this skill when stable domain language needs one evidence-backed home, or when context work reveals a hard-to-reverse decision that belongs in the repository's existing ADR system.
1. Reuse the mapped context or glossary artifact when one exists; create `CONTEXT.md` only when no equivalent source of truth is available. 2. Record precise domain definitions, relationships, confirmed interpretations, and explicitly unconfirmed ambiguities without mixing in implementation or task state. 3. Route durable tradeoffs to `architecture-decision-records` and link the resulting ADR instead of copying its rationale into context documents. 4. Keep schedules, blockers, and execution status in the existing issue tracker.
Keep tasks, status, blockers, and schedules in the project's existing tracker, such as GitHub Issues or Linear, as the single source of truth. Use local `.scratch/` only when no external tracker exists and the project explicitly adopts it. Do not put schedules in `CONTEXT.md`, ADRs, PROJECT_STATUS, or the history index database.
Your agent can write code, but ECC gives it a coordinated engineering system and toolbox: it plans before it builds, verifies changes with tests, reviews its own work from a fresh context, remembers what matters, and turns repeated wins into reusable skills
Repo: affaan-m/ECC
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