agent-teams
Coordinate multiple Claude Code sessions as a team — lead + teammates with shared task lists, mailbox messaging, and file-lock claiming. Patterns for team…
Stress-test a plan by walking its decision tree one question at a time. Use when the user wants to pressure-test a design before implementation.
$ npx -y skills add rohitg00/pro-workflow --skill plan-interrogate --agent claude-codeHow it fires
How this skill gets triggered: by you, by Claude, or both.
/plan-interrogateContext preview
The summary Claude sees to decide when to auto-load this skill.
Stress-test a plan by walking its decision tree one question at a time. Use when the user wants to pressure-test a design before implementation.
name: plan-interrogate description: Stress-test a plan by walking its decision tree one question at a time. Use when the user wants to pressure-test a design before implementation. user-invocable: true
Drive a plan from sketch to commitment by resolving every open decision before any code is written.
1. Restate the plan in one paragraph. Confirm with the user that this is the plan being interrogated. Do not proceed on a mis-restatement. 2. Extract the decision tree. Every branch point becomes a node. Mark each node as **open** (undecided) or **resolved**. A resolved node carries a source tag: `user` (the user answered), `inferred` (the codebase or an existing constraint settled it). 3. Resolve in dependency order. A node is ready when every node it depends on is resolved. 4. For each ready open node, ask exactly one question. Keep the question tight and binary or small-multiple-choice when possible. 5. Pair every question with a **recommended answer** and one sentence of reasoning. The user can confirm, pick a different option, or push back. 6. Before asking, check whether the answer already lives in the codebase, prior commits, or an existing doc. If so, skip the question and mark the node resolved with source `inferred: <path>`. 7. Exit only when zero nodes are open. Print the resolved tree as a flat list: `Decision - Choice - Source (user | inferred: <path>)`.
the ability to react to each answer individually.
question, read first.
survey; it offloads design onto the user.
downstream question is premature.
The interrogation produces three artifacts, not just answers. Offer to write each; do not force it.
1. **Decision ledger** (always). The resolved tree as a flat list: `Decision - Choice - Source (user | inferred: <path>)`.
2. **`CONTEXT.md`** (when the interrogation surfaced project-specific terms). A short shared-language file: every domain term you and the user had to pin down, with a one-line definition in the project's own words. This is what stops the agent from using twenty words where one will do next session, and keeps names in code consistent. One term per line: `term - what it means here`. Point future sessions at it. On re-run, merge new terms in place rather than overwriting existing ones.
3. **Decision records** (for contested or hard-to-reverse nodes only). One short record per decision that a future reader would question: the context, the choice, the alternatives rejected, and why. Keep them in `docs/decisions/NNNN-slug.md`. Read the directory first and number from the highest existing record so two records never collide. Skip the obvious ones - a record for a trivial choice is noise.
The decision ledger the user can paste into the plan doc. No prose summary. No hedging. If the user declines to decide a node, mark it `DEFERRED` with the reason the user gave - this is not the same as open. When you write `CONTEXT.md` or a decision record, keep it in the project's language, not a generic template.
Claude Code learns from your corrections: self-correcting memory that compounds over 50+ sessions. Context engineering, parallel worktrees, agent teams, and 17 battle-tested skills.
Repo: rohitg00/pro-workflow
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