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ngthluungthluu/my-dev-skills/skills/brainstorm/SKILL.md

brainstorm

Skill2 starsChanged 20 days agoMITView on GitHub

Turn an idea, feature, or problem into a self-contained implementation handoff spec through exhaustive, decision-focused questioning. Use before implementation when requirements, constraints, behavior, or test seams still need to be discovered.

189 other projects use a version of this.

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Projects with it also use playtest-report, team-polish and 10 more.

Other files people use alongside this one.

Files found in the same public projects as a version of this one, more often than they turn up anywhere else. Each project counts once, large collections count for less, and this file's own repository is left out.
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  • +8 more from CoralGame

The file

Show its rules and text

We split this skill into the rules it gives an agent

15 rules. 0 are common, 10 are distinctive, and 5 are very specific to this project.

  • 0

    Common

    Most of the 156 edited versions we read keep these.

  • 10

    Distinctive

    This author's own choices. Worth a look.

  • 5

    Very specific

    Tied to their project's names, files or tools. Probably skip.

  • Common
  • Distinctive
  • Very specific
  1. Distinctive:

    Use subagents only when useful, available, and permitted for bounded fact lookup, option comparisons, or read-only reviews.

    line 16
  2. Distinctive:

    Verify findings before using them.

    line 18
  3. Very specific:

    Create .my-dev-skills/yyyy-mm-dd-<slug>/.

    line 34
  4. Very specific:

    Run next to select exactly one eligible open question.

    line 66
  5. Distinctive:

    Ask the user only preference or priority calls that no experiment can settle.

    line 69
  6. Distinctive:

    Use a suitable host question tool with one question, without repeating it in chat.

    line 71
  7. Distinctive:

    If unavailable, restricted, or unsuitable, ask one plain chat question in the final response, never in commentary.

    line 72
  8. Distinctive:

    Do not change collaboration mode to access a tool.

    line 73
  9. Very specific:

    Read the whole latest message, new evidence, and show output yourself.

    line 78
  10. Distinctive:

    Never treat silence as agreement.

    line 84
  11. Distinctive:

    Check gaps yourself: unresolved branches, assumptions, failures, migration, compatibility, and operations.

    line 88
  12. Very specific:

    Run audit. It fails on material open, blocked, or contradicted IDs and on answers or deferrals lacking evidence.

    line 89
  13. Very specific:

    Write README.md yourself from show output and context.md.

    line 96
  14. Distinctive:

    Read references/spec-template.md and follow it, omitting empty sections.

    line 97
  15. Distinctive:

    Write for a reader with no session memory.

    line 98

“Common” is measured: kept by at least 6 in 10 of the 156 edited versions of this file we could read. “Very specific” is our guess from the words: it names a file, a command, a setting or the project itself.

Keep what fits and drop the rest. Your version, ready for your agents.
Files
SKILL.md

Brainstorm

Turn the idea into a handoff spec that gives a fresh implement session full context to start coding without rediscovery. Do not implement in this session.

Working rules

  • The main agent inspects context, maps decisions, asks questions, reconciles the ledger, checks readiness, and writes the spec itself.
  • Use subagents only when useful, available, and permitted for bounded fact lookup, option comparisons, or read-only reviews.
  • Give side tasks current evidence and clear scope, and prohibit further delegation.
  • Verify findings before using them. Present conclusions and conflicts, keeping raw investigation logs out of chat.
  • Work through the steps in order. Each step writes its file in the session folder before the next step starts.
.my-dev-skills/.gitignore    *
.my-dev-skills/yyyy-mm-dd-<slug>/
  context.md   Step 2
  ledger.json  Steps 3-5, via scripts/ledger.py
  review.md    Step 6, optional
  README.md    Step 6, the spec

Step 1: Set up the folder

  • Pick a lowercase hyphenated slug from the request. Prefix it with today's date as yyyy-mm-dd-.
  • Make the slug more specific if .my-dev-skills/yyyy-mm-dd-<slug>/ exists.
  • Create .my-dev-skills/yyyy-mm-dd-<slug>/. Add .my-dev-skills/.gitignore containing * if it is missing.
  • Reuse an existing folder only when asked.

Step 2: Inspect context

  • Inspect the workspace, repository instructions, existing artifacts, and prior answers yourself.
  • Research material unknowns using reliable primary sources. Check dates and applicability, and retain links.
  • Reconcile findings and extract existing decisions. Find available facts instead of asking the user to retrieve them.
  • Label each finding as verified, inferred, or assumed. Cite the evidence for verified claims.
  • Note affected code, reusable patterns, and verification commands. Write context.md with these, findings, labels, and sources.

Step 3: Map decisions

  • Identify material decisions, dependencies, and shared prerequisites yourself.
  • Integrate findings into a dependency graph before the first question. Revise it as answers reveal branches.
  • Record each decision with a stable ID in ledger.json through scripts/ledger.py. Never edit the JSON by hand.
  • Statuses are settled, open, blocked, deferred, or contradicted. The script rejects changes without required evidence.
L init
L add Q2 --question "<decision>" --prereq Q1 --impact "<outcome or unlocked decisions>" [--minor]
L set Q2 --status settled --answer "<answer>" --source "<user message or evidence>"
L set Q2 --status deferred|blocked|contradicted --reason "<reason>"
L show [--status open]
L next
L audit
  • L is python3 <skill-dir>/scripts/ledger.py <folder>. Show relevant entries in chat and rerun show after compaction.

Step 4: Ask one material question

  • Run next to select exactly one eligible open question. It ranks material ones by unlocked decisions, then breaks a tie by stable ID.
  • Override its pick only for clearly higher outcome impact. Option analysis may be a side task.
  • Classify before asking. If a throwaway probe outside the source tree can settle it, run it and record the result with set.
  • Ask the user only preference or priority calls that no experiment can settle. Skip questions already resolved by evidence.
  • Explain why the decision matters, recommend an answer, and state its tradeoff.
  • Use a suitable host question tool with one question, without repeating it in chat.
  • If unavailable, restricted, or unsuitable, ask one plain chat question in the final response, never in commentary.
  • Do not change collaboration mode to access a tool. Wait for an actual answer, then follow Step 5.
  • A nonblocking question tool or empty result is not an answer. Keep the question pending and stop dependent work until a reply arrives.

Step 5: Reconcile and repeat

  • Read the whole latest message, new evidence, and show output yourself. Reconcile answers, dependencies, and contradictions.
  • Apply only supported status changes. A recommendation, subagent proposal, or unanswered question is not a user answer.
  • Match by meaning and settle several decisions when answered together. For partial or ambiguous answers, ask only missing material detail.
  • Defer a material choice only when the user explicitly postpones it or authorizes a default.
  • Defer minor implementation details only when they do not change scope, behavior, acceptance criteria, or material risk.
  • Explicitly writing an assumption does not settle a material choice.
  • Never treat silence as agreement. Reopen settled decisions only when evidence contradicts or invalidates them.
  • Mark conflicts contradicted, explain them, and ask the smallest resolving question. Record its resolution and source.
  • Record every change with set or add before continuing. Never reask solely because the graph changed.
  • Return to Step 4 while any material decision remains. This is not a one-question limit for the whole session.
  • Check gaps yourself: unresolved branches, assumptions, failures, migration, compatibility, and operations.
  • Run audit. It fails on material open, blocked, or contradicted IDs and on answers or deferrals lacking evidence.
  • On failure, resolve each item or obtain an explicit deferral, then return to Step 4. Record merged or excluded IDs with reasons.
  • Then summarize without another confirmation.

Step 6: Write the handoff spec

  • Enter this step only after the ledger audit passes.
  • Write README.md yourself from show output and context.md. Pair every observable acceptance criterion with an agreed public test seam.
  • Read references/spec-template.md and follow it, omitting empty sections. Prefer existing interfaces.
  • Write for a reader with no session memory. Omit status, dates, and ledger states. Exclude secrets and sensitive data.
  • Reference code by path and line. Make the spec sufficient without the other session files.
  • Optionally use a read-only subagent to review against the ledger and evidence. Verify each finding yourself.
  • Sort findings in review.md into act on, consider, noted, or dismissed with a reason. Dismiss nits and unsupported hypotheticals.
  • Return act-on gaps to Step 4. Record consider items as spec risks. Write without final confirmation.

Step 7: Report the spec path

  • Reply with only the spec path: .my-dev-skills/yyyy-mm-dd-<slug>/README.md.

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