Files
msd-core/get-shit-done/references/autonomous-smart-discuss.md
Tom Boucher 0fbe1d899e chore(#191): retire the gsd-sdk shim — route everything at gsd-tools (#522)
* chore(#191): migrate gsd-sdk query call sites to gsd-tools query

Retiring the gsd-sdk shim. gsd-tools.cjs already accepts `query` as a
meta-prefix (gsd-tools query <command>), so this is a behavior-preserving 1:1
swap across the runtime reference prompts, the graphify hook's commit-detection
gate, and two bin/lib comment/message references.

Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>

* chore(#191): remove vestigial gsd-sdk shim code from installer + projection

The gsd-sdk shim was already not wired up (no gsd-sdk bin in package.json;
buildWindowsShimTriple had zero call sites). Remove the dead code:
- shell-command-projection.cjs: buildWindowsShimTriple + formatSdkPathDiagnostic
  (+ their now-unused PACKAGE_NAME import) and exports
- install.js: the re-export wrappers + imports, the #3406 stale-standalone-sdk
  detection (detectStaleStandaloneSdk/formatStaleStandaloneSdkWarning + its
  global-install call site), and the exports

Preserved (retained, not gsd-sdk): buildCodexHookWindowsShimIR (#3426) — only
its comments referenced the gsd-sdk pattern; reworded. Also kept the
homePathCoveredByRc 'reopen your shell' branch in maybeSuggestPathExport — its
logic is bin-dir-agnostic, only the message mentioned gsd-sdk; reworded to use
the actual bin dir.

Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>

* test(#191): update tests for retired gsd-sdk shim

- bug-3441/bug-3442: drop the formatSdkPathDiagnostic / buildWindowsShimTriple
  assertions (functions removed); retained PATH-action + drift-guard tests stay
- bug-505: remove the 'still exported' assertions for detectStaleStandaloneSdk /
  formatStaleStandaloneSdkWarning / the shim contract surface (#505 kept them;
  #191 removes them)
- graphify-auto-update: migrate the hook-dispatch inputs gsd-sdk query commit ->
  gsd-tools query commit to match the migrated commit hook

Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>

* docs(#191): point active docs at gsd-tools query (gsd-sdk shim retired)

Update the user/agent-facing docs (AGENTS, COMMANDS, CONFIGURATION, USER-GUIDE,
ship-pr-body-sections) that presented gsd-sdk query as a current command to
gsd-tools query. Historical docs (ADRs, PRDs, release notes) left untouched.

Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>

* docs(#191): correct state.load vs state.json description for gsd-tools query

Adversarial-review (codex) finding: the migrated USER-GUIDE line claimed both
'gsd-tools query state.json' and 'state.load' resolve to the frontmatter-rebuild
handler. Verified they don't — state.load returns the CJS load shape
(config + state_raw + flags), state.json returns the frontmatter shape. Both are
available via gsd-tools query; corrected the text to say so.

Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>

* chore(#191): add changeset for gsd-sdk shim retirement

Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>

---------

Co-authored-by: Claude Opus 4.8 <noreply@anthropic.com>
2026-05-30 19:19:14 -04:00

9.3 KiB

Smart Discuss — Autonomous Mode

Smart discuss is the autonomous-optimized variant of gsd-discuss-phase. It proposes grey area answers in batch tables — the user accepts or overrides per area — then writes an identical CONTEXT.md to what discuss-phase produces.

Inputs: PHASE_NUM from execute_phase. Run init to get phase paths:

PHASE_STATE=$(gsd-tools query init.phase-op ${PHASE_NUM})

Parse from JSON: phase_dir, phase_slug, padded_phase, phase_name.


Sub-step 1: Load prior context

Read project-level and prior phase context to avoid re-asking decided questions.

Read project files:

cat .planning/PROJECT.md 2>/dev/null || true
cat .planning/REQUIREMENTS.md 2>/dev/null || true
cat .planning/STATE.md 2>/dev/null || true

Extract from these:

  • PROJECT.md — Vision, principles, non-negotiables, user preferences
  • REQUIREMENTS.md — Acceptance criteria, constraints, must-haves vs nice-to-haves
  • STATE.md — Current progress, decisions logged so far

Read all prior CONTEXT.md files:

(find .planning/phases -name "*-CONTEXT.md" 2>/dev/null || true) | sort

For each CONTEXT.md where phase number < current phase:

  • Read the <decisions> section — these are locked preferences
  • Read <specifics> — particular references or "I want it like X" moments
  • Note patterns (e.g., "user consistently prefers minimal UI", "user rejected verbose output")

Build internal prior_decisions context (do not write to file):

<prior_decisions>
## Project-Level
- [Key principle or constraint from PROJECT.md]
- [Requirement affecting this phase from REQUIREMENTS.md]

## From Prior Phases
### Phase N: [Name]
- [Decision relevant to current phase]
- [Preference that establishes a pattern]
</prior_decisions>

If no prior context exists, continue without — expected for early phases.


Sub-step 2: Scout Codebase

Lightweight codebase scan to inform grey area identification and proposals. Keep under ~5% context.

Check for existing codebase maps:

ls .planning/codebase/*.md 2>/dev/null || true

If codebase maps exist: Read the most relevant ones (CONVENTIONS.md, STRUCTURE.md, STACK.md based on phase type). Extract reusable components, established patterns, integration points. Skip to building context below.

If no codebase maps, do targeted grep:

Extract key terms from the phase goal. Search for related files:

grep -rl "{term1}\|{term2}" src/ app/ --include="*.ts" --include="*.tsx" --include="*.js" --include="*.jsx" 2>/dev/null | head -10 || true
ls src/components/ src/hooks/ src/lib/ src/utils/ 2>/dev/null || true

Read the 3-5 most relevant files to understand existing patterns.

Build internal codebase_context (do not write to file):

  • Reusable assets — existing components, hooks, utilities usable in this phase
  • Established patterns — how the codebase does state management, styling, data fetching
  • Integration points — where new code connects (routes, nav, providers)

Sub-step 3: Analyze Phase and Generate Proposals

Get phase details:

DETAIL=$(gsd-tools query roadmap.get-phase ${PHASE_NUM})

Extract goal, requirements, success_criteria from the JSON response.

Infrastructure detection — check FIRST before generating grey areas:

A phase is pure infrastructure when ALL of these are true:

  1. Goal keywords match: "scaffolding", "plumbing", "setup", "configuration", "migration", "refactor", "rename", "restructure", "upgrade", "infrastructure"
  2. AND success criteria are all technical: "file exists", "test passes", "config valid", "command runs"
  3. AND no user-facing behavior is described (no "users can", "displays", "shows", "presents")

If infrastructure-only: Skip Sub-step 4. Jump directly to Sub-step 5 with minimal CONTEXT.md. Display:

Phase ${PHASE_NUM}: Infrastructure phase — skipping discuss, writing minimal context.

Use these defaults for the CONTEXT.md:

  • <domain>: Phase boundary from ROADMAP goal
  • <decisions>: Single "### Claude's Discretion" subsection — "All implementation choices are at Claude's discretion — pure infrastructure phase"
  • <code_context>: Whatever the codebase scout found
  • <specifics>: "No specific requirements — infrastructure phase"
  • <deferred>: "None"

If NOT infrastructure — generate grey area proposals:

Determine domain type from the phase goal:

  • Something users SEE → visual: layout, interactions, states, density
  • Something users CALL → interface: contracts, responses, errors, auth
  • Something users RUN → execution: invocation, output, behavior modes, flags
  • Something users READ → content: structure, tone, depth, flow
  • Something being ORGANIZED → organization: criteria, grouping, exceptions, naming

Check prior_decisions — skip grey areas already decided in prior phases.

Generate 3-4 grey areas with ~4 questions each. For each question:

  • Pre-select a recommended answer based on: prior decisions (consistency), codebase patterns (reuse), domain conventions (standard approaches), ROADMAP success criteria
  • Generate 1-2 alternatives per question
  • Annotate with prior decision context ("You decided X in Phase N") and code context ("Component Y exists with Z variants") where relevant

Sub-step 4: Present Proposals Per Area

Present grey areas one at a time. For each area (M of N):

Display a table:

### Grey Area {M}/{N}: {Area Name}

| # | Question | ✅ Recommended | Alternative(s) |
|---|----------|---------------|-----------------|
| 1 | {question} | {answer} — {rationale} | {alt1}; {alt2} |
| 2 | {question} | {answer} — {rationale} | {alt1} |
| 3 | {question} | {answer} — {rationale} | {alt1}; {alt2} |
| 4 | {question} | {answer} — {rationale} | {alt1} |

Then prompt the user via AskUserQuestion:

  • header: "Area {M}/{N}"
  • question: "Accept these answers for {Area Name}?"
  • options: Build dynamically — always "Accept all" first, then "Change Q1" through "Change QN" for each question (up to 4), then "Discuss deeper" last. Cap at 6 explicit options max (AskUserQuestion adds "Other" automatically).

On "Accept all": Record all recommended answers for this area. Move to next area.

On "Change QN": Use AskUserQuestion with the alternatives for that specific question:

  • header: "{Area Name}"
  • question: "Q{N}: {question text}"
  • options: List the 1-2 alternatives plus "You decide" (maps to Claude's Discretion)

Record the user's choice. Re-display the updated table with the change reflected. Re-present the full acceptance prompt so the user can make additional changes or accept.

On "Discuss deeper": Switch to interactive mode for this area only — ask questions one at a time using AskUserQuestion with 2-3 concrete options per question plus "You decide". After 4 questions, prompt:

  • header: "{Area Name}"
  • question: "More questions about {area name}, or move to next?"
  • options: "More questions" / "Next area"

If "More questions", ask 4 more. If "Next area", display final summary table of captured answers for this area and move on.

On "Other" (free text): Interpret as either a specific change request or general feedback. Incorporate into the area's decisions, re-display updated table, re-present acceptance prompt.

Scope creep handling: If user mentions something outside the phase domain:

"{Feature} sounds like a new capability — that belongs in its own phase.
I'll note it as a deferred idea.

Back to {current area}: {return to current question}"

Track deferred ideas internally for inclusion in CONTEXT.md.


Sub-step 5: Write CONTEXT.md

After all areas are resolved (or infrastructure skip), write the CONTEXT.md file.

File path: ${phase_dir}/${padded_phase}-CONTEXT.md

Use exactly this structure (identical to discuss-phase output):

# Phase {PHASE_NUM}: {Phase Name} - Context

**Gathered:** {date}
**Status:** Ready for planning

<domain>
## Phase Boundary

{Domain boundary statement from analysis — what this phase delivers}

</domain>

<decisions>
## Implementation Decisions

### {Area 1 Name}
- {Accepted/chosen answer for Q1}
- {Accepted/chosen answer for Q2}
- {Accepted/chosen answer for Q3}
- {Accepted/chosen answer for Q4}

### {Area 2 Name}
- {Accepted/chosen answer for Q1}
- {Accepted/chosen answer for Q2}
...

### Claude's Discretion
{Any "You decide" answers collected — note Claude has flexibility here}

</decisions>

<code_context>
## Existing Code Insights

### Reusable Assets
- {From codebase scout — components, hooks, utilities}

### Established Patterns
- {From codebase scout — state management, styling, data fetching}

### Integration Points
- {From codebase scout — where new code connects}

</code_context>

<specifics>
## Specific Ideas

{Any specific references or "I want it like X" from discussion}
{If none: "No specific requirements — open to standard approaches"}

</specifics>

<deferred>
## Deferred Ideas

{Ideas captured but out of scope for this phase}
{If none: "None — discussion stayed within phase scope"}

</deferred>

Write the file.

Commit:

gsd-tools query commit "docs(${PADDED_PHASE}): smart discuss context" --files "${phase_dir}/${padded_phase}-CONTEXT.md"

Display confirmation:

Created: {path}
Decisions captured: {count} across {area_count} areas