claude-tweaks:build

Interaction style: Present single decisions via the AskUserQuestion tool (options with one marked Recommended) instead of a plain-text numbered list. For multi-item decisions, render a batch table with recommended actions pre-filled, then capture the apply-all/override decision via one AskUserQuestion call. Never make more than one AskUserQuestion call per logical decision — resolve each before showing the next. End skills with a ## Next Actions block rendered via AskUserQuestion (context-specific options, one recommended), not a navigation menu.

Build — Implement a spec end-to-end with worktree, plan audit, and lifecycle tracking

Implement a spec or design doc end-to-end: plan it, build it, simplify it, verify it, and capture the journeys it enables. Part of the workflow lifecycle:

/claude-tweaks:init → /claude-tweaks:capture → /claude-tweaks:challenge → /superpowers:brainstorming → /claude-tweaks:specify → [ /claude-tweaks:build ] → /claude-tweaks:stories → /claude-tweaks:test → /claude-tweaks:review → /claude-tweaks:wrap-up
                                                                                       ↑                                          ^^^^ YOU ARE HERE ^^^^   ↑
                                                                                       └── or skip directly ──────────────────────────────────────────────┘

When to Use

• A spec is ready to build (prerequisites met, plan exists or will be created)
• A design doc is ready for direct implementation (skipping /claude-tweaks:specify)
• /claude-tweaks:help recommends building a specific spec
• Resuming a partially-completed build

Build Options (summary)

Two orthogonal axes (execution × git) combine freely. Default is subagent + worktree.

Axis	Options	Default
Execution	subagent (automated review chain) / batched (3-task human-reviewed batches)	subagent
Git	worktree (isolated branch) / current-branch (direct commits)	worktree
Auto	auto keyword — applies CLAUDE.md / fallback defaults, skips confirmation prompts, routes deviations per _shared/auto-mode-contract.md	off

When .claude-tweaks/policy.yml sets worktree.always: true, the Git axis has only one value: current-branch is not offered and is rejected if passed explicitly — the mechanical PreToolUse gate would deny any edit outside a worktree regardless (see _shared/git-discipline.md).

When .claude-tweaks/policy.yml sets execution.always: subagent, the Execution axis has only one value: batched is not offered and is rejected if passed explicitly — unlike the Git axis, there is no mechanical backstop for this one (see _shared/git-discipline.md).

Read build-options.md in this skill's directory for the full options matrix, invocation grammar (six combinations), default-resolution order, the build-options prompt template, the record-vs-spec-vs-design mode table, and the input-resolution rules. $ARGUMENTS = record reference (#N, primary) / spec number (legacy alias) / design doc path / topic name, optionally followed by execution strategy, git strategy, and/or auto.

Workflow

Resolve input
    ↓
Spec/record mode? ──yes──→ [Spec Steps 1, 2, 2.5 (Manual Steps classification), 3]
    │                       ↓
    no (design mode)        │
    ↓                       │
[Design Steps 1-3]         │
    ↓                       │
    └───────────────────────┘
                ↓
        [Common Steps 1-7]

---

Spec Mode

Spec Step 1: Resolve, Materialize, and Assess

Record mode (#N) — primary input. Materialize the record into a spec-shaped build file via skills/flow/materialize.md: resolve the record, run the materialization hard gate (an unshaped body stops the build with "run /claude-tweaks:specify #{n} first"), compose the pinned header, and write + commit {run-dir}/work/{n}-spec.md on the current (pre-worktree) branch — this must land before Common Step 1 creates the worktree, so the new worktree's initial checkout already contains the file. When a parent /claude-tweaks:flow already materialized the file for this run ($PIPELINE_RUN_DIR set and {run-dir}/work/{n}-spec.md already exists), read it in place instead of re-fetching or re-composing — see materialize.md's "When this runs." Once materialized, read the file in full and proceed to Spec Step 2 exactly as the legacy path below does; the shape gate already replaces the prerequisite check this step used to run.

Spec mode (legacy alias). A bare spec number reads the file directly, unchanged since before record materialization existed:

specs/{number}-*.md

• Read the full spec file
• Read specs/INDEX.md to understand dependencies and tier placement
• Check prerequisites — are all blocking specs completed?
• If prerequisites are not met, stop and tell the user what's blocking

Spec Step 2: Check for Existing Plan

Search docs/plans/ for a plan matching this spec (by number, topic, or date).

If a plan exists:

• Read it and compare against the spec — has the spec evolved since the plan was written?
• Check what's already implemented (search codebase for files, routes, tests referenced in the plan)
• If the plan is still valid and work remains, skip to Common Step 2
• If the plan is stale (spec changed, codebase diverged), proceed to Spec Step 3

If no plan exists:

Proceed to Spec Step 3.

Spec Step 2.5: Classify and Seed Manual Steps

If the spec has a "Manual Steps" section, classify each item before deciding what to do with it. "Outside the codebase" is not the same as "human-only" — many such tasks have CLIs and should be executed inline rather than dumped to the ledger.

For each item, probe in this order:

1. CLI/API check — infer the relevant tool from the item text, then probe: which terraform, which vercel, which gh, which fly, which wrangler, which stripe, which ldcli, which aws, which gcloud, etc.
2. Credential check — if a tool exists, are creds present? Use {tool} auth status (or equivalent: gh auth status, vercel whoami, fly auth whoami, expected env var, config file at the documented path).
3. Triage:
   • Auto-executable (tool + creds present) — execute now via Bash. In auto mode, log command, exit code, and one-line outcome to decisions.md. In interactive mode, surface the command and result inline. Do NOT seed the ledger.
   • Auth-gap (tool present, creds missing) — in interactive mode, surface the one-time {tool} login command and wait; on success, fall through to auto-execute. In auto mode, seed as ops with (reason-not-auto: auth-not-configured) so the user can resolve at the wrap-up Review Console.
   • Truly manual (no CLI, requires human judgment, requires signoff) — seed as ops with the matching (reason-not-auto: …) qualifier from /claude-tweaks:ledger Required-for-ops section.

If the ledger doesn't exist, create it using the ledger skill's create operation.

Anti-pattern: Seeding the entire Manual Steps section verbatim into ops without probing. The spec writer cannot know which CLIs are installed on the executing machine — that classification must happen here, at execution time, where probes can actually run.

Spec Step 3: Create the Plan

Invoke the /superpowers:writing-plans skill. After it saves the plan file, stop the skill and return here — do not let it present an execution choice or invoke an execution skill. /build controls execution strategy.

Context to provide to /superpowers:writing-plans:

• The full spec content (including Current State, Gotchas, and acceptance criteria)
• Any existing progress identified in Spec Step 2

The plan will be written to docs/superpowers/plans/YYYY-MM-DD-{feature}.md.

Plan header artifact: Every plan written by /superpowers:writing-plans starts with a "For agentic workers" block that advertises subagent-driven-development (recommended) or executing-plans as the next step. Ignore it. /build controls execution strategy — the header is boilerplate from writing-plans's general-purpose handoff. Do not treat it as guidance for this build. (Same rule applies in Design Step 3 below.)

Proceed to Common Step 2.

---

Design Mode

Design Step 1: Read the Design Doc

• Read the full design doc
• If a brainstorming brief exists (docs/plans/*-brief.md for the same topic), read it too — it contains debiased constraints and assumptions from /claude-tweaks:challenge
• Scan the codebase for existing files, schemas, APIs, and patterns relevant to the design

Design Step 2: Check for Existing Plan

Search docs/superpowers/plans/ for an execution plan matching this design doc (by topic or date).

• If a plan exists and is still valid → skip to Common Step 2
• If no plan or plan is stale → proceed to Design Step 3

Design Step 3: Create the Plan

Invoke the /superpowers:writing-plans skill. After it saves the plan file, stop the skill and return here — do not let it present an execution choice or invoke an execution skill. /build controls execution strategy.

Context to provide to /superpowers:writing-plans:

• The full design doc content
• The brainstorming brief (if it exists) — especially constraints and assumptions
• Relevant codebase context (existing files, patterns, schemas)

Design mode has no spec with structured acceptance criteria. When providing context to `/superpowers:writing-plans`, extract testable outcomes from the design doc's decisions and recommendations. If the design doc lacks clear success criteria, ask the user to confirm what "done" looks like before proceeding.

The plan will be written to docs/superpowers/plans/YYYY-MM-DD-{feature}.md. Same plan-header artifact rule as Spec Step 3 applies (ignore the "For agentic workers" boilerplate).

Proceed to Common Step 2.

---

Common Steps (both modes)

Common Step 1: Set Up Worktree (worktree strategy only)

If the user specified worktree, set up the isolated workspace via /superpowers:using-git-worktrees after a pre-flight merge check and (when in auto mode) pre-authorizing the consent prompt.

For the full procedure (pre-flight merge check with auto-mode behavior, consent prompt handling, and worktree-creation failure recovery table), read worktree-setup.md in this skill's directory.

If the user did not specify worktree, skip this step.

Common Step 1.5: Plan Audit

Audit the plan against the actual repo before dispatching execution. Two checks:

• Check A (always): verify every path in the plan's Files: sections exists (or its parent directory exists for Create).
• Check B (conditional): when the plan declares Scope keywords:, grep the repo for each keyword and list any matched files not in the plan.

Auto mode: apply the scope-creep policy from config.yml (default add-to-plan). Interactive mode: call AskUserQuestion with three options: "Add to plan and continue" (Recommended), "Continue without", "Stop".

Skip this step entirely when the plan has fewer than 3 file references AND no Scope keywords: field is present.

Project setting: When CLAUDE.md declares scope-keywords-required: true under a ## Build section, plans without a Scope keywords: field are treated as failed audits (require the field, not just optional). See plan-audit.md for the policy table.

For the full procedure (Check A failure handling, Check B scope-keyword sweep command, scope-keywords-required setting, auto-mode policy table, interactive prompt), read plan-audit.md in this skill's directory.

Common Step 1.7: Design Pre-Build (frontend specs)

For frontend specs — surface ∈ web | mobile | desktop, read from the materialized header's surface: field (record mode; lifted from the record body's Surface: metadata line per skills/flow/materialize.md) or the legacy spec file's own surface: frontmatter (spec-file alias) — invoke /claude-tweaks:design pre-build <spec> to lazy-load relevant design references into the implementer subagent's context. For the full skip conditions, invocation rules, result handling, and where loaded references go, see design-prebuild.md in this skill's directory.

Common Step 2: Execute the Plan

Execution depends on the chosen execution strategy (see Build Options).

Working Directory Discipline: Before any commit (and before dispatching subagents that run git or node --test), anchor the working directory explicitly — pwd + git rev-parse --show-toplevel must match the worktree path (or the project root in current-branch strategy). When dispatching subagents, require them to use cd "$WORKTREE" && … or git -C "$WORKTREE" …. See the Working Directory Discipline section of _shared/subagent-output-contract.md for the full pattern.

subagent (default): For record mode, check the materialized header's effort: field (skills/flow/materialize.md's reader table — the header's model-tier signal). If present, invoke /superpowers:subagent-driven-development with an explicit instruction to default every per-task implementer dispatch in this spec to the corresponding model tier — low → Fast, medium → Standard, high → Capable — overriding that skill's own per-task complexity heuristic for this spec's tasks specifically (a spec whose originating finding was already judged cheap or expensive to fix doesn't need re-deriving that signal from file-count heuristics). Legacy spec-file-alias specs carry no equivalent header field, so they invoke /superpowers:subagent-driven-development exactly as before, with no tier override. After the final code review completes, stop the skill and return here — do not let it invoke /superpowers:finishing-a-development-branch. /build handles post-execution steps (simplification, alignment, verification) before any branch finishing.

batched: Invoke /superpowers:executing-plans. After the last batch completes, stop the skill and return here — do not let it invoke /superpowers:finishing-a-development-branch. /build handles post-execution steps before any branch finishing.

Superpowers Failure Handling

If the execution skill (or /superpowers:writing-plans in Step 3) fails, read failure-recovery.md in this skill's directory for the full recovery table (not-installed, timeout/partial output, malformed plan, subagent failures, batch rejection) and the project-specific context CLAUDE.md should document for implementer subagents.

Common Steps 3 + 4.5: Simplification and Alignment (Concurrent)

Parallel execution: After implementation completes, run code simplification (/claude-tweaks:simplify) and architecture alignment check (main thread) concurrently — they operate on independent concerns. Common Step 5 (Final Verification) gates after both complete.

Common Step 3: Code Simplification

After all implementation tasks are complete, run /claude-tweaks:simplify on the recently modified code (files changed during this build session).

The simplify skill handles scope resolution, running the code-simplifier subagent, and re-verification after changes. See /claude-tweaks:simplify for details.

If the simplifier makes changes, commit them separately.

Common Step 4: Handle Blocked Work

If any part of the plan is blocked (missing infrastructure, unresolved dependencies, pending external work):

1. Document blocked items:
   • Spec mode: add to the spec file under a "Blocked / Future Work" section
   • Design mode: file a backlog work record via /claude-tweaks:capture
2. Note what unblocks them
3. Append blocked items to the open items ledger (see /claude-tweaks:ledger) with phase build/* and status open
4. These will be picked up by /claude-tweaks:help when scanning for actionable work

Common Step 4.5: Architecture Alignment Check

Compare what was actually built to what the spec or design doc said. For the full diff procedure, mismatch categorization (Beneficial / Fix now / Update the spec), the batch decision table format (interactive vs. auto-mode handling), and the Skill Observation sub-step, read architecture-alignment.md in this skill's directory.

Skip this step if: design mode with no formal spec, or the plan was trivial (< 3 tasks, single-file changes).

Common Step 5: Final Verification

After code simplification, run the shared verification procedure (skills/test/verification.md). This runs type checking, linting, and tests using the project's commands from CLAUDE.md.

Note: /build always runs verification (it is the producer of VERIFICATION_PASSED). The skip-if-recent rule in test/verification.md applies only to /test callers — never to this step.

If anything fails, fix it and commit the fix. When a failure is a behavioral bug — not a mechanical type/lint error — invoke /superpowers:systematic-debugging before changing code: reproduce the bug on command (a deterministic, runnable pass/fail signal) first, then fix the confirmed cause. Do not guess at fixes and re-run tests hoping they pass. If the bug cannot be reproduced, stop and escalate (state what you tried and what you need) rather than flailing — see failure-recovery.md.

Common Step 5.5: Operational Checklist

After verification passes, check for operational tasks that are easy to forget — deployment and environment concerns that slip through code review (schema/migration files, env access patterns, IaC, CI/CD, container configs).

If your build's diff matches schema/env/IaC/CI/platform-config files, read operational-checklist.md in this skill's directory for the full Category A/B trigger lists, check tables, probe-then-classify procedure, and ledger format. Otherwise skip this step entirely.

Parallel execution: Use parallel tool calls — all checks are independent Grep/Glob operations.

Common Step 6: User Journey Capture

After verification passes, run /claude-tweaks:journeys. Pass:

• Changed files — files modified during this build session
• Spec or design doc context — what was built and why

The journeys skill handles scanning existing journeys, creating new journey files, updating existing ones, and committing. See /claude-tweaks:journeys for details.

This is not optional and does not require user input — if you built a feature that any persona interacts with (end user, admin, developer, internal tooling user), the journeys skill documents it.

Common Step 6.5: Documentation Sync

If docs/REGISTRY.md exists, read docs-sync.md in this skill's directory for the full procedure (read registry, match changed files against registered patterns, update inline or defer to wrap-up per doc type). If docs/REGISTRY.md does not exist, skip this step entirely.

Common Step 7: Handoff

After successful build, read handoff-template.md in this skill's directory and render the handoff using that template. The template covers verification status, what was built, simplification summary, journeys, documentation changes, blocked items, manual steps, and the Actions Performed table.

Git Strategy

worktree (default): Before any work begins, /superpowers:using-git-worktrees creates an isolated workspace on a feature branch. All commits land in the worktree. At handoff, /superpowers:finishing-a-development-branch handles merge, PR, or discard — do NOT auto-merge or auto-PR.

current-branch: Commit directly on the current branch. No isolation. Unavailable when .claude-tweaks/policy.yml sets worktree.always: true — the mechanical PreToolUse gate denies edits outside a worktree regardless of what this lever says.

Git Rules

These rules apply in ALL modes. See _shared/git-discipline.md for the canonical Git Rules table (never reset, never force push, stage specific files only, verify commits landed, etc.) and the merge conflict resolution procedure. After resolving a merge conflict, run verification (Common Step 5) to confirm the resolution didn't break anything.

Autonomy Rules

These apply in subagent execution strategy. In batched strategy, autonomy rules apply within each batch but execution pauses between batches for human review.

• Do not ask for feedback during execution. Make reasonable decisions and keep moving.
• Do not ask "should I proceed?" — yes, you should. Always.
• Do not present options — pick the best one and implement it.
• If ambiguous, choose the simpler approach and note the alternative in a code comment.

Next Actions

Generate 2-4 options based on context. The signal-to-option lookup table below stays as-is — it's the assistant's own logic for picking which options apply to the current build's signals, never itself shown to the user or converted into an AskUserQuestion option:

Signal	Option
UI changed + browser available	/claude-tweaks:review {N} full — code + visual review (Recommended)
No browser or no UI	/claude-tweaks:review {N} — code review (Recommended)
QA stories exist (stories/*.yaml or stories/*.yml)	/claude-tweaks:test qa — validate {X} QA stories before review
Worktree mode	/superpowers:finishing-a-development-branch — merge, PR, or discard the feature branch (Recommended in worktree mode)

Once the signals are resolved, call AskUserQuestion with question: "What's next?", header: "Next step", multiSelect: false, and:

• Option 1 — switches on the browser-availability signal exactly as the table above (do not collapse the two branches into always-full): when UI changed AND a browser is available, label: "Code + visual review", description: "/claude-tweaks:review {N} full — code + visual review"; otherwise label: "Code review", description: "/claude-tweaks:review {N} — code review". Suffixed (Recommended) unless worktree mode makes option 3 the recommendation instead.
• Option 2 — label: "QA validation", description: "/claude-tweaks:test qa — validate {X} QA stories before review"
• Option 3 — label: "Finish branch", description: "/superpowers:finishing-a-development-branch — merge, PR, or discard the feature branch", suffixed (Recommended) when in worktree mode instead of option 1

Component-Skill Contract

/claude-tweaks:build is invoked by /claude-tweaks:flow as the implementation stage of the pipeline. Parent invocation is signaled by the PIPELINE_RUN_DIR env var (set by /flow when it spawns this skill — also resolvable via the most-recent matching run under .claude-tweaks/pipelines/). When PIPELINE_RUN_DIR is set, omit the ## Next Actions block at the end of Step 7 — the parent /flow owns the handoff and renders its own Pipeline Summary + Next Actions. When invoked directly by a user (no PIPELINE_RUN_DIR), render Next Actions as documented in Step 7. The Manual Steps section likewise defers its rendering to the parent's summary when invoked under /flow (see Step 5.5).

Anti-Patterns

Pattern	Why It Fails
Building without a spec or design doc	No clear scope leads to scope creep and unverifiable results
Asking for feedback during subagent execution	Subagent strategy is fully automated — make reasonable decisions and keep moving
Using git reset or git checkout .	Other processes may be committing concurrently — destroys their work
Skipping code simplification	Iterative implementation accumulates unnecessary complexity across tasks
Building a spec with unmet prerequisites	Downstream specs depend on upstream work — check the dependency graph first
Skipping journey capture for features with an interaction surface	Journeys give visual review a structured path to walk and feed /stories for QA generation. This applies to all personas: end users, admins, developers, internal tooling users.
Writing journeys with vague "should feel"	"Good" and "intuitive" are not testable. "Low commitment" and "like an accomplishment" are.
Asking the user whether to create a journey	Journey capture is automatic. The user didn't know they needed the spec either — that's why the workflow exists.
Ignoring architectural deviations from the spec	Drift happens during implementation — catch it in Step 4.5 before it becomes tech debt. Every deviation must be explicitly classified.
Guessing at fixes for behavioral bugs without reproducing them	Edit-and-pray debugging turns a 30-minute bug into a 3-hour one — reproduce on command first via /superpowers:systematic-debugging, then fix the confirmed cause (Common Step 5).
Using batched execution within /flow	Flow's purpose is hands-off automation — batched pauses for human review after every 3 tasks, contradicting flow's no-stopping design. Use subagent with /flow.
Rewriting docs from scratch during build	Build doc updates are incremental — add/change what the build touched. Full rewrites belong in /wrap-up or /init.

Relationship to Other Skills

Skill	Relationship
/claude-tweaks:specify	Runs BEFORE /claude-tweaks:build — shapes a record to ready (spec-shaped body) or decomposes a design doc into ready leaf records. /build's record mode (#N) materializes a shaped leaf record into a build-time file via skills/flow/materialize.md before implementing it, reading the Surface:/Design-intent: body-metadata lines /specify wrote, lifted into the materialized header. Design mode can skip /specify entirely, building directly from a design doc.
/superpowers:brainstorming	Produces the design doc that design mode consumes directly
/superpowers:writing-plans	Invoked BY /claude-tweaks:build to create the execution plan
/superpowers:subagent-driven-development	Invoked BY /claude-tweaks:build (subagent execution strategy) to execute the plan with automated review chain
/superpowers:executing-plans	Invoked BY /claude-tweaks:build (batched execution strategy) to execute the plan with human-reviewed batches
/superpowers:using-git-worktrees	Invoked BY /claude-tweaks:build (worktree git strategy) to create an isolated workspace before execution
/superpowers:finishing-a-development-branch	Invoked BY /claude-tweaks:build (worktree git strategy) at handoff to merge, PR, or discard the feature branch
/superpowers:systematic-debugging	Invoked BY /claude-tweaks:build (Common Step 5) when a behavioral bug surfaces during verification — reproduce-first discipline before fixing, escalate when the bug can't be reproduced
/claude-tweaks:simplify	Invoked BY /claude-tweaks:build after implementation (Common Step 3). Handles code simplification and re-verification.
/claude-tweaks:deepen	Produces the modules /deepen evaluates. Architectural deviations build catches in Common Step 4.5 can route to /deepen for a dedicated module-depth pass (distinct from /simplify's line-level cleanup).
/claude-tweaks:journeys	Invoked BY /claude-tweaks:build after verification (Common Step 6). Creates/updates journey files for built features.
/claude-tweaks:stories	Runs AFTER /claude-tweaks:build — auto-triggered by /flow when UI files change, or run manually. /build creates journey files via /journeys (docs/journeys/*.md) that /stories ingests for journey-aware story generation — stories reference their source journey via the journey: field. Stories are validated by /test qa.
/claude-tweaks:test	Runs AFTER /claude-tweaks:build (in pipeline: receives VERIFICATION_PASSED=true, skips types/lint/tests, runs QA if stories exist). Standalone: runs the same checks as /build Common Step 5.
/claude-tweaks:review	Runs AFTER /claude-tweaks:test — gates on TEST_PASSED=true. In design mode, uses git diff instead of spec compliance. Standalone /review auto-triggers /test if no recent pass.
/claude-tweaks:review (visual modes)	Tests the user journeys that /build creates — visual review modes are the bridge between build and visual QA
/claude-tweaks:wrap-up	Runs AFTER /claude-tweaks:review — cleans up and captures learnings. build/skill ledger entries from Step 4.5 feed into wrap-up's skill update analysis (Step 7).
/claude-tweaks:capture	Design mode may file backlog work records for blocked work (Step 4); after build, /build calls /capture to file follow-up ideas ("while I'm here" observations) before they're lost — fresh backlog records instead of inflating the current spec
/claude-tweaks:tidy	Reviews specs from /claude-tweaks:build for staleness — periodic cleanup complement
/claude-tweaks:init	/init creates docs/REGISTRY.md (Phase 8.5) that /build consumes in Step 6.5 for documentation sync
/claude-tweaks:ledger	Manages the open items ledger file. /build creates and appends items during Steps 2.5, 4, 4.5, 5.5, and 6.5.
/claude-tweaks:design	/build invokes /claude-tweaks:design pre-build <spec> as Common Step 1.7 to lazy-load Impeccable reference files and project design context (root PRODUCT.md, root DESIGN.md) into the implementer subagent. Skips cleanly on non-frontend specs or when Impeccable is not installed.
/claude-tweaks:flow	Invoked BY /flow as the implementation step — flow constrains /build to subagent execution (batched pauses contradict flow's hands-off contract) and passes the pipeline run directory via PIPELINE_RUN_DIR so /build's auto-mode decisions land in the shared decision log. In record mode, /flow materializes the record into {run-dir}/work/{n}-spec.md via skills/flow/materialize.md before invoking /claude-tweaks:build #{n}, which reads that file in place; a standalone /build #{n} (no /flow parent, e.g. dispatched or run directly by a human) performs the same materialize step itself.
/claude-tweaks:help	/help recommends specific specs to /build based on dependency graph + INDEX.md status; /build's spec resolution rules mirror /help's selection logic
/claude-tweaks:reflect	/reflect is invoked BY /wrap-up after /build completes; reflection insights tagged for skills/CLAUDE.md feed back into /build's future runs via updated project conventions
_shared/auto-mode-contract.md	Single source of truth for auto-mode behavior — read before adding any auto-mode handling