edit-app

name	edit-app
description	Use when the user wants to iterate on an existing generated Power Apps mobile app after /create-mobile-app: update the plan, data model, native capabilities, design, screens, generated app code, and preview without restarting the full project flow.
user-invocable	true
allowed-tools	Read, Write, Edit, Glob, Grep, Bash, AskUserQuestion, Task, Skill
model	opus

Shared instructions: shared-instructions.md — read first.

Edit App (/edit-app)

Post-generation editor for an existing mobile app. native-app-plan.md remains the source of truth, but the default outcome is a fixed generated app, not a plan-only diff. After the user approves the plan delta, continue into Dataverse/native/design/screen mutations, run verification, update memory-bank.md, and regenerate the static preview when UI changed.

Use --plan-only only when the user explicitly asks to update planning docs without changing app code. Normal follow-up prompts in Copilot Chat Agent mode should apply the app change end to end.

When to use

• "Improve the search screen to make it easier to use on mobile"
• "Add loading, empty, and error states to the list screen"
• "Add a detail screen for the selected record"
• "Update the design to better match the company branding"
• "Add a form to create a new record in Dataverse"
• "Add barcode scanning and use the scanned value to search records"
• "Generate a new static preview of the updated app"
• "Add a case table to the data model"
• "Replace the Drawer navigation with Tabs"
• "Add expo-camera to the native capabilities"
• "Add signature capture to approvals and store it in Dataverse"
• "Generate an evidence PDF and retain it on the inspection record"
• "Add a View PDF action for an HTTPS report URL"
• "Reorder screens — move profile out of tabs, into a modal from the home header"

When NOT to use

• Brand-new project → /create-mobile-app
• Just adding one connector with no screen changes → /add-connector directly
• Just adding a single native wrapper with no screen changes → /add-native directly
• The plan file is missing → re-run /create-mobile-app (don't try to reconstruct)

Workflow

0. Locate app + health/drift probe → 1. Discover intent + inspect existing app → 1.5 Impact preview → 2. Re-plan affected sections → 3. Gate intent, plan + mutation preview → 4. Write plan diff → 5. Apply app mutations → 6. Rebuild affected screens → 7. Verify + quality sweep → 8. Preview + memory-bank update + optional debug handoff

---

Edit Quality Gate Policy — no quality compromise

This is a focused edit workflow, not a lighter quality bar. Reuse /create-mobile-app gates at edit scale.

Required gates by edit type:

Edit touches	Required gates
Any source file	Existing-app health gate, final npx tsc --noEmit
Dataverse/schema/connector	Environment drift gate, data-source/schema gate, Generated Services snapshot refresh, final tsc
Navigation/routes	Navigation/layout gate, route contract check, final tsc
New screen	Shared scaffold gate, skeleton gate, screen-builder wave gate, style-quality sweep, route check, final tsc
Existing screen TSX	Screen edit gate, style-quality sweep, route check when navigation changed, final tsc
Native capability	Native allowlist gate, wrapper existence gate, final tsc
Pure-JavaScript dependency	Approved exact-version dependency table, package-content gate, package validation, final tsc
Design/component/density	Design-system gate, affected-screen style sweep, final tsc, preview

When a gate fails: capture full output once, classify by root cause, repair in a batch, rerun the same gate once. Do not make line-by-line fixes with tsc after every tiny edit. Continue only when the gate is clean or record a BLOCKED: / DONE_WITH_CONCERNS: entry in memory-bank.md.

Hard stops:

• Do not run data-source mutations if the app root/environment cannot be identified.
• Do not launch screen-builders from broken generated services, route layouts, shared code, or skeletons.
• Do not import native wrappers in screens before /add-native has generated them.
• Do not hide unsupported native capabilities behind mocks or TODOs just to satisfy TypeScript.
• Do not mark an edit successful if changed screens fail TypeScript, route contracts, or required validators.

Step 0 — Locate app + health/drift probe

test -f native-app-plan.md && echo "OK: plan found" || echo "ERROR: no plan"
test -f package.json && echo "OK: package found" || echo "ERROR: no package"
test -d app && echo "OK: app routes found" || echo "ERROR: no app routes"
test -f memory-bank.md && echo "OK: memory bank found" || echo "WARN: no memory bank"
git status --short

If native-app-plan.md is missing → STOP. Tell the user this skill edits an existing generated app; they should re-run /create-mobile-app on a fresh template or manually recreate the plan before using this editor.

Read if present:

• memory-bank.md — project facts, target environment, visual companion flag, prior blocks
• .datamodel-manifest.json — existing Dataverse tables/columns
• brand/design-system.md and brand/tokens.ts — design constraints and token availability
• src/generated/services/*.ts and src/generated/models/*.ts — generated data surface

Run these existing-app health checks before any mutation:

Check	Action if unhealthy
memory-bank.md exists and has expected headings	If missing/corrupt, ask whether to proceed with reduced resume safety; create/update only after approval
power.config.json, .resolved-environment.json, and memory bank env agree	For data-source/schema edits, STOP until the user confirms the intended environment
src/components/index.tsx, src/hooks/index.ts, src/utils/index.ts, src/tokens/index.ts exist	Restore missing shared scaffold from shared/samples/src/ before screen-builder work; do not overwrite existing files
app/_layout.tsx still wraps providers and SafeAreaProvider correctly	Patch conservatively before screen work; route/safe-area validators depend on this
src/generated/ compiles when the edit depends on generated services	Regenerate schemas/services first, or block before screen work
node_modules and package scripts needed for verification exist	If missing, ask user to run install; do not pretend verification passed

If the worktree has uncommitted changes that overlap likely edit targets, show the affected files and ask before continuing. Do not revert or stash automatically.

If the app already fails npx tsc --noEmit, capture the errors once. Continue only when the failures are in files this edit will touch or are generated-service drift this edit can repair; otherwise surface the pre-existing failure and ask whether to proceed. If the edit would add screens or generated services, clean the prerequisite gate before continuing.

Step 1 — Discover intent + inspect existing app

Infer from $ARGUMENTS when possible, but do not mutate files until you have a concrete edit brief. This is the mini /create-mobile-app requirements phase for one existing-app change.

First inspect the app so questions can use real options instead of abstractions:

find app -name '*.tsx' -not -name '_layout.tsx' -not -name '+not-found.tsx' | sort
ls -1 src/generated/services/*.ts 2>/dev/null | sed 's|src/generated/services/||;s|\.ts$||'
ls -1 src/generated/models/*.ts 2>/dev/null | sed 's|src/generated/models/||;s|\.ts$||'
find src/native -maxdepth 1 -type f -name '*.ts*' 2>/dev/null | sort

Also read the relevant native-app-plan.md sections (## Data Model, ## Native Capabilities, ## Design, ## Screens, and ## Generated Services if present) plus the existing TSX for any candidate screen. If brand/design-system.md exists, read it before asking design/screen questions so the edit preserves product grammar, density, component rules, and negatives.

Ask only for information that cannot be inferred from the app. If there is exactly one plausible screen/table/service, state the inferred choice in the mutation preview instead of asking. If there are multiple plausible choices, ask a small multiple-choice question with those real names.

Build an edit brief before Step 2:

## Edit Brief
- Intent: <what user wants to accomplish>
- Target screens/routes: <existing or new>
- Data surface: <generated service/table/connector, or none>
- Native capability: <wrapper/control needed, or none>
- Design scope: <tokens/component grammar/screen-specific, or none>
- Plan sections to update: <Data Model / Native Capabilities / Screens / Design / Connectors>
- App files likely touched: <routes/layouts/src/native/src/generated/brand/etc.>
- Verification gates: <schema, tsc, routes, validators, preview>

If the edit brief is incomplete after inspection, ask scenario-specific questions before continuing.

Ask via AskUserQuestion:

"What should this app edit change? (a) Data model — add/extend/reuse Dataverse tables (b) Native capability — camera, scanner, PDF, pen, files, secure storage (c) Screens/navigation — list, search, detail, form, tabs, states (d) Design — palette, typography, components, density, brand rules (e) Connector/data source — SharePoint, Office, custom connector (f) Multi-section feature — one user-visible change that needs several of the above (g) Preview only (h) Cancel"

Then ask: "Briefly describe the change you want."

Scenario-specific questions to ask only when the answer is not already obvious:

Scenario	Required intent questions before planning
Search/mobile usability	Which existing search/list screen? Which fields should search cover? Should search run locally over loaded rows or query Dataverse/connector server-side? Are filters/sort/scope needed?
Loading, empty, error states	Which list screen(s)? If no list screen exists, should /edit-app create a new list screen or apply states to another data screen? Are there already loading/empty/error components that should be improved rather than duplicated?
Detail screen	From which source screen does the user select a record? Which table/service is the record from? Which fields/actions must appear? Should the route be push detail, modal, or formSheet?
Branding/design	What is the brand source (brand doc, logo, URL, text description, existing app)? Is this palette-only, typography, component/density, or full reskin? Should all screens update or only named screens?
Dataverse create form	Which Dataverse table? Existing table or new table? Which fields are required/editable? Where should the form launch from? What happens after save (back, detail, add another)? Are there lookup/file/image fields?
Barcode/QR scan search	Where should scanning live (new scanner screen, existing search screen action, form field)? What does the scanned value represent (record ID, serial number, asset tag, SKU, custom field)? Which table/service/field should it search? What happens on no match or multiple matches?
New requirement + screen	What user workflow is being added? Who uses it? What data/native/connectors does it need? Where does it sit in navigation? What is success/failure behavior?
New data source	What job does the data source support? Is it structured business data (Dataverse), SharePoint list/library, cloud flow/action, or another connector? Which screen(s), if any, should use it now?
Preview only	Preview all screens or only changed/key screens? Should Visual Companion auto-open behavior be honored?

Existing-state checks before deciding to add vs edit:

• For a named screen, confirm the route file exists. If it does not, ask whether to create it or choose an existing screen.
• For list states, grep the target screen for LoadingState, EmptyState, ErrorState, refreshing, and onRefresh; improve missing or weak states, do not duplicate existing ones.
• For forms, check generated service methods for create/update before planning UI. If methods or table are absent, add/refresh the data model first.
• For scanner work, check src/native/ and the plan's Native Capabilities table for scanner/camera wrappers before screen work.
• For detail screens, check Navigation Contracts and existing dynamic routes before creating another [id].tsx.
• For branding, check brand/design-system.md, brand/tokens.ts, and tamagui.config.ts before deciding whether TSX rebuilds are needed.

Use this scenario coverage matrix for common follow-ups. The goal is one user prompt -> one orchestrated edit, not a list of commands the user must run manually.

User asks	Plan sections	Apply path	Screens / verification
Improve search screen for mobile	Screens	mobile-app:screen-planner edit pass only	Rebuild the named search/list screen; run tsc, route check, preview
Add loading, empty, and error states	Screens	Screen spec + existing TSX edit	Rebuild affected list screen; verify visible loading, empty, error, retry, refresh states
Add a detail screen for selected record	Screens; Data Model only if fields/services are missing	Update Screen Map + Navigation Contracts; run /add-dataverse or /add-datasource only if data surface is missing	Create route/folder/layout as needed; build detail screen and source list/search navigation
Update design to match company branding	Design; Screens only if component grammar/density changes	/design-system --refresh <dimension> or --reskin	Rebuild affected screens only when tokens alone are insufficient; always preview
Add a form to create a new Dataverse record	Screens; Data Model if table/columns/lookups/create service are missing	/add-dataverse --skip-planning when schema/service is missing	Build form route, create payload helper, parent navigation, and focus refresh; verify create/update payloads
Add barcode scanning and use scanned value to search records	Native Capabilities, Screens; Data Model if scan target field is missing	/add-native barcode-scanner; /add-dataverse only if target field/table is absent	Build scanner/search flow, pause/lock scan callback, search via service filter, preview
Add a full calendar, agenda, or scheduling view	Screens → JavaScript Dependencies	Add exact react-native-calendars version to the approved table, then npm install --save-exact before builders	Build the calendar screen with the approved pattern; no /add-native or Android/iOS rebuild
Add a new requirement with a new screen	Usually Screens plus whichever of Data Model, Connector, Native, Design the requirement implies	Decompose into one coherent feature; apply data/connector/native/design first, then screens

One user-visible feature may require multiple plan sections. That is allowed and expected. Multiple unrelated features in one prompt should be split: list the features, ask which to run first, and do not bundle their mutations.

Loophole checks before continuing:

• If the request adds UI that reads or writes data, confirm the generated service exists or add the data source before screen work. Never let screen-builders invent services.
• If the request is ambiguous about Dataverse vs SharePoint vs another connector, route through /add-datasource rather than guessing.
• If a screen requires a native wrapper, run /add-native before screen-builders import src/native/*.
• If a native capability is not shipped by the template, stop with a clear block; do not install native packages or fake support.
• If a screen requires a pure-JavaScript library, add it with an exact version to ## Screens → ### JavaScript Dependencies, include it in the mutation preview, and install it before screen builders run. Determine JS-only status from shipped contents, not from a package-name prefix.
• If the request changes navigation, update route layouts and navigation contracts before spawning screen-builders.
• If the request adds a new screen, generate any needed route folder, generated-service snapshot, shared code, and skeleton before building TSX.
• Do not stop after writing native-app-plan.md. The plan update is an internal checkpoint; the app mutation and verification are the user-visible result.

For PDF/signature requests, map the change to every affected section instead of editing only the first obvious one:

User request	Required plan updates
Add signature capture, sign-off, pen, ink, drawing	Native Capabilities: pen-input; Data Model: Image/File column or child Evidence/Signature table; Screens: capture action, preview state, cancelled state, upload failed state
Store signed approval as Dataverse image	Data Model: Image column; Screens: normalize data:image/png;base64,... before update; Native Capabilities: pen-input if capture is in-app
Generate/export/print evidence PDF	Native Capabilities: pdf-report only when expo-print is present, plus sharing only when local share is needed and expo-sharing is present; Data Model: File column only if retained; Screens: generation pending/failed/success states
Persist generated PDFs	Data Model: Dataverse File column or child Attachment table; Screens: create/update row first, then upload File bytes; Native Capabilities: pdf-report
View/open/preview PDF	Native Capabilities: native-pdf-viewer for HTTPS URLs or local file:// URIs when @microsoft/power-apps-native-pdf-viewer 0.2.9+ is present; Screens: invalid URL and viewer failed states

If a single PDF/signature request requires multiple plan sections, say so and run the edit loop section-by-section. Do not write a native capability entry that references a Dataverse column or screen state that remains absent from the plan.

Step 1.5 — Impact preview (cheap abort gate)

Before spawning architects or mutating files, show a rough impact preview and ask for proceed/edit/cancel. This mirrors /create-mobile-app Step 2c at edit scale.

Compute:

• Cost tier: Cheap (single existing screen), Medium (new route/form/detail or one data source), Heavy (multi-screen/nav/design/data/native), Major (reskin or broad screen rebuild).
• Likely plan sections: Data Model, Native Capabilities, Connectors/Data Sources, Design, Screens.
• Likely files: exact screen/layout/native/brand/generated/memory files when known.
• Likely skills/agents: mobile-app:data-model-architect, mobile-app:screen-planner, mobile-app:screen-builder, /add-datasource, /add-dataverse, /add-sharepoint, /add-connector, /add-native, /design-system, /preview-screens, optional /debug-app only when the user gives a concrete runtime symptom.
• Verification gates: schema, generated services, route contracts, screen validators, preview.
• Main risks: environment drift, unsupported native package, generated service missing, navigation contract change, broad design churn, stale installed plugin cache.

Print:

─── Edit impact preview ─────────────────────────────
Intent        <one sentence>
Tier          <cheap|medium|heavy|major> (~<time range>)
Plan          <sections>
Skills/agents <list>
Files         <screen/layout/data/native/brand/memory summary>
Verification  <gates>
Preview       <yes/no>
Risks         <none or bullets>

Choose:
  (a) Proceed
  (b) Edit intent / answer more detail
  (c) Cancel

If the user chooses edit, return to Step 1 and refine the edit brief. If cancel, stop with no file mutations. If proceed, continue to Step 2.

If the user picks (d) Design:

Read and execute the /design-system skill instead of spawning a planner agent. Determine the dimension from the user's description:

User says	Route to
"change colors", "palette", "accent"	/design-system --refresh palette
"change fonts", "typography", "font"	/design-system --refresh typography
"change components", "buttons", "cards"	/design-system --refresh components
"change spacing", "density", "compact"	/design-system --refresh density
"add rule", "remove rule", "negatives"	/design-system --refresh negatives
"change animations", "motion"	/design-system --refresh motion
"full redesign", "reskin", "new theme"	/design-system --reskin

One-major-change-per-prompt enforced. If the user asks to change palette AND typography → refuse, ask which first. This matches /design-system's own behavior.

After /design-system --refresh returns, print:

✅ Design system updated. brand/design-system.md + brand/tokens.ts refreshed.

Continuing with verification and preview. Rebuilding screens only if component shapes, density, navigation, or screen-specific design rules changed.

Do not stop after design refresh. Continue to Step 7 verification and Step 8 preview. If the refresh changed component shapes, density, negatives, or a full reskin requires TSX adjustments, include Screens in the affected sections and rebuild those screens.

Step 2 — Re-plan affected sections

Reuse the same planning primitives as /create-mobile-app, but only for the affected surfaces:

Surface	Reuse from create flow	Edit-app scope
Dataverse schema	data-model-architect + /add-dataverse Step 8	New/changed tables, columns, lookups, calculated fields, generated services
Connector choice	/add-datasource, /add-sharepoint, /add-connector	New or changed external data/action surface
Native capability	/add-native Step 9	New wrappers/controls needed by edited screens
JavaScript dependency	screen-planner + shared/references/javascript-dependency-planning.md	Explicit package requests or established JS libraries needed by edited screens
Design	/design-system Step 9b	Token refresh, reskin, density/component rules
Navigation	/create-mobile-app Step 10b	Changed tabs, stacks, route groups, modal/formSheet presentation
Service snapshot	/create-mobile-app Step 10.7	Refresh after any data source/schema change before builders run
Shared code + skeletons	/create-mobile-app Step 10.8	New screens, changed data imports, new shared row/card/hooks
Screen implementation	/create-mobile-app Step 11	Only affected screens, via mobile-app:screen-builder waves
Quality sweep	/create-mobile-app Step 11.4	Changed screen files and route layouts

Read each affected section verbatim from native-app-plan.md and pass it as input to the relevant read-only agent. Use the plugin namespace for every Task invocation.

Before the first Task, run a silent preflight for the leaf agent you need (mobile-app:data-model-architect, mobile-app:screen-planner, or mobile-app:screen-builder preflight later). If the host cannot spawn agents, print once:

"→ Planner agents unavailable in this host — running inline planning. (No action needed; this is automatic.)"

Inline fallback rules:

• Data Model: draft the section inline from the existing plan, .datamodel-manifest.json, generated models, and the user's edit brief; then gate it exactly like an agent result.
• Screens: draft Screen Map / Navigation Contracts / per-screen spec changes inline using agents/screen-planner.md, shared/references/screen-templates.md, and the existing screen TSX; then gate it exactly like an agent result.
• Native Capabilities and Connectors: already handled inline by this skill.
• Never skip approval just because a leaf agent is unavailable.

Section	Agent (read-only)	Output file
Data Model	mobile-app:data-model-architect	_dm_section.md
Native Capabilities	(handled inline — no separate agent)	_native_section.md
Screens	mobile-app:screen-planner	_screens_section.md

Spawn agent: mobile-app:<agent-name>

Prompt:
  Update the existing <section-name> section based on the user's change request.

  User request: <verbatim>
  Current section content: <verbatim>
  Working directory: <absolute path>
  Plugin root: ${CLAUDE_SKILL_DIR}/../../

  Mode: edit (preserve existing decisions where the change doesn't affect them).
  Existing generated app must be updated after approval, so include enough detail for builders to mutate code without guessing.
  Return the updated section as a markdown file.

Parse the first line of every agent result using the return-status protocol in AGENTS.md. DONE continues, DONE_WITH_CONCERNS: must be surfaced and recorded, NEEDS_CONTEXT: gets one clarified retry, BLOCKED: stops before any file mutation, and unknown first lines are treated as BLOCKED: malformed agent return.

For Native Capabilities (no separate agent), do it inline: read the current capability table, apply the change, regenerate the table. For PDF/pen rows, include storage/output notes in the table or immediately below it:

• native-pdf-viewer 0.2.9+ opens HTTPS URLs and local file:// URIs; it does not support content://, blob:, or http://.
• pdf-report generates a local PDF only when expo-print is present; local output may be opened by native-pdf-viewer 0.2.9+, shared with expo-sharing when present, or uploaded to Dataverse File storage.
• pen-input returns a PNG data URI; cancellation is a non-error state; Dataverse target must be Image, File, or child Evidence/Signature row.

For connector/data-source edits, read and execute /add-datasource when the source type is unclear; use /add-sharepoint, /add-connector, or /add-dataverse directly only when the source type is clear. If the connector drives new screens or forms, update the Screens section too before applying code.

Step 3 — Gate intent, plan + app mutation preview

Show the user a side-by-side diff (or before/after) for every changed plan section. Also show an app mutation preview:

• Edit brief: intent, target screens/routes, data/native/JavaScript/design dependencies, and assumptions
• Data/schema operations to run (/add-dataverse --skip-planning, connector add, native wrapper add)
• Screen files to create, rewrite, rename, or delete
• Navigation/layout files to update
• Verification commands to run
• Whether preview.html will be regenerated

Ask:

"Approve this edit and apply it to the app? (a) Approve and apply (b) Revise — give feedback for another pass (c) Cancel — discard changes"

If revise → loop back to Step 2 with the user's notes appended. If approve → continue. If cancel → STOP, leave the plan and app untouched.

If $ARGUMENTS includes --plan-only, change option (a) to "Approve and save plan only" and stop after Step 4 with a clear note that the app was intentionally not changed.

Step 4 — Write plan diff

Replace the approved section(s) in native-app-plan.md with the approved content (preserve all other sections verbatim). Print a unified diff so the user has a record:

diff --git native-app-plan.md native-app-plan.md
---
+++ Section: Data Model
- | 🆕 Create (Tier 2) | contoso_workitem | ... |
+ | 🆕 Create (Tier 2) | contoso_workitem | ... |
+ | 🆕 Create (Tier 2) | contoso_case | Lookup → account, severity, status |

If this is --plan-only, update memory-bank.md with plan_only: true, print the exact follow-up commands, and stop. Otherwise continue immediately.

Step 5 — Apply app mutations

Apply sections in dependency order so screens always build against the current data/native surface:

0. Environment drift gate for data edits — before Dataverse, SharePoint, connector, or sample-data work, compare memory-bank.md, power.config.json, and .resolved-environment.json. If they disagree, show the values and ask the user which environment is intended. Do not create tables or connections until confirmed.
1. Data Model — read and execute /add-dataverse --skip-planning with the approved Data Model section. It must create/extend Dataverse tables, refresh generated services/models, update .datamodel-manifest.json, and leave generated services compiling. After it returns, run npm run generate-schemas and npx tsc --noEmit; do not continue to screens until clean.
2. Sample Data — if a new Dataverse table was created and any changed screen will show list/detail data from it, read and execute /add-sample-data for the project. If seeding fails, record a concern and continue only if the app handles empty states.
3. Connector/Data Source — read and execute /add-datasource when ambiguous, or /add-sharepoint / /add-connector for approved connector changes. Regenerate services and record connection notes in memory-bank.md.
4. Pure-JavaScript Dependencies — execute the Installation Contract in shared/references/javascript-dependency-planning.md for new or changed rows in the approved ## Screens → ### JavaScript Dependencies table. Approval is consent for those exact packages and versions. Install and validate before screen work; if final inspection finds native code/config or incompatible runtime dependencies, remove only the newly added package and stop with the exact failed criterion.
5. Native Capabilities — read and execute /add-native <capability> for every new capability. Do not install missing native packages or fake wrappers. If a capability is unsupported by the current template, stop before rebuilding screens that import it, record the block, and tell the user what upstream template support is missing.
6. Design — read and execute /design-system --refresh <dimension> or /design-system --reskin for design edits. Token-only changes usually do not require TSX rewrites; component/density/negative-rule changes may.

After any Data Model, Connector/Data Source, JavaScript Dependency, or Native Capabilities mutation, rerun the generated-service/dependency/native-wrapper probe before screen work. Screen prompts must reflect what exists on disk now, not what the earlier plan expected.

Step 5.5 — Refresh generated service snapshot

Run this after any data-source/schema/connector mutation and before any screen-builder prompt:

cd <working_dir>
for svc in src/generated/services/*.ts; do
  [ -e "$svc" ] || continue
  name=$(basename "$svc" .ts)
  methods=$(grep -oE 'static async [a-zA-Z_]+' "$svc" | sed 's/static async //' | tr '\n' ',' | sed 's/,$//')
  echo "| \`$name\` | \`src/generated/services/$name.ts\` | $methods |"
done

Replace or create the ## Generated Services (snapshot at <ISO timestamp>) section in native-app-plan.md immediately after ## Screens. If there are no services, write an empty table and a note. Screen-builders must treat this table as authoritative.

Do not ask the user to run these follow-up skills manually. This skill is the orchestrator.

Step 5.6 — Offline profile reconciliation

If Step 5 created or extended Dataverse tables, an existing Mobile Offline Profile may now be missing those tables/columns (new tables never sync to devices; new columns arrive blank). Step 5's /add-dataverse --skip-planning suppresses that skill's own Step 8.5 reconciliation, so this orchestrator owns the check. Skip when no Data Model mutation occurred in this edit.

Run the local, no-network delta check:

node "${CLAUDE_SKILL_DIR}/../../scripts/offline-profile-delta.js"

Branch on the JSON status per offline-profile-reconciliation.md: no-manifest / no-profile / in-sync → continue silently (do not nag when no profile exists); delta → prompt to update, then read and execute ${CLAUDE_SKILL_DIR}/../add-table-to-offline-profile/SKILL.md for missingTables[] and ${CLAUDE_SKILL_DIR}/../edit-offline-profile/SKILL.md for tablesWithNewColumns[], passing the arguments documented by each workflow, and re-check to in-sync. Record the reconciliation outcome in the Step 8 memory-bank edit entry.

Step 6 — Rebuild affected screens

Use the plan diff plus the user's request to build the affected screen set:

Change type	Screens to rebuild
Existing screen behavior/layout/state/search change	The named screen(s)
New detail screen	The new detail screen plus the source list/search screen that navigates to it
New create/edit form	The form screen plus parent list/detail screens that launch it and refresh on focus
New scanner/camera/PDF/pen workflow	The capability screen plus any result/detail/form screens it routes to
Data-model field added for visible UI	Every screen that displays or writes the field
Navigation pattern changed	Every tab/root screen and any route whose contract changed
Design component/density/reskin changed	All screens whose layout grammar is affected; for full reskin, run a broad screen wave or controlled style sweep

Before spawning builders:

• Update route layout files using the /create-mobile-app Step 10b layout rules if navigation changed.
• Create missing route folders for new screens.
• Refresh the ## Generated Services table using /create-mobile-app Step 10.7 rules if any data source/schema changed.
• Generate or refresh app-specific shared code from /create-mobile-app Step 10.8a when two or more affected screens share an entity row/card, choice map, cursor hook, or save helper.
• For brand-new screens, write typed skeleton files using /create-mobile-app Step 10.8b patterns before calling builders.
• For existing screens, do not overwrite with skeletons. Pass the current file content and the change request to the builder in edit mode. If imports/data hooks changed, update them surgically before the builder fills or revises JSX.
• For removed screens, delete route files and remove layout entries only when the user approved deletion in Step 3.

Navigation/layout algorithm:

• Read the approved ## Screens Screen Map and Navigation Contracts.
• For every new route, create the parent folder and inner _layout.tsx when the route is nested.
• For modal/formSheet/detail routes, add the correct <Stack.Screen name="..." options={{ presentation: 'modal' | 'formSheet' }} /> in the owning folder layout.
• For tab/root changes, patch only the route list in app/(app)/_layout.tsx; preserve auth/provider logic and imports not related to route registration.
• For removed routes, delete the route file and remove layout entries only after explicit user approval in Step 3.
• After route/layout edits and before builders, run npm run check-routes --if-present or node scripts/check-routes.js if available.

Shared scaffold algorithm:

• If src/components/index.tsx, src/hooks/index.ts, src/utils/index.ts, or src/tokens/index.ts is missing, copy the missing file from shared/samples/src/. Never overwrite an existing shared file.
• If affected screens share an entity card/row, choice map, cursor hook, detail hook, or save helper, create or update a focused app-specific shared file before spawning builders.
• For brand-new screens, write a typed skeleton at the target_file using the relevant /create-mobile-app Step 10.8b template. The skeleton must compile with return null before screen-builder runs.
• For existing screens, never replace the whole file with a skeleton. Patch imports/hooks only when the approved edit changes the data/native surface, then ask the builder to preserve existing behavior.

Run the navigation/skeleton gate before screen-builder work:

npx tsc --noEmit

If it fails, batch-fix layouts, route names, skeleton imports, generated-service names, shared exports, or hook signatures, then rerun once. Do not launch screen-builders from a broken shell.

Step 6.1 — Screen-builder preflight + waves

Before the first wave, run a silent Task preflight for mobile-app:screen-builder using a no-op screen name. If unavailable, print once and build inline using agents/screen-builder.md; inline mode must satisfy the same quality rules.

Batch affected screens in waves of up to 5. For each wave:

1. Print the wave start: Wave <N>/<W> starting: <screen names>.
2. Spawn all builders in one message so they can run in parallel.
3. Parse each first line per AGENTS.md (DONE, DONE_WITH_CONCERNS, NEEDS_CONTEXT, BLOCKED). Unknown first lines are BLOCKED.
4. Retry NEEDS_CONTEXT once with the missing context from plan/files/services.
5. Stop on BLOCKED unless the user chooses to skip with an approved placeholder.
6. Run npx tsc --noEmit after the wave before launching the next wave.
7. If the wave gate fails, group errors by root cause and respawn affected builders with consolidated TypeScript output. Cap at 2 retries per screen.

Do not launch wave N+1 until wave N is clean.

Spawn mobile-app:screen-builder agents in waves of up to 5 screens. Prompt each builder with:

Follow screen-builder.md.
Mode: edit existing generated app.
User change request: <verbatim>
working_dir: <absolute path>
screen_name: <screen id>
route: <route>
target_file: <absolute path>
plan_path: <absolute path>/native-app-plan.md
current_file: <paste current file content if the file exists>

Preserve unaffected behavior from the existing screen. Apply the approved plan diff. If this is an existing screen and no skeleton marker is present, update the screen from current_file instead of falling back to sample layout.

Step 7 — Verify

Run verification after mutations. Batch-fix root causes, then rerun the failed gate once. Verification is selected by what changed, but TypeScript is always required after an app mutation.

Required gates, selected by what changed:

npm run generate-schemas      # if any data source/schema/connector changed
npx tsc --noEmit              # always after app mutation
npm run check-routes --if-present

If npm run check-routes is absent but scripts/check-routes.js exists, run:

node scripts/check-routes.js

When screen files changed, run the mobile plugin's report-mode validators explicitly:

node "${CLAUDE_SKILL_DIR}/../../hooks/validate-screen-quality.js" --report <changed-screen-files-or-app-dir>
node "${CLAUDE_SKILL_DIR}/../../hooks/validate-color-contrast.js" --report <changed-screen-files-or-app-dir>

Treat validator findings like create-flow gate failures: capture once, batch by root cause, repair, and rerun the same validator once. These scripts are invoked only inside the mobile workflow; do not register them as plugin-wide hooks.

Step 7.1 — Targeted style-quality sweep

When screen files changed, run a focused version of /create-mobile-app Step 11.4 against the changed screen files plus any route layouts changed by this edit.

Rules:

1. Run validate-screen-quality.js --report and validate-color-contrast.js --report when available.
2. Merge issues by file and rule.
3. Auto-fix deterministic issues: weak readable tokens, yellow/orange badges with white text, missing icon-only aria-label, missing role, tiny icon hit targets, raw hex tokens, missing safe-area padding, allowFontScaling={false}. Apply these web-standard accessibility props to Tamagui 2 components; raw React Native components retain their React Native accessibility props.
4. Treat judgement calls as concerns, not infinite loops: complex safe-area restructuring, ambiguous brand color choices, large hierarchy redesigns, or empty-state rewrites that require large JSX movement.
5. Re-run the same report validators for touched files. Cap retries at 2 per file per validator.
6. Run npx tsc --noEmit after style fixes. Style concerns may remain, but TypeScript may not.

If auto-fixable issues remain after retries, record DONE_WITH_CONCERNS in memory-bank.md with file/rule summaries.

If verification fails because the edit exposed stale generated services, rerun the relevant data-source regeneration once before changing screens by hand. If failures are unrelated pre-existing issues, report them separately and do not hide them as successful edit results.

Step 8 — Preview + memory-bank update

Before Step 8, npx tsc --noEmit must be clean after all code edits from this /edit-app run. If any code was written after Step 7's tsc, rerun npx tsc --noEmit, batch-fix root causes, and continue only when TypeScript is error-free.

If any UI, design, navigation, native interaction, or visible data state changed — or if the user explicitly asked for a preview — read and execute /preview-screens after verification. This regenerates preview.html and opens it according to the project's visual_companion setting.

If the user gives a concrete runtime symptom and Metro is already running from the native dev-client flow, you may invoke /debug-app "<symptom>" after the static verification and preview steps. This is an optional symptom-debug handoff, not a verification gate: do not run screen-by-screen runtime checks, do not crawl routes, do not use React Native Web, and do not call Metro HTTP endpoints directly.

Append an edit entry to memory-bank.md:

### Edit: <yyyy-mm-dd> <short title>
- Request: <verbatim or concise summary>
- Intent brief: <target screens/routes, data surface, native capability, design scope>
- Assumptions: <inferred choices or none>
- Skills/agents invoked: <data-model-architect, screen-planner, add-dataverse, screen-builder, etc.>
- Plan sections changed: <Data Model / Native Capabilities / Screens / Design / Connectors>
- App changes: <screens/routes/native wrappers/data sources>
- Verification: <commands/gates + pass/fail/skipped with reason>
- Preview: <preview.html path or not generated>
- Debug handoff: <  / / "<>" invoked>
 Blocks/concerns: 

Final summary must say what changed in the app, what verification ran, where the preview is, and whether a symptom-debug handoff was requested. Do not end by saying the codebase was not changed unless this was explicitly --plan-only.

Notes

• native-app-plan.md is still the durable source of truth. The change should be planned before it is applied, but planning is not the end state.
• For complex multi-section edits, update and gate every required section first, then apply the mutation in dependency order. Do not leave a native capability entry that references missing Dataverse storage or a screen state that was never planned.
• The architect agents are the same ones used by native-app-planner during initial creation, so planning improvements flow through here.
• This skill intentionally covers post-generation iteration. It is acceptable for /edit-app to touch Dataverse, src/native/, route layouts, screen TSX, brand tokens, preview.html, and memory-bank.md when the approved edit requires it.