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/iap-finalizer

Take a one-time in-app purchase from MISSING_METADATA to READY_TO_SUBMIT in App Store Connect — set its price schedule and localized display name/description (and optional review screenshot) via the ASC REST API. Use at Phase 6 (Pre-Release), after the IAP is built in-app (Phase

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rshankras-apple-skills
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Install
$ npx -y skills add rshankras/claude-code-apple-skills --skill iap-finalizer --agent claude-code

How it fires

How this skill gets triggered: by you, by Claude, or both.

  • Fires itselfAuto-invocation. Claude auto-loads it when your prompt matches the work.Auto-invocation is when the right skill fires by itself at the right moment, driven by a FLOW.md router and a hook, instead of you invoking it by name. It is the difference between a skill being installed and a skill actually getting used.Read the full definition →
  • You can call itInvoke it directly when you want it.
  • Slash command/iap-finalizer

Context preview

The summary Claude sees to decide when to auto-load this skill.

Take a one-time in-app purchase from MISSING_METADATA to READY_TO_SUBMIT in App Store Connect — set its price schedule and localized display name/description (and optional review screenshot) via the ASC REST API. Use at Phase 6 (Pre-Release), after the IAP is built in-app (Phase

SKILL.md

iap-finalizer.SKILL.md
name: iap-finalizer
description: Take a one-time in-app purchase from MISSING_METADATA to READY_TO_SUBMIT in App Store Connect — set its price schedule and localized display name/description (and optional review screenshot) via the ASC REST API. Use at Phase 6 (Pre-Release), after the IAP is built in-app (Phase 4) and its ASC record exists. NOT for subscriptions, and NOT the same as promoted-iap (which displays IAPs in-app).
allowed-tools: [Read, Bash, mcp__asc-metadata__list_iap, mcp__asc-metadata__get_iap, AskUserQuestion]
last_verified: 2026-07-16
review_by: 2027-06-22

IAP Finalizer

Finish a **one-time** in-app purchase on the store side: **price + localization**, the two fields the `asc-metadata` MCP can't set (it exposes only reference name / review note / family-sharing). Moves an IAP from `MISSING_METADATA` → `READY_TO_SUBMIT` so it can ship with the build.

> **This finalizes; it does not define.** The product id, tier, and price *decision* come from Phase 4 (Monetization / StoreKit). The ASC IAP record must already exist (created via the MCP `create_iap` or the ASC UI). This skill sets the metadata on that existing record.

Where it fits (read the seams)

  • **Not Phase 4.** Phase 4 builds the IAP *into the app* (StoreKit 2, paywall) and *decides* the price. This is Phase 6 store-metadata finalization.
  • **Price = one source of truth.** Do **not** re-ask the price. **Read it** from the monetization decision in `.planning/` (e.g. `MONETIZATION.md` / `PLAN.md`); only *confirm* it. Re-eliciting risks drift from the paywall/StoreKit price.
  • **Not `promoted-iap`.** That generator displays promoted IAPs in-app; this sets ASC price/localization. Different jobs.
  • **One-time IAPs only.** Subscriptions are a separate ASC flow (groups/offers) — out of scope here.

Prerequisites

  • `_shared/asc-api/` set up (see its README — key + `~/.appstoreconnect/`).
  • Set `ASC="python3 <path to asc.py>"`. `asc.py` lives at `_shared/asc-api/asc.py` under the same `skills/` root as this skill — resolve it **relative to this SKILL.md file's location** (`../../_shared/asc-api/asc.py` from this skill's directory), never relative to the project cwd (skills run with cwd = the user's project). Known install locations:
  • SwiftShip symlink install: `~/.claude/swiftship-skills/_shared/asc-api/asc.py`
  • Copied install: `.claude/skills/_shared/asc-api/asc.py` (project) or `~/.claude/skills/_shared/asc-api/asc.py` (global)
  • Plugin install: resolve from this file's location — the `_shared/` tree ships with the plugin.
  • The IAP already exists in ASC. Get its id with the MCP: `list_iap` → pick the product.
  • Price decided in Phase 4. Read it from `.planning/` and confirm — don't invent it.

Flow — dry-run → confirm → apply

1. **Confirm state.** MCP `get_iap` → current state + `productId`. Read the target price + Display Name (≤30) + Description (≤45) from `.planning/`; confirm with the user via `AskUserQuestion` if anything is missing. 2. **Find the price point.**

   $ASC GET "/v1/inAppPurchases/<IAP_ID>/pricePoints?filter[territory]=USA"

Pick the `inAppPurchasePricePoint` id whose `customerPrice` matches the target tier (e.g. 6.99). 3. **Set the price** (one-time IAPs use *price schedules*):

   $ASC POST /v1/inAppPurchasePriceSchedules @price.json          # dry-run: review the body
   $ASC POST /v1/inAppPurchasePriceSchedules @price.json --apply  # after you confirm

Body: `data` relationships `inAppPurchase`→{IAP_ID}, `baseTerritory`→USA, `manualPrices`→[new `inAppPurchasePrices`]; `included` a new `inAppPurchasePrices` referencing the price point with `startDate: null` (="now"). 4. **Set the localization:**

   $ASC POST /v1/inAppPurchaseLocalizations '{"data":{"type":"inAppPurchaseLocalizations","attributes":{"locale":"en-US","name":"<=30","description":"<=45"},"relationships":{"inAppPurchase":{"data":{"type":"inAppPurchases","id":"<IAP_ID>"}}}}}' --apply

PATCH the existing localization id instead if one already exists. 5. **Review screenshot (optional):** `POST /v1/inAppPurchaseAppStoreReviewScreenshots` — the 3-step ASC upload (reserve → upload bytes → commit). 6. **Verify:** MCP `get_iap` → state no longer `MISSING_METADATA`.

Done

  • IAP priced + localized in ASC; state advanced; ready to submit with the build.

Caveats

  • **Verify each endpoint/field against the current [ASC API reference](https://developer.apple.com/documentation/appstoreconnectapi) before `--apply`** (captured 2026-07).
  • Every write is **dry-run first** — show the body, confirm, then `--apply`. Never `--apply` a price the user hasn't seen.
  • One-time IAPs only. Subscriptions → the MCP `create_subscription*` tools + a separate flow.
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Ships withrshankras-apple-skills

A collection of Claude Code skills for iOS, macOS, watchOS, visionOS, and Apple platform development. These skills help you plan and build apps, maintain code quality, ensure HIG compliance, and guide you from idea to App Store.

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