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Watchos Code Review

核心功能:针对watchOS代码,检查应用生命周期、complications(ClockKit/WidgetKit)、WatchConnectivity及性能约束等维度的问题,遵循预设审查清单与硬性验证步骤。典型场景:当代码导入WatchKit、WKExtension等watchOS特定组件或采用专属模式时使用。输出形式:以[FILE:LINE] ISSUE_TITLE格式呈现问题报告,或提出相关审查疑问。

anderskev
anderskev
热度 54.54
最近更新 2026-05-11 17:35:07
分类:开发依赖:纯提示词应用场景:代码审查

安装技能

复制下面的话术发给你的 Agent,它会通过 secure-skills 检索并安装该技能。

执行命令安装此 skill: npx secure-skills-cli add watchos-code-review
Metadata
name
watchos-code-review
description
Reviews watchOS code for app lifecycle, complications (ClockKit/WidgetKit), WatchConnectivity, and performance constraints. Use when reviewing code with import WatchKit, WKExtension, WKApplicationDelegate, WCSession, or watchOS-specific patterns.

watchOS Code Review

Quick Reference

Issue Type Reference
App lifecycle, scenes, background modes, extended runtime references/lifecycle.md
ClockKit, WidgetKit, timeline providers, Smart Stack references/complications.md
WCSession, message passing, file transfer, reachability references/connectivity.md
Memory limits, background refresh, battery optimization references/performance.md

Review Checklist

  • SwiftUI App protocol used with @WKApplicationDelegateAdaptor for lifecycle events
  • scenePhase read from root view (not sheets/modals where it's always .active)
  • WKExtendedRuntimeSession started only while app is active (not from background)
  • Workout sessions recovered in applicationDidFinishLaunching (not just delegate)
  • Background tasks scheduled at least 5 minutes apart; next scheduled before completing current
  • URLSessionDownloadTask (not DataTask) used for background network requests
  • WidgetKit used instead of ClockKit for watchOS 9+ complications
  • Timeline includes future entries (not just current state); gaps avoided
  • TimelineEntryRelevance implemented for Smart Stack prioritization
  • WCSession delegate set before activate(); singleton pattern used
  • isReachable checked before sendMessage; transferUserInfo for critical data
  • Received files moved synchronously before delegate callback returns

When to Load References

  • Reviewing app lifecycle, background modes, or extended sessions -> lifecycle.md
  • Reviewing complications, widgets, or timeline providers -> complications.md
  • Reviewing WCSession, iPhone-Watch communication -> connectivity.md
  • Reviewing memory, battery, or performance issues -> performance.md

Output Format

Report issues using: [FILE:LINE] ISSUE_TITLE

Examples:

  • [WatchApp.swift:18] WKExtendedRuntimeSession started while app not active
  • [ConnectivityManager.swift:42] WCSession.activate() before delegate assignment
  • [ComplicationTimeline.swift:67] Timeline has no future entries

Hard gates (before reporting)

Complete in order for each finding you intend to report. Do not advance until the pass condition is satisfied.

  1. Location artifact — The finding includes [FILE:LINE] (or a line range) copied from the current file contents; the path resolves in this repo.
  2. Scope read — You read the full surrounding unit: the View body, WKApplicationDelegate / scene method, TimelineProvider implementation, WCSessionDelegate callback, or workout/background task handler that owns the behavior—not only a diff hunk.
  3. watchOS or pairing claim (only if the finding depends on background modes, complication/timeline contracts, WCSession reachability or transfer semantics, workout or extended runtime rules, or device-specific limits) — You name one concrete artifact you inspected (for example Info.plist / target capabilities for background modes, the WK* / WCSession call order in source, entitlements, or a subsection you read in the matching doc from Quick Reference) or you downgrade the item to an open question in Review Questions.
  4. Protocol — Pre-report steps in review-verification-protocol are satisfied for this item (no finding if they are not).

Use the issue format [FILE:LINE] ISSUE_TITLE for each reported finding. Hard gate 4 is the full pre-report checklist for this skill’s review type.

Review Questions

  1. Is the app using modern SwiftUI lifecycle with delegate adaptor?
  2. Are background tasks completing properly (calling setTaskCompletedWithSnapshot)?
  3. Is UI update frequency reduced when isLuminanceReduced is true?
  4. Are WatchConnectivity delegate callbacks dispatching to main thread?
  5. Is TabView nested within another TabView? (Memory leak on watchOS)