Redth

Run build, deploy, inspect, and fix loops for .NET MAUI apps that already have MAUI DevFlow integrated. USE FOR: launching MAUI apps, selecting devices or emulators, waiting for or recovering agent connections, broker/port/adb connectivity issues, visual tree inspection, screenshots, UI interaction, Blazor WebView CDP debugging, reading DevFlow logs, and iterative app debugging. DO NOT USE FOR: first-time DevFlow package setup (use maui-devflow-onboard), or generic desktop automation unrelated to MAUI. INVOKES: maui devflow CLI, dotnet CLI, Android adb/android tools, and Apple simctl tools.

Add MAUI DevFlow to a .NET MAUI project with agent package references, MauiProgram.cs registration, Blazor WebView support, GTK variants, Central Package Management guidance, and verification commands. USE FOR: first-time DevFlow setup, reviewing what files to edit, choosing DevFlow packages, or continuing after `maui devflow init` installs skills. DO NOT USE FOR: troubleshooting an already-integrated app that cannot connect, iterative app debugging, UI inspection, or generic MAUI build failures (use maui-devflow-debug). INVOKES: maui devflow CLI and dotnet CLI.

Build lightweight profiling context for a running .NET MAUI app using local MAUI DevFlow status, network, and visual-tree summaries instead of uploading raw trace artifacts. Use when investigating slow screens, performance regressions, excessive network chatter, or deciding whether deeper trace capture is needed.

Diagnoses and fixes .NET MAUI development environment issues. Validates .NET SDK, workloads, Java JDK, Android SDK, Xcode, and Windows SDK. All version requirements discovered dynamically from NuGet WorkloadDependencies.json - never hardcoded. Use when: setting up MAUI development, build errors mentioning SDK/workload/JDK/Android, "Android SDK not found", "Java version" errors, "Xcode not found", environment verification after updates, or any MAUI toolchain issues. Works on macOS, Windows, and Linux.

Generate mountaineering-themed release notes for MAUI Sherpa. Use when: (1) Creating release notes for a new version, (2) Drafting changelog entries, (3) Summarizing changes since the last release, (4) Writing version announcements. Collects all commits/PRs since the last published release tag, categorizes changes, and writes fun adventure-themed release notes.

Discover .NET SDK versions, workload sets, manifest versions, and workload dependencies (Xcode, JDK, Android SDK) from live NuGet APIs. Use when asked about: .NET SDK requirements/versions, workload set versions, workload manifest versions, Xcode version requirements, JDK version requirements, Android SDK packages, or MAUI NuGet package versions. Triggers on questions like "What Xcode is required for .NET 10?" or "What's the latest workload set?"

Build, upgrade, and operate .NET Aspire application hosts with current CLI, AppHost, ServiceDefaults, integrations, dashboard, testing, and Azure deployment patterns for distributed apps.

Integrate ManagedCode.Orleans.Graph into an Orleans-based .NET application for graph-oriented relationships, edge management, and traversal logic on top of Orleans grains. Use when the application models graph structures in a distributed Orleans system.

Use ManagedCode.Orleans.SignalR when a distributed .NET application needs Orleans-based coordination of SignalR real-time messaging, hub delivery, and grain-driven push flows.

Build or review distributed .NET applications with Orleans grains, silos, persistence, streaming, reminders, placement, transactions, serialization, event sourcing, testing, and cloud-native hosting.

Implement or review SignalR hubs, streaming, reconnection, transport, and real-time delivery patterns in ASP.NET Core applications.

Build long-running .NET background services with `BackgroundService`, Generic Host, graceful shutdown, configuration, logging, and deployment patterns suited to workers and daemons.

Discover .NET SDK versions, workload sets, workload manifest versions, and platform dependencies from live .NET metadata and NuGet feeds. USE FOR: Xcode or JDK requirements, Android SDK packages, MAUI package versions, prerelease workloads, custom NuGet sources, pinned workload set versions, and manifest version lookups. DO NOT USE FOR: writing release-notes markdown itself (use maui-release-notes), app troubleshooting, or binding work. FOR SINGLE OPERATIONS: answer the version/dependency question directly without producing docs. INVOKES: curl, dotnet, unzip, jq.

Generate or update .NET MAUI workload release notes markdown from live workload and manifest data. USE FOR: MAUI workload release notes, version rollup docs, custom NuGet feeds, prerelease or unpublished workload packages, pinned workload set or manifest versions, and release-note index updates. DO NOT USE FOR: simple workload/version questions without documentation output (use dotnet-workload-info), app release notes, or non-MAUI release summaries. FOR SINGLE OPERATIONS: if the user only needs version/package data, use dotnet-workload-info and do not edit the notes. INVOKES: dotnet-workload-info skill.

Create and update slim/native platform interop bindings for Android in .NET MAUI and .NET for Android projects. Guides through creating Java/Kotlin wrappers, configuring Gradle projects, resolving Maven dependencies, generating C# bindings, and integrating native Android libraries using the Native Library Interop (NLI) approach. Use when asked about Android bindings, AAR/JAR integration, Kotlin interop, Maven dependencies, or bridging native Android SDKs to .NET.

Create and update slim/native platform interop bindings for iOS in .NET MAUI and .NET for iOS projects. Guides through creating Swift/Objective-C wrappers, configuring Xcode projects, generating C# API definitions, and integrating native iOS libraries using the Native Library Interop (NLI) approach. Use when asked about iOS bindings, xcframework integration, Swift interop, Objective Sharpie, or bridging native iOS SDKs to .NET.

Guide for implementing Apple App Store Connect API integrations. Use when: (1) Building API clients to manage certificates, provisioning profiles, bundle IDs, or devices, (2) Implementing JWT authentication for App Store Connect, (3) Understanding API request/response patterns and error handling, (4) Working with TestFlight builds, beta groups, or app submissions, (5) Discovering available endpoints, schemas, or capabilities via the OpenAPI spec. Includes scripts for fetching and analyzing Apple's official OpenAPI specification.

Reference for the AppleDev.Tools CLI (`apple` command) - a .NET global tool for Apple development automation. Use when: (1) Managing iOS/macOS simulators (list, create, boot, screenshot, install apps), (2) Working with App Store Connect (certificates, profiles, bundle IDs, devices), (3) Setting up CI/CD for Apple development (provision, deprovision, keychain management), (4) Uploading apps to TestFlight/App Store Connect, (5) Parsing or managing provisioning profiles locally. Covers all commands, options, and common workflows.

Create and update slim/native platform interop bindings for Android in .NET MAUI and .NET for Android projects. Guides through creating Java/Kotlin wrappers, configuring Gradle projects, resolving Maven dependencies, generating C# bindings, and integrating native Android libraries using the Native Library Interop (NLI) approach. Use when asked about Android bindings, AAR/JAR integration, Kotlin interop, Maven dependencies, or bridging native Android SDKs to .NET.

Create and update slim/native platform interop bindings for iOS in .NET MAUI and .NET for iOS projects. Guides through creating Swift/Objective-C wrappers, configuring Xcode projects, generating C# API definitions, and integrating native iOS libraries using the Native Library Interop (NLI) approach. Use when asked about iOS bindings, xcframework integration, Swift interop, Objective Sharpie, or bridging native iOS SDKs to .NET.

Add Apple Siri App Intents to .NET MAUI iOS apps — the complete architecture, Swift framework, binding library, and C# bridge pattern. Use this skill whenever someone wants to integrate Siri, Shortcuts, or App Intents with a .NET MAUI app, add voice commands to a MAUI iOS app, create AppIntent/AppEntity/AppEnum types for a MAUI project, build a Swift xcframework for native interop with MAUI, or set up the @objc bridge between Swift and C# for App Intents. Also use when someone asks about making their MAUI app work with Siri, Apple Intelligence, Spotlight integration, or the iOS Shortcuts app. Even if the user just mentions "Siri" or "voice shortcuts" in the context of a .NET MAUI or Xamarin iOS app, this skill applies.

Add iOS home screen widgets to .NET MAUI apps with full bidirectional communication between the app and the widget. Use this skill whenever the user mentions iOS widgets, WidgetKit, widget extensions, home screen widgets, lock screen widgets, or wants to display app data on the iOS home screen from a .NET MAUI or Xamarin app. Also trigger when the user asks about sharing data between a MAUI app and a native iOS extension, using App Groups with MAUI, or embedding an .appex in a MAUI build. This skill covers the complete workflow: creating the Swift/Xcode widget extension project, setting up the shared data layer (JSON files in the App Group container), configuring the MAUI .csproj for widget embedding, implementing deep link communication, building interactive widgets with AppIntents, and wiring everything together. Even if the user just says something like 'I want my app to show a counter on the home screen' or 'can I add a widget to my MAUI app', this skill is the right one.

End-to-end workflow for building, deploying, inspecting, and debugging .NET MAUI and MAUI Blazor Hybrid apps as an AI agent. Use when: (1) Building or running a MAUI app on iOS simulator, Android emulator, Mac Catalyst, macOS (AppKit), or Linux/GTK, (2) Inspecting or interacting with a running app's UI (visual tree, tapping, filling text, screenshots, property queries), (3) Debugging Blazor WebView content via CDP, (4) Managing simulators or emulators, (5) Setting up MauiDevFlow in a MAUI project, (6) Completing a build-deploy-inspect-fix feedback loop, (7) Handling permission dialogs and system alerts, (8) Managing multiple simultaneous apps via the broker daemon. Covers: maui-devflow CLI, androidsdk.tool, appledev.tools, adb, xcrun simctl, xdotool, and dotnet build/run for all MAUI target platforms including macOS (AppKit) and Linux/GTK.

Reference for the AndroidSdk.Tool CLI (`android` command) - a .NET global tool for Android SDK automation. Use when: (1) Managing Android SDK packages (list, install, uninstall, download), (2) Working with AVDs/emulators (create, delete, start, list), (3) Interacting with connected devices via ADB (list devices, get properties, install/uninstall APKs), (4) Locating or configuring JDK for Android development, (5) Setting up CI/CD for Android or .NET MAUI development, (6) Reading APK manifest information, (7) Accepting SDK licenses non-interactively.

End-to-end workflow for building, deploying, inspecting, and debugging .NET MAUI and MAUI Blazor Hybrid apps as an AI agent. Use when: (1) Building or running a MAUI app on iOS simulator, Android emulator, Mac Catalyst, macOS (AppKit), or Linux/GTK, (2) Inspecting or interacting with a running app's UI (visual tree, tapping, filling text, screenshots, property queries), (3) Debugging Blazor WebView content via CDP, (4) Managing simulators or emulators, (5) Setting up MauiDevFlow in a MAUI project, (6) Completing a build-deploy-inspect-fix feedback loop, (7) Handling permission dialogs and system alerts, (8) Managing multiple simultaneous apps via the broker daemon. Covers: maui-devflow CLI, androidsdk.tool, appledev.tools, adb, xcrun simctl, xdotool, and dotnet build/run for all MAUI target platforms including macOS (AppKit) and Linux/GTK.