wendylabsinc

Autonomous continuous integration loop for the Wendy Cloud repository. Use when asked to: (1) iterate on the cloud stack, (2) find and fix bugs in Wendy Cloud, (3) run the cloud test loop, (4) continuously test the Swift broker, (5) scan for regressions after new features. This skill manages the full local dev stack autonomously including starting Docker, the Swift broker, pki-core, running tests, diagnosing failures, and applying fixes.

Expert guidance on Swift best practices, patterns, and implementation. Use when developers mention: (1) Swift configuration or environment variables, (2) swift-log or logging patterns, (3) OpenTelemetry or swift-otel, (4) Swift Testing framework or @Test macro, (5) Foundation avoidance or cross-platform Swift, (6) platform-specific code organization, (7) Span or memory safety patterns, (8) non-copyable types (~Copyable), (9) API design patterns or access modifiers.

Expert guidance on building WASM apps for Wendy Lite MCU firmware on ESP32-C6. Use when developers mention: (1) Wendy Lite or wendy-lite, (2) WASM apps on ESP32 or microcontrollers, (3) WendyLite Swift package or import WendyLite, (4) building C/Rust/Swift/Zig apps for ESP32, (5) WAMR runtime on embedded devices, (6) GPIO/I2C/SPI/UART/NeoPixel from WASM, (7) Embedded Swift on WASM or wasm32-none-none-wasm, (8) BLE provisioning on ESP32-C6, (9) uploading WASM binaries to MCU, (10) TLS/networking on ESP32 from Swift.

Expert guidance on building and deploying apps to WendyOS edge devices. Use when developers mention: (1) Wendy or WendyOS, (2) wendy CLI commands, (3) wendy.json or entitlements, (4) deploying apps to edge devices, (5) remote debugging Swift on ARM64, (6) NVIDIA Jetson or Raspberry Pi apps, (7) cross-compiling Swift for ARM64.

Curated Swift package ecosystem for WendyOS and Linux. Use when developers mention: (1) Swift packages for Linux or ARM64/AMD64, (2) choosing a Swift library, (3) Swift Package Index, (4) swiftpackageindex.com, (5) what Swift library to use, (6) Swift on WendyOS dependencies, (7) edge computing Swift libraries.

Expert guidance on using PostgreSQL with Swift. Use when developers mention: (1) PostgreSQL or Postgres in Swift, (2) postgres-nio library, (3) SQL queries in Swift, (4) PostgreSQL connection pooling, (5) prepared statements, (6) type-safe database access, (7) bulk loading or COPY FROM, (8) PostgresClient or PostgresConnection.

Expert guidance on using Valkey and Redis with Swift. Use when developers mention: (1) Valkey or Redis in Swift, (2) valkey-swift library, (3) RESP protocol or RESP3, (4) Redis cluster routing or hash slots, (5) pub/sub or subscriptions, (6) Redis transactions or MULTI/EXEC, (7) caching with Redis.

Example for using Deckset to create Markdown presentations

Expert guidance on building and deploying apps to WendyOS edge devices. Use when developers mention: (1) Wendy or WendyOS, (2) wendy CLI commands, (3) wendy.json or entitlements, (4) deploying apps to edge devices, (5) remote debugging Swift on ARM64, (6) NVIDIA Jetson or Raspberry Pi apps, (7) cross-compiling Swift for ARM64.

Use when creating, reviewing, or debugging `wendy.json` entitlements for Wendy apps, especially device access, networking, persistence, GPU, audio, camera, Bluetooth, USB, I2C, GPIO, SPI, serial, input, or MCP devices.

Use when creating, validating, or repairing a Wendy project scaffold, adapting Wendy templates, `wendy.json`, JSON schema setup, or project entitlements with `wendy init`, `wendy json`, or `wendy project entitlements`.

Use when a developer wants to build, deploy, run, detach, stream logs, start, stop, list, remove, or clean up Wendy apps with `wendy build`, `wendy run`, `wendy device apps list`, `wendy device logs`, telemetry streams, or volumes.

Use when a developer or coding agent needs Wendy CLI-native device operations: discover devices, set defaults, inspect device version/system/hardware/WiFi state, update the agent, or gather evidence before SSH/debugging.

Use when configuring, verifying, or explaining the Wendy CLI MCP server for AI assistants with `wendy mcp setup` or `wendy mcp serve`, especially Claude Code, Claude Desktop, Codex, or device-tool access.

Use when working in Wendy Labs repos, especially wendy-agent, WendyOS, samples, templates, or cloud docs, and the task needs orientation on Wendy CLI, agent, gRPC, runtime, or app deployment paths.

Use when debugging WendyOS, Jetson, Raspberry Pi, USB-C host mode, containerd, GPU/audio/video entitlements, or a `wendy run` issue that only appears on a live device.

Use when creating, validating, or repairing a Wendy project scaffold, adapting Wendy templates, `wendy.json`, JSON schema setup, or project entitlements with `wendy init`, `wendy json`, or `wendy project entitlements`.

Use when creating a Wendy app from an existing Wendy template or sample, especially when the user names an app archetype such as realsense-camera, camera-feed, camera-feed-yolo, voice-assistant, audio, fullstack, simple-api, or asks to create a Wendy app in a new directory.

Use when a developer needs to install, verify, or repair the Wendy CLI before using `wendy run`, `wendy discover`, or device workflows.

Use when a developer or coding agent needs Wendy CLI-native device operations: discover devices, set defaults, inspect device version/system/hardware/WiFi state, update the agent, or gather evidence before SSH/debugging.

Use when configuring, verifying, or explaining the Wendy CLI MCP server for AI assistants with `wendy mcp setup` or `wendy mcp serve`, especially Claude Code, Claude Desktop, Codex, or device-tool access.

Use when debugging WendyOS, Jetson, Raspberry Pi, USB-C host mode, containerd, GPU/audio/video entitlements, or a `wendy run` issue that only appears on a live device.

Use when a developer wants to build, deploy, run, detach, stream logs, start, stop, list, remove, or clean up Wendy apps with `wendy build`, `wendy run`, `wendy device apps`, `wendy device logs`, telemetry streams, or volumes.

Use when creating, reviewing, or debugging `wendy.json` entitlements for Wendy apps, especially device access, networking, persistence, GPU, audio, camera, Bluetooth, USB, I2C, GPIO, SPI, or input devices.