Meta
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Agent Skills by Meta
Showing 41 vetted skills indexed across 6 GitHub repositories.
live-debugging-mcp
Diagnose iOS DAT app issues using live MCP debug server events and device state.
modify-jsi-features
Guides adding new methods to the JSI Runtime interface across JSI core, Hermes, and SynthTrace layers.
compiler-commit
Verify compiler changes and commit with the correct prefix convention.
compiler-verify
Run compiler tests, lint, and format checks based on changed files.
plan-update
Update compiler plan documents with deep research across all passes.
rust-port-status
Report the status of Rust compiler port plan documents and recent related commits.
compiler-review
Review Rust compiler port code for fidelity and convention compliance against TypeScript source.
compiler-port
Port React Compiler passes from TypeScript to Rust with test validation.
compiler-orchestrator
Orchestrate the Rust compiler port end-to-end through a continuous fix-and-port loop.
permissions-registration
Register iOS apps with Meta AI and request camera permissions via SDK.
mockdevice-testing
Test Meta glasses iOS integration workflows using simulated Ray-Ban Meta devices.
dat-conventions
Establishes Swift conventions for Meta Wearables Device Access Toolkit iOS implementations with async/await and MainActor UI updates.
debugging
Diagnose Meta Wearables DAT iOS integration failures in device connection and streaming states.
session-lifecycle
Manage Meta glasses device session state transitions via the SDK state stream.
getting-started
Configure iOS SDK setup and streaming for Meta AI glasses.
sample-app-guide
Guide iOS developers through Meta Wearables DAT camera streaming and photo capture.
camera-streaming
Stream live video and capture JPEG photos from Meta AI glasses in iOS apps.
display-access
Configure iOS display sessions and send interactive UI or video to Meta Ray-Ban glasses.
commit-conventions
Enforce commit prefixes, reviewer tags, and default test plans for git commits.
architecture
Explain Pyre and Pysa architecture for code paths and module responsibilities.
pysa-json-models
Parse and validate Pysa NDJSON taint models with sources, sinks, and tito.
pysa-false-negative-debugger
Compare two Pysa result directories to locate lost taint flow.
pysa-integration-tests
Run and debug Pysa taint analysis integration tests with expected output updates.
binary-size-analysis
Analyze hermesvm binary size changes across a Git commit range.
Frequently Asked Questions About Meta
FAQPage SchemaWhat specific engineering tasks are supported by these capabilities?▼
These capabilities enable React core testing, Hermes VM binary size analysis, Pysa taint model validation, and iOS integration for wearable hardware. Developers can perform static analysis, manage feature flags, enforce commit conventions, and validate XR scene interactions using specialized internal frameworks.
Which technical personas benefit from these resources?▼
These resources are designed for frontend engineers maintaining React, security researchers performing taint analysis with Pysa, compiler engineers optimizing Hermes VM, and mobile developers building iOS applications for Meta wearable devices and immersive XR environments.
What are the prerequisites for using these integration frameworks?▼
Most frameworks require a standard development environment with Git, Yarn, and specific language runtimes like Flow or Swift. Wearable integration requires an iOS environment, while Pysa analysis necessitates properly formatted NDJSON taint models and access to the relevant source code repositories.