1. Software Development

Explains Cairo arithmetic circuits using core components (gates, CircuitElement) for building and evaluating zero-knowledge proof circuits.

Provides explanations for Starknet L1/L2 messaging, l1_handler functions, and message syscalls in the Cairo programming language.

Guides implementation of safe custom numeric types in Cairo with invariant enforcement, overflow safety, and standard trait adherence.

Guides effective test writing, coverage review, and infrastructure setup following industry best practices.

Explains Cairo panic functions (panic, panic!, panic_with_felt252, nopanic, panic_with) for handling unrecoverable errors in smart contracts.

Explains Cairo method syntax, traits, impl blocks, and self parameter forms for struct method definitions and calls.

Explains Cairo's ownership model, move semantics, and Copy/Drop/Destruct traits to resolve use-after-move errors and ownership issues.

Provides a guide for controlling Flutter applications and capturing screenshots using flutter_driver with MCP integration.

Installs Flutter SDK from source code via Git and configures environment for cross-platform development on all major operating systems.

Enables developers to navigate, analyze, and debug LLVM and TVM source code through direct path access and definition lookups.

Automates comprehensive code quality checks with linting, formatting, and issue resolution for production-ready code.

Automates large-scale code refactoring by consistently renaming symbols and updating references across a codebase using symbol-based operations.

Analyzes codebase structure to understand architecture, map dependencies, and generate overviews for onboarding and code comprehension.

Enables rapid code exploration for small tasks including symbol lookup, file structure checks, and quick reference within the main context.

Enforces a strict five-stage code development workflow: Research, Innovation, Planning, Execution, and Review.

Enables web application development with AI-generated HTML UI using hexagonal architecture and HTMX for interactivity.

Guides on Conventional Commits formatting and branch naming conventions for consistent Git history and team collaboration.

Guides implementation of Gitflow branching strategy, including branch management, version control practices, pull request rules, and release processes.

Provides modern C++ (C++17/20) coding guidelines, best practices, and performance optimization techniques including STL, smart pointers, and RAII.

Provides utility-based styling for frontend components using Tailwind CSS v3, including responsive design, layout, and visual UI elements.

Manages project dependencies using IVPM, handling ivpm.yaml configuration and dependency resolution for IVPM-enabled projects.

Automates Git workspace setup for issue implementation, including worktree management, branch handling, and environment synchronization with YOLO mode auto-approval.

Enables efficient creation of modern, responsive user interfaces using Tailwind CSS's utility-first approach and advanced variants.

Generates React components following modern best practices, eliminating common anti-patterns like excessive state and improper useEffect usage.