1. Software Development

Provides Rust development utilities for project setup, CLI/TUI applications, error handling, and system integration.

C# static analysis tool providing call graphs, unused code detection, impact analysis, and HTML/Graphviz documentation generation.

Enables development of DuckDB loadable extensions using CMake and FetchContent with proper metadata handling for seamless integration.

Enables real-time browser debugging and interaction via a WebSocket bridge server on localhost:3141.

Automates test-driven development by creating GitHub issues for failures and using AI to fix code until tests pass.

Static analysis tool for JavaScript/TypeScript that detects unused code (tree shaking), circular dependencies, and visualizes call graphs and dependencies.

Validates TypeScript/JavaScript code style and formatting using ESLint and Prettier, reporting rule violations and error counts in structured output.

Enforces semantic CSS variable usage in Tailwind projects, blocking raw color values and non-theme classes to maintain consistent theming.

Validates test coverage against configurable thresholds, parsing coverage reports to provide pass/fail status and identify uncovered files.

Validates TypeScript code for type safety and errors using compiler, providing structured output for quality gates and pre-commit checks.

Provides best practices for handling Gemini API rate limits using sequential queues to prevent 429 RESOURCE_EXHAUSTED errors.

Records baseline quality metrics including test coverage, code complexity, and audit scores to enable comparison before and after refactoring or major changes.

Validates code style and formatting using ESLint and Prettier, providing structured output for quality gates and pre-commit checks.

Executes comprehensive test suites with coverage reporting and failure analysis, providing structured output for CI/CD validation and quality gates.

Comprehensive quality validation for TypeScript/JavaScript projects including type checks, tests, coverage, build validation, and linting with structured JSON output.

Incrementally enhances code type safety by replacing string literals with enums, narrowing `any` types, and using shared types in verified batches.

Runs comprehensive test suites for TypeScript/JavaScript projects, providing coverage metrics and detailed failure analysis across multiple testing frameworks.

Validates that test coverage metrics (overall, statement, branch, function) meet predefined minimum thresholds in software projects.

Validates TypeScript code for type safety and errors using the compiler, providing structured output for quality gates and pre-commit checks.

Validates production builds (npm, vite, tsc) by checking compilation success, output metrics, and errors for deployment readiness.

Loads and analyzes previous session state from git and JSON to determine resumption point in conductor workflow.

Automates creation of feature branches with proper naming, remote tracking, and adherence to WescoBar conventions and Git best practices.

Automates creation of atomic Git commits with standardized messages, issue linking, and pre-commit validation for WescoBar workflows.

Automatically updates development memory by analyzing commit metadata and diffs, tracking features, fixes, refactorings, and decisions for better codebase understanding.