768 boosters for "curso" — open source, verified from GitHub, ready to install
Heuristic scoring (no AI key configured).
A Cursor rules booster that establishes a structured software development workflow with mandatory documentation practices (changelogs, task tracking) and code quality standards (SOLID, code review, linting). Ideal for teams wanting to enforce disciplined development processes within Cursor.
A Cursor IDE rules file that establishes best practices for TypeScript, React, Next.js, and modern UI frameworks to guide developers in writing consistent, maintainable code. Developers building full-stack web applications with Next.js will benefit from having structured coding conventions enforced within their AI assistant.
A Cursor rules file that guides post-session retrospectives and doctrine updates, helping developers systematize lessons learned into reusable operational patterns. Best suited for teams wanting to formalize knowledge capture and iterative process improvement.
Cursor Rules for building a unique portfolio website, providing AI-assisted guidance through persona-based workflow phases covering research, design, fonts, colors, content, SEO, and deployment. Ideal for developers and designers creating professional portfolio sites with structured AI support.
Cursor Rules for ec-solutions-and-enterprise establishes coding standards and best practices for TypeScript, Next.js, React, and modern UI libraries, enabling development teams to maintain consistency and follow performance-optimized patterns.
This Cursor rules booster guides AI agents to leverage the Hytopia MCP Server for accurate SDK assistance and game development, ensuring developers build games correctly without scope creep. It's ideal for teams building games with Hytopia who want consistent, tool-driven AI assistance.
A Portuguese-language Cursor rules configuration that enforces methodical, deliberate development practices with strict approval workflows and explicit instruction-following protocols. Useful for teams prioritizing careful planning and decision verification over rapid iteration.
