712 boosters for "cursor" — AI-graded, open source, ready to install
This Cursor rule provides naming conventions for EventKit wrapper functions and types, helping developers write idiomatic JavaScript when bridging native iOS EventKit APIs. It benefits Node.js/Electron developers building calendar functionality without wrestling with Objective-C naming patterns.
FoodSnapAI is a Cursor rules booster that implements a structured plan-then-act workflow for building a food analysis and recipe generation web application. It benefits developers who want to use Claude in Cursor with a safety-first, approval-gated approach to code modifications.
Cursor Rules for purplestack that configures AI assistants to build Nostr-enabled Flutter applications with integrated MCP server access, recipes, and documentation. Developers using Cursor IDE with the purplestack stack benefit from pre-configured context and guided implementation workflows.
Cursor Rules for the cainam-frontend project that provides comprehensive development guidelines covering tech stack, project structure, and coding conventions for Next.js, Supabase, and related tools. Developers working on this specific project will use these rules to maintain consistency and follow established patterns.
Cursor Rules configuration for a complex Java microservices project (SmartOrder) with Spring Boot 3.3+, multi-module Maven structure, and distributed architecture components. Developers working on this specific enterprise project benefit from pre-configured IDE rules that enforce consistent patterns across multiple services.
A Windsurf rules collection providing best practices for Docker, npm/npx, uv package managers, and package publishing workflows. Developers working with containerization and package management will find structured guidelines for common development tasks.
Cursor Rules for the GoGreen eco-friendly travel app that provides development guidelines for React Native/Expo implementation with features like green navigation, travel planning, and sustainability leaderboards.
A comprehensive Cursor Rules booster that establishes security-first development standards for modern Next.js projects, helping developers build type-safe, authenticated applications with built-in best practices for validation, secrets management, and authorization.
A specialized agent that generates complete, production-ready Claude Code sub-agent configuration files from user descriptions while adhering to project conventions and best practices. Developers building multi-agent systems benefit from automated, consistent sub-agent scaffolding.
Cursor Rules for skyroc-ui that initializes Next.js development context via next-devtools-mcp to establish proper documentation and tooling requirements. Beneficial for developers building with Next.js and the skyroc-ui component library in Cursor.
A Cursor rules booster for logging High Seas coding activity to Slack, with specific guidance on using async/await, Bun, and safe Prisma migrations for production environments.
A Cursor-specific prompt that enforces clean code practices by prohibiting unnecessary comments, encouraging developers to write self-documenting code. Useful for teams prioritizing code clarity over explanatory comments.
A Cursor IDE rule set that guides AI responses for full-stack Wails+React+TypeScript development with structured thinking patterns and Chinese-language outputs. Useful for developers building desktop applications with this specific tech stack who want consistent AI assistance.
A Cursor IDE rule set for developers building an automated posting tool for Xiaohongshu (Little Red Book), standardizing Chinese language conventions, code style, and project-specific patterns for browser automation and LLM integration.
Bodyboard is a unified system that generates canonical coding assistant instructions from a single AGENTS.md file, supporting multiple platforms like Copilot, Cline, Claude, and Gemini. Developers managing multiple AI coding assistants benefit by maintaining consistent instructions across all integrations from one source.
A Cursor IDE rule that implements state management within the CursorRIPER Framework, designed to help developers maintain consistent project state across AI-assisted development sessions.
Cursor rules template for Bun + MCP server projects that documents Bun utility APIs and version management. Useful for developers building TypeScript projects with Bun runtime in Cursor IDE.
A system prompt for Cursor that enforces direct, expert-level responses with practical code solutions and minimal explanation overhead. Ideal for experienced developers who want faster, more actionable AI assistance without verbose guidance.
A Cursor rules configuration that enables intelligent PHP/Laravel development support with Salesforce API integration context. Ideal for Laravel developers building Salesforce-connected applications who use Cursor as their IDE.
A Cursor-specific prompt containing detailed coding standards and project structure rules for building an OpenCV-based customer detection system for jewelry stores using YOLOv8. Developers working on computer vision projects in Cursor will benefit from these standardized guidelines.
Comprehensive Cursor rules for the AutoWDS full-stack project, providing coding standards, architecture guidelines, and best practices for Rust backend (Axum/Sea-ORM), React frontend, and Next.js development. Developers working on this project use it to maintain consistency and accelerate development.
A Cursor IDE ruleset that guides developers to write mathematically verifiable, functional code with clear separation between pure computations and side effects. Ideal for teams prioritizing formal correctness and functional programming paradigms.
A Cursor-native prompt that enforces comprehensive coding standards for React/Next.js gamedev projects, including Standard.js rules, component patterns, and TypeScript practices. Ideal for developers building mini-games who want consistent, production-quality code guidance.
Cursor rules for a Nostr image-sharing application built with React, enabling developers to maintain consistent code patterns and architecture when working on the zappix project.
