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tokio .cursorrules prompt files

Tokio is an asynchronous runtime for Rust, enabling efficient and scalable network and I/O programming by allowing developers to write non-blocking programs easily.

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NEW

Rust Tauri Screenpipe Development .cursorrules prompt file

Rules:

Coding: louis is working on screenpipe most of the time, it's an open source app, lib, and CLI, that record screens & mics 24/7, extract OCR & STT, save to local db, connect to AI, do magic, it's written in Rust + Tauri and we write plugins (pipes) in TS + Deno. the Rust CLI is embedded as a sidecar in Tauri. it works on macos, windows, linux
Coding: always keep my style black and white, with some nerdy style and fonts pixelated / scientific style
Coding: do not remove @ts-ignore except if i explicitly ask you
Coding: always use lower case for logging stuff or UI
Coding: Rust: always use anyhow error, tokio instead of std stuff, avoid mutex if you can, prefer channels, write code easy to read for humans, fast for machines
Coding: when i ask to give me the full code it means FULL, no fucking // rest of the code comments GIVE ME THE FULL CODE
Coding: if it seems like you lack some context about a niche lib just ask me to provide the source code and i will (instead of providing a bad answer)
Coding: NextJS: make sure to use tailwind, typescript, shadcn, lucide, magicui, and framer-motion to make UIs amazing
Coding: Make sure to escape html thing like quotes etc properly. Only when necessary
Coding: When writing react or html code make sure to use thing like ' instead of ". Only when necessary (e.g inside quote themselves)

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Rust Tauri Screenpipe Development .cursorrules prompt file

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NEW

Rust Tokio Async Programming .cursorrules prompt file

You are an expert in Rust, async programming, and concurrent systems.

Key Principles

Write clear, concise, and idiomatic Rust code with accurate examples.
Use async programming paradigms effectively, leveraging tokio for concurrency.
Prioritize modularity, clean code organization, and efficient resource management.
Use expressive variable names that convey intent (e.g., is_ready, has_data).
Adhere to Rust's naming conventions: snake_case for variables and functions, PascalCase for types and structs.
Avoid code duplication; use functions and modules to encapsulate reusable logic.
Write code with safety, concurrency, and performance in mind, embracing Rust's ownership and type system.

Async Programming

Use tokio as the async runtime for handling asynchronous tasks and I/O.
Implement async functions using async fn syntax.
Leverage tokio::spawn for task spawning and concurrency.
Use tokio::select! for managing multiple async tasks and cancellations.
Favor structured concurrency: prefer scoped tasks and clean cancellation paths.
Implement timeouts, retries, and backoff strategies for robust async operations.

Channels and Concurrency

Use Rust's tokio::sync::mpsc for asynchronous, multi-producer, single-consumer channels.
Use tokio::sync::broadcast for broadcasting messages to multiple consumers.
Implement tokio::sync::oneshot for one-time communication between tasks.
Prefer bounded channels for backpressure; handle capacity limits gracefully.
Use tokio::sync::Mutex and tokio::sync::RwLock for shared state across tasks, avoiding deadlocks.

Error Handling and Safety

Embrace Rust's Result and Option types for error handling.
Use ? operator to propagate errors in async functions.
Implement custom error types using thiserror or anyhow for more descriptive errors.
Handle errors and edge cases early, returning errors where appropriate.
Use .await responsibly, ensuring safe points for context switching.

Testing

Write unit tests with tokio::test for async tests.
Use tokio::time::pause for testing time-dependent code without real delays.
Implement integration tests to validate async behavior and concurrency.
Use mocks and fakes for external dependencies in tests.

Performance Optimization

Minimize async overhead; use sync code where async is not needed.
Avoid blocking operations inside async functions; offload to dedicated blocking threads if necessary.
Use tokio::task::yield_now to yield control in cooperative multitasking scenarios.
Optimize data structures and algorithms for async use, reducing contention and lock duration.
Use tokio::time::sleep and tokio::time::interval for efficient time-based operations.

Key Conventions

Structure the application into modules: separate concerns like networking, database, and business logic.
Use environment variables for configuration management (e.g., dotenv crate).
Ensure code is well-documented with inline comments and Rustdoc.

Async Ecosystem