What does the m12-lifecycle skill help with?

It provides standardized patterns and decision-making frameworks for managing how resources like memory, files, and database connections are created and cleaned up in Rust.

How does it prevent resource leaks in Rust?

By emphasizing the RAII (Resource Acquisition Is Initialization) pattern and the proper implementation of the Drop trait, ensuring cleanup happens automatically when a resource goes out of scope.

Does it support thread-safe initialization?

Yes, it specifically includes patterns for OnceLock and LazyLock to handle thread-safe, deferred initialization of global or shared resources.

Which connection pooling libraries does it cover?

The skill includes design patterns and implementation strategies for popular Rust crates like r2d2 and deadpool.

Rust Resource Lifecycle Management

Name: Rust Resource Lifecycle Management
Author: lywa1998

bylywa1998

Herramientas para Desarrolladores

Manages Rust resource lifecycles through RAII, lazy initialization, and efficient connection pooling patterns.

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The m12-lifecycle skill provides a comprehensive framework for designing and implementing resource lifecycles in Rust, ensuring efficient memory management and error-resistant cleanup. It guides users through critical design choices—such as selecting between stack allocation, pooling, or lazy singletons—while providing implementation templates for the Drop trait, OnceLock, and RAII guards to prevent resource leaks and use-after-free errors. This skill is essential for building production-grade Rust applications where resource constraints and safety are paramount.

Características Principales

Connection pool design patterns for r2d2 and deadpool
Comprehensive guidance on error handling during resource cleanup
Lazy initialization templates using OnceLock and LazyLock
0 GitHub stars
RAII and Drop trait implementation patterns for automatic cleanup
Scoped transaction boundaries and guard pattern implementations

Casos de Uso

Implementing thread-safe lazy singletons for global application configuration
Designing robust database connection pools with automatic resource return
Managing complex file handles or network sessions using custom Drop implementations

Acerca de

Características Principales

Connection pool design patterns for r2d2 and deadpool
Comprehensive guidance on error handling during resource cleanup
Lazy initialization templates using OnceLock and LazyLock
0 GitHub stars
RAII and Drop trait implementation patterns for automatic cleanup
Scoped transaction boundaries and guard pattern implementations

Casos de Uso

Implementing thread-safe lazy singletons for global application configuration
Designing robust database connection pools with automatic resource return
Managing complex file handles or network sessions using custom Drop implementations