Module strategies 

Memory Tracking Strategies

This module provides concrete implementations of memory tracking strategies optimized for different runtime environments.

Available Strategies

• SingleThreadStrategy - Optimized for single-threaded applications
• ThreadLocalStrategy - Thread-local storage for multi-threaded apps
• AsyncStrategy - Task-local tracking for async applications
• HybridStrategy - Combined approach for complex environments

Design Principles

All strategies implement the unified MemoryTracker trait and follow:

• Zero-lock architecture: No mutex or rwlock usage
• Minimal overhead: <3% performance impact target
• Data compatibility: Consistent export formats
• Graceful fallback: Error recovery without data loss

Re-exports

pub use async_strategy::AsyncStrategy;

pub use hybrid_strategy::HybridStrategy;

pub use single_thread::SingleThreadStrategy;

pub use thread_local::ThreadLocalStrategy;

Modules

async_strategy

hybrid_strategy

single_thread

thread_local

Structs

PerformanceHistory

Performance history tracking for strategy optimization Maintains historical performance data to guide strategy selection

StrategyFactory

Strategy factory for creating appropriate tracker implementations Provides centralized strategy creation with proper configuration

StrategyPerformance

Performance metrics for individual strategy Tracks key performance indicators for strategy evaluation

StrategyRequirements

Strategy selection requirements Defines criteria for optimal strategy selection