benchmark 0.8.0

Nanosecond-precision benchmarking for dev, testing, and production. Zero-overhead core timing when disabled; optional std-powered collectors and zero-dependency metrics (Watch/Timer) for real service observability.
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    <h1>
        <strong>DEVELOPER</strong>
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            <br>
            <sub>PRINCIPLES &amp; GUIDELINES</sub>
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<p>
    This project is part of the <a href="https://github.com/jamesgober/Rust-High-Performance-Library"><strong>Rust High-Performance Library</strong></a> (<strong><abbr title="Rust Performance Library">RHPL</abbr></strong>) which requires that all development contributions and/or modifications made to this repository are in compliance with the strict <a href="https://github.com/jamesgober/Rust-High-Performance-Library/blob/773fe5fdd597d0b9d35c36498a0adc09abdf4e38/GUIDELINES.md">Developer Guidelines</a> as defined within the <code>GUIDELINES.md</code> document provided by the <a href="https://github.com/jamesgober/Rust-High-Performance-Library"><strong>RHPL</strong> repository</a>.
</p>


## Core Requirements
- **Maximum Performance**: Sub-millisecond latency target for all operations
- **Memory Efficiency**: Minimal allocation, reuse buffers where possible
- **Concurrency**: Scale to 100,000+ connections on modern hardware
- **Cross-Platform**: First-class support for Linux, macOS, Windows
- **Async First**: Designed for async/await from the ground up
- **Zero Unsafe**: No unsafe code without extensive justification and testing
- **Modular Design**: Composable components with clear boundaries and minimal dependencies
- **Scalability**: Architecture must scale horizontally and be future-proof

## Development Standards
- **Benchmark Driven**: All optimizations must be validated with benchmarks
- **Profile Before Optimizing**: Identify real bottlenecks before optimization
- **100% Test Coverage**: Core functionality must be fully tested
- **Documentation**: API docs with examples for all public functions
- **Error Handling**: Comprehensive, user-friendly error handling
- **SOLID Principles**: Especially single responsibility - each component does one thing well
- **Best Practices**: Adherence to KISS (Keep It Simple), DRY (Don't Repeat Yourself), and YAGNI (You Aren't Gonna Need It)
- **Semantic Versioning**: Strictly follow semver for all releases





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  <sup>COPYRIGHT <small>&copy;</small> 2025 <strong>JAMES GOBER.</strong></sup>
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