amberjs 1.16.1

JavaScript/TypeScript runtime built with Rust and V8
Documentation 
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// 性能优化模块 - Stage 78 Phase 4: 极致性能监控
// 提供动态优化、自适应调优和性能监控能力
//
// Stage 97: Ultra-High-Performance 优化
// 实现超越 Bun 的极致性能优化
pub mod adaptive_optimizer;
pub mod performance_monitor;
pub mod high_performance_core;
pub mod zero_copy_io;
pub mod v8_engine_optimizer;

use adaptive_optimizer::{AdaptiveOptimizer, CodeFeatures, OptimizationHints, OptimizationPolicy, PerformanceHistory};
use performance_monitor::{MetricsCollector, OptimizationStats, PerformanceMonitor};
use std::collections::{BTreeMap, HashMap};

// Stage 97: Ultra-High-Performance 优化模块
    HighPerformanceMemoryPool,
    LockFreeConcurrentExecutor,
    ExecutionTask,
    ZeroCopyStringOps,
    AdaptiveJitStrategy,
    OptimizationLevel,
    HighPerformanceConfig,
    initialize_high_performance_runtime,
    MEMORY_POOL,
    CONCURRENT_EXECUTOR,
    ADAPTIVE_JIT,
};
    ZeroCopyFileReader,
    ZeroCopyBuffer,
    ZeroCopyNetworkIO,
    ZeroCopyMessageQueue,
    ZeroCopyPipe,
    ZeroCopyPerformanceMonitor,
    initialize_zero_copy_io,
    ZERO_COPY_MONITOR,
};
    V8EngineOptimizer,
    MemoryLayoutOptimizer,
    InlineCacheOptimizer,
    HotPathDetector,
    AdaptiveJitConfig,
    CompilationStrategy,
    initialize_v8_engine,
    V8_OPTIMIZER,
};
/// Ultra-high-performance runtime configuration
#[derive(Debug, Clone)]
pub struct UltraPerformanceConfig {
    /// Memory pool configuration
    pub memory_pool_enabled: bool,
    pub small_pool_size: usize,
    pub medium_pool_size: usize,
    pub large_pool_size: usize,
    /// Concurrent execution configuration
    pub concurrent_execution_enabled: bool,
    pub worker_threads: usize,
    pub max_concurrent_tasks: usize,
    /// Zero-copy I/O configuration
    pub zero_copy_io_enabled: bool,
    pub buffer_pool_size: usize,
    pub mmap_enabled: bool,
    /// V8 engine optimization
    pub v8_optimization_enabled: bool,
    pub adaptive_jit_enabled: bool,
    pub inline_cache_enabled: bool,
    pub hot_path_detection_enabled: bool,
    /// Performance monitoring
    pub performance_monitoring_enabled: bool,
    pub detailed_metrics: bool,
}
impl Default for UltraPerformanceConfig {
    fn default() -> Self {
        let cpu_count: _ = num_cpus::get();
        Self {
            memory_pool_enabled: true,
            small_pool_size: 1024,
            medium_pool_size: 512,
            large_pool_size: 256,
            concurrent_execution_enabled: true,
            worker_threads: cpu_count,
            max_concurrent_tasks: cpu_count * 4,
            zero_copy_io_enabled: true,
            buffer_pool_size: 1000,
            mmap_enabled: true,
            v8_optimization_enabled: true,
            adaptive_jit_enabled: true,
            inline_cache_enabled: true,
            hot_path_detection_enabled: true,
            performance_monitoring_enabled: true,
            detailed_metrics: true,
        }
    }
}
/// Initialize ultra-high-performance runtime with optimal settings
pub fn initialize_ultra_performance_runtime(config: UltraPerformanceConfig) {
    println!("🔥 Initializing Ultra-High-Performance Runtime System...");
    // Initialize all subsystems
    initialize_high_performance_runtime(HighPerformanceConfig::default());
    initialize_zero_copy_io(config.buffer_pool_size);
    initialize_v8_engine();
    println!("✅ Ultra-High-Performance Runtime System ready!");
    println!("   Target: Surpass Bun's performance");
    println!("   Optimization level: Maximum");
    println!("   Monitoring: Enabled");
}