Simplify the configuration system

[platonai]

Currently, configurations are separated in different components:

• PulsarSettings
• BrowserSettings
• LoadOptions
• InteractSettings
• LauncherOptions
• ChromeOptions
• System properties
• Spring Environment

Need to simplify the configuration system.

[platonai]

Github Copilot:

I'll analyze your current configuration system in the browser4 repository to understand the structure and provide suggestions for simplification.Let me search for more specific information about the configuration classes mentioned.Based on my exploration of your browser4 repository, I can see you have a complex configuration system with multiple components. Here are my suggestions to simplify the configuration system:

🎯 Configuration Simplification Strategies

1. Unified Configuration Object Pattern

Create a single Browser4Config class that consolidates all configuration concerns:

data class Browser4Config(
    val pulsar: PulsarConfig = PulsarConfig(),
    val browser: BrowserConfig = BrowserConfig(),
    val loading: LoadConfig = LoadConfig(),
    val interaction: InteractionConfig = InteractionConfig(),
    val system: SystemConfig = SystemConfig()
) {
    companion object {
        fun fromEnvironment(): Browser4Config = // Auto-populate from env vars
        fun fromProperties(props: Properties): Browser4Config = // From Spring properties
        fun builder(): Browser4ConfigBuilder = // Fluent builder pattern
    }
}

2. Configuration Hierarchy with Profiles

Implement a layered configuration system:

• Default values (embedded in code)
• Profile-based configs (dev, prod, test)
• Environment variables (runtime overrides)
• System properties (JVM-level overrides)

@ConfigurationProperties("browser4")
class UnifiedConfig {
    @NestedConfigurationProperty
    val browser = BrowserConfig()
    
    @NestedConfigurationProperty  
    val pulsar = PulsarConfig()
    
    // Merge strategy for different sources
    fun merge(other: UnifiedConfig): UnifiedConfig
}

3. Configuration Factory Pattern

Create factory methods that handle the complexity internally:

object ConfigurationFactory {
    fun createOptimalConfig(): Browser4Config
    fun createForPerformance(): Browser4Config  
    fun createForStealth(): Browser4Config
    fun createForDebugging(): Browser4Config
    
    // Smart defaults based on context
    fun createFromContext(context: ExecutionContext): Browser4Config
}

4. Fluent Configuration DSL

Provide a Kotlin DSL for intuitive configuration:

val config = browser4Config {
    browser {
        headless = true
        userAgent = "custom-agent"
        proxy {
            url = "http://proxy:8080"
            rotation = true
        }
    }
    
    loading {
        timeout = 30.seconds
        retries = 3
        blockResources = listOf("images", "stylesheets")
    }
    
    interaction {
        level = InteractionLevel.FASTEST
        waitStrategy = WaitStrategy.SMART
    }
}

5. Configuration Validation & Sanitization

Add built-in validation and auto-correction:

class ConfigValidator {
    fun validate(config: Browser4Config): ValidationResult
    fun sanitize(config: Browser4Config): Browser4Config
    fun suggestOptimizations(config: Browser4Config): List<Suggestion>
}

6. Smart Configuration Templates

Provide pre-configured templates for common use cases:

enum class ConfigTemplate {
    HIGH_PERFORMANCE,    // Optimized for speed
    STEALTH_MODE,       // Maximum stealth
    DATA_EXTRACTION,    // Optimized for scraping
    DEVELOPMENT,        // Debug-friendly settings
    PRODUCTION         // Production-ready defaults
}

val config = Browser4Config.fromTemplate(ConfigTemplate.HIGH_PERFORMANCE)

7. Runtime Configuration Hot-Reload

Enable configuration changes without restart:

@Component
class ConfigurationManager {
    fun updateConfiguration(newConfig: Browser4Config)
    fun reloadFromSource()
    fun getCurrentConfig(): Browser4Config
}

🚀 Implementation Priority

1. Phase 1: Create unified config object and factory
2. Phase 2: Implement configuration DSL and templates
3. Phase 3: Add validation and hot-reload capabilities
4. Phase 4: Migrate existing components gradually

💡 Additional Benefits

• Reduced cognitive load - Single point of configuration
• Better testability - Easier to mock and test different configs
• Improved documentation - All options in one place
• Type safety - Compile-time validation of configuration
• IDE support - Better auto-completion and navigation

This approach would significantly reduce the complexity while maintaining all the flexibility your system currently provides. Would you like me to elaborate on any of these suggestions or help you implement a specific part?

[platonai]

这个问题等价于提供 SDK

[platonai]

提供多语言版本的 SDK，项目结构组织可以参考 Daytona.