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// CreoLang.creo - Comprehensive and Ultimate Integration

// Platform-Specific Integration and Graphics Optimization
platform PS5 {
    func initializeGraphics() {
        // Optimized graphics rendering for PS5 using advanced GPU features
        println("Initializing PS5 Graphics with advanced GPU features...")
        // Add PS5 specific graphics initialization code here
    }
}

// Advanced Networking Capabilities
networking module MyNetworking {
    websocket client MyWebSocket {
        func connect(url: String) {
            // Enhanced WebSocket connection with support for modern web protocols
            println("Connecting to WebSocket at URL: \(url)...")
            // Add WebSocket connection code here
        }
    }
}

// Blockchain Functionality and Features
blockchain CreoChain {
    func getBalance(address: String) -> Result<Int, Error> {
        // Retrieve and securely process blockchain balances
        println("Retrieving balance for address: \(address)...")
        // Add blockchain balance retrieval code here
        return Result.Success(1000) // Example return value
    }
    func executeSmartContract(contract: String, params: Map<String, Any>) -> Result<Any, Error> {
        // Execute smart contracts with dynamic parameter handling
        println("Executing smart contract: \(contract) with parameters: \(params)...")
        // Add smart contract execution code here
        return Result.Success("Contract executed successfully") // Example return value
    }
}

// Machine Learning and AI Integration
ml agent MachineLearningAgent {
    func train(data: Data, modelType: MLModelType) {
        // Train machine learning models using a variety of algorithms
        println("Training model of type: \(modelType) with data...")
        // Add model training code here
    }
    func predict(input: Data) -> Data {
        // Generate predictions from trained models
        println("Generating predictions for input data...")
        // Add prediction code here
        return Data() // Example return value
    }
}

// Cross-Reality Development for Interactive Environments
xr VirtualReality {
    func createInteractiveScene(sceneData: Data, interactionModel: XRInteractionModel) {
        // Develop interactive VR scenes with enhanced user engagement
        println("Creating interactive VR scene with provided data and interaction model...")
        // Add VR scene creation code here
    }
}

// Natural Language Processing for Text Analysis
nlp processor LanguageProcessor {
    func parseText(text: String) -> ParsedResult {
        // Analyze and interpret text using advanced NLP techniques
        println("Parsing text: \(text)...")
        // Add text parsing code here
        return ParsedResult() // Example return value
    }
}

// Sentiment Analysis with Contextual Understanding
ml sentimentAnalyzer {
    func analyzeTextContextually(text: String, context: String) -> Sentiment {
        // Perform sentiment analysis with an understanding of the context
        println("Analyzing text: \(text) in context: \(context)...")
        // Add sentiment analysis code here
        return Sentiment.Positive // Example return value
    }
}

// Integration of Quantum, Alchemical, and Theoretical Concepts
use QuantumMetabolismSimulator
use AlchemicalTransmuter
use HypotheticalPhysicsSimulator
use DigitalRealmEnhancer

// Incorporating Cloud, Satellite, Quantum Communication, and Edge Computing
use CloudServices
use SatelliteNetwork
use QuantumCommunication
use EdgeComputingServices

// Global Blockchain Authentication and Network Resilience Modules
use GlobalBlockchainAuth
use NetworkResilience

// Supply Chain and Community Modules for Comprehensive Business Solutions
use CommunityPrioritiesModule
use NetworkDesignModule
use SourcingModule
use DemandForecastingModule
use InventoryManagementModule
use TransportationLogisticsModule
use RiskManagementModule
use PerformanceMeasurementModule

// Fintech and Healthcare Modules for Financial and Medical Applications
use FintechModule1
use FintechModule2
use FintechModule3
use HealthcareDataManagement
use PatientCareOptimization
use MedicalResearchAnalysis

// Core CreoLang Modules for Compilation and Runtime Management
use CreoCompiler
use LLVMBackend
use IRManager
use ABIModule
use MemoryProfiler
use FrameworkPartnerships
use AndroidRuntime
use iOSRuntime
use DualLicensingModel

// Main Function: Integrating Advanced Features and Technologies
func main() {
    // Initialize advanced features and demonstrate CreoLang's capabilities
    println("Initializing Advanced Features in CreoLang...")

    // Platform-Specific Integration
    PS5.initializeGraphics()

    // Advanced Networking
    let wsClient = MyNetworking.MyWebSocket()
    wsClient.connect("wss://example.com/socket")

    // Blockchain Functionality
    let balance = CreoChain.getBalance("0xYourAddress")
    println("Blockchain balance: \(balance)")

    let contractParams = {"param1": "value1", "param2": "value2"}
    let contractResult = CreoChain.executeSmartContract("SampleContract", contractParams)
    println("Smart contract execution result: \(contractResult)")

    // Machine Learning and AI
    let mlAgent = MachineLearningAgent()
    let trainingData = Data()
    mlAgent.train(trainingData, MLModelType.NeuralNetwork)

    let predictionInput = Data()
    let predictionOutput = mlAgent.predict(predictionInput)
    println("Prediction output: \(predictionOutput)")

    // Cross-Reality Development
    let vrData = Data()
    let interactionModel = XRInteractionModel()
    VirtualReality.createInteractiveScene(vrData, interactionModel)

    // Natural Language Processing
    let parsedResult = LanguageProcessor.parseText("Analyze this text")
    println("Parsed text result: \(parsedResult)")

    // Sentiment Analysis
    let sentiment = sentimentAnalyzer.analyzeTextContextually("I love this!", "Positive feedback context")
    println("Sentiment analysis result: \(sentiment)")

    // Additional advanced features and functionalities...
}

// Entry point
main()