import { BusinessLogicDefinition } from "../types/businessLogicExtractor.types";
import { ComponentContext } from "../types/componentExtractor.types";
import { DependencyContext, FileContextType } from "../types/contextualSummaries.types";
import { FunctionContext } from "../types/functionExtractor.types";
import { SemanticAnalysisResult } from "../types/semanticAnalysis.types";
import { TypeContext } from "../types/typeExtractor.types";
export declare class SemanticAnalyzer {
    /**
     * Performs comprehensive semantic analysis on extracted data
     */
    static analyzeSemantics(fileType: FileContextType, functionContext: FunctionContext, componentContext: ComponentContext, typeContext: TypeContext, businessLogic: BusinessLogicDefinition, dependencyContext: DependencyContext, filePath: string, content: string): SemanticAnalysisResult;
    /**
     * Analyzes file-level semantics
     */
    private analyzeFileSemantics;
    /**
     * Determines the primary purpose of the file
     */
    private determinePrimaryPurpose;
    /**
     * Determines secondary purposes
     */
    private determineSecondaryPurposes;
    /**
     * Extracts domain concepts from the code
     */
    private extractDomainConcepts;
    /**
     * Extracts technical concepts
     */
    private extractTechnicalConcepts;
    /**
     * Assesses business value of the file
     */
    private assessBusinessValue;
    /**
     * Analyzes semantic complexity
     */
    private analyzeSemanticComplexity;
    /**
     * Analyzes architectural patterns
     */
    private analyzeArchitecturalPatterns;
    /**
     * Analyzes code quality
     */
    private analyzeCodeQuality;
    /**
     * Analyzes design patterns
     */
    private analyzeDesignPatterns;
    /**
     * Analyzes relationships between components
     */
    private analyzeRelationships;
    /**
     * Generates contextual insights
     */
    private generateContextualInsights;
    /**
     * Generates actionable recommendations
     */
    private generateRecommendations;
    /**
     * Identifies risk factors
     */
    private identifyRiskFactors;
    /**
     * Identifies optimization opportunities
     */
    private identifyOptimizationOpportunities;
    private categorizeUtilityFunctions;
    private isDomainType;
    private classifyDomainType;
    private extractTypeRelationships;
    private analyzePatternUsage;
    private calculatePatternEffectiveness;
    private getPatternAlternatives;
    private calculateConceptualComplexity;
    private calculateInteractionComplexity;
    private calculateDataComplexity;
    private calculateAlgorithmicComplexity;
    private analyzeComplexityTrends;
    private analyzeMaintainability;
    private analyzeCohesion;
    private analyzeCoupling;
    private calculateFunctionalCohesion;
    private calculateComponentCohesion;
    private calculateBusinessCohesion;
    private calculateFunctionCoupling;
    private calculateComponentCoupling;
    private identifyArchitecturalLayer;
    /**
     * Analyzes separation of concerns
     */
    private analyzeSeparationOfConcerns;
    /**
     * Analyzes adherence to design principles
     */
    private analyzeDesignPrinciples;
    /**
     * Identifies code smells
     */
    private identifyCodeSmells;
    /**
     * Calculates architectural debt
     */
    private calculateArchitecturalDebt;
    /**
     * Detects design patterns in the code
     */
    private detectDesignPatterns;
    /**
     * Identifies missing pattern opportunities
     */
    private identifyMissingPatterns;
    /**
     * Identifies pattern misuse
     */
    private identifyPatternMisuse;
    /**
     * Suggests pattern evolution
     */
    private suggestPatternEvolution;
    private identifyFunctionConcerns;
    private analyzeSOLIDPrinciples;
    private analyzeSingleResponsibility;
    private analyzeOpenClosed;
    private analyzeLiskovSubstitution;
    private analyzeInterfaceSegregation;
    private analyzeDependencyInversion;
    private analyzeDRYPrinciple;
    private analyzeKISSPrinciple;
    private analyzeYAGNIPrinciple;
    private analyzeDependencyStrength;
    private calculateCouplingMetrics;
    private calculateCohesionMetrics;
    private calculateAbstractness;
    private calculateReadabilityMetrics;
    private calculateTestabilityMetrics;
    private calculatePerformanceMetrics;
    private calculateSecurityMetrics;
    private calculateMaintainabilityScore;
    private calculateReliabilityMetrics;
    private findDuplicateFunctions;
    private groupSimilarFunctions;
    private groupSimilarComponents;
}