import { AgentConfig } from '../types/index.js';
import { ArchitecturalDecision, DecisionContext, DecisionCriteria, AlternativeAnalysis, DecisionRationale, ArchitecturalPattern, DecisionRecommendation, TechnicalDebt } from '../types/index.js';
export declare class AIArchitecturalDecisionFramework {
    private readonly config;
    private readonly logger;
    private readonly decisionFrameworks;
    private readonly decisionTemplates;
    private readonly architecturalPatterns;
    private readonly decisionHistory;
    private readonly decisionMetrics;
    private readonly qualityAttributes;
    private readonly learningData;
    constructor(config: AgentConfig);
    makeArchitecturalDecision(decisionContext: DecisionContext, decisionCriteria: DecisionCriteria[], projectId: string): Promise<{
        decision: ArchitecturalDecision;
        analysis: AlternativeAnalysis;
        rationale: DecisionRationale;
        recommendations: DecisionRecommendation[];
        futureConsiderations: any[];
    }>;
    evaluateArchitecturalPatterns(decisionContext: DecisionContext, qualityGoals: string[], constraints: any[]): Promise<{
        recommendedPatterns: ArchitecturalPattern[];
        patternAnalysis: any;
        suitabilityScores: Map<string, number>;
        combinationOpportunities: any[];
    }>;
    analyzeTechnicalDebtImplications(decision: ArchitecturalDecision, projectContext: any): Promise<{
        debtAnalysis: TechnicalDebt;
        mitigationStrategies: any[];
        monitoringRecommendations: any[];
        refactoringOpportunities: any[];
    }>;
    generateArchitecturalEvolutionRoadmap(projectId: string, visionStatement: string, timeHorizon: {
        start: Date;
        end: Date;
    }, constraints: any[]): Promise<{
        roadmap: any;
        milestones: any[];
        evolutionPaths: any[];
        riskAssessment: any;
        recommendations: any[];
    }>;
    private initializeDecisionFrameworks;
    private initializeDecisionTemplates;
    private initializeArchitecturalPatterns;
    private initializeQualityAttributes;
    private analyzeDecisionContext;
    private identifyAlternatives;
    private analyzeAlternatives;
    private evaluateQualityAttributes;
    private applyDecisionFramework;
    private generateDecisionRationale;
    private assessDecisionRisks;
    private analyzeDecisionImplications;
    private generateDecisionRecommendations;
    private identifyFutureConsiderations;
    private storeArchitecturalDecision;
    private updateDecisionMetrics;
    private learnFromDecision;
    private analyzePatternRequirements;
    private findApplicablePatterns;
    private evaluatePatternSuitability;
    private performPatternAnalysis;
    private identifyPatternCombinations;
    private selectRecommendedPatterns;
    private assessImmediateDebt;
    private analyzeLongTermDebt;
    private evaluateDebtQualityImpact;
    private calculateTotalDebtScore;
    private categorizeDebt;
    private assessDebtSeverity;
    private assessBusinessImpact;
    private estimateDebtCost;
    private calculatePaybackPeriod;
    private generateMitigationStrategies;
    private createMonitoringRecommendations;
    private identifyRefactoringOpportunities;
    private analyzeCurrentArchitecturalState;
    private defineTargetArchitecturalVision;
    private identifyEvolutionPaths;
    private createMigrationStrategy;
    private defineRoadmapMilestones;
    private assessEvolutionRisks;
    private generateRoadmapStructure;
    private createImplementationRecommendations;
}
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