import { EventEmitter } from 'events';
import type { AIToolIntegrationPlaybook, AIToolConfig, AIToolType, ToolOrchestrationRequest, ToolExecutionPlan, ToolExecutionContext, OrchestrationResult, TDDPhase, TDDPhaseConfig, ToolCommunicationMessage, ToolCoordinationProtocol, PerformanceMetrics, QualityMetrics, ToolExecutionHistory, LessonLearned, ValidationResult, SystemStatus } from '../types/ai-tool-integration.js';
import { MCPManager } from './mcp-client.js';
export declare class AIToolIntegrationPlaybookService extends EventEmitter implements AIToolIntegrationPlaybook {
    private readonly logger;
    private toolConfigs;
    private tddPhaseConfigs;
    private coordinationProtocols;
    private conflictResolutionRules;
    private activeExecutions;
    private executionHistory;
    private messageQueue;
    private performanceMetrics;
    private lessonsLearned;
    private adaptationRules;
    private mcpManager;
    constructor(mcpManager: MCPManager);
    configureTools(configs: AIToolConfig[]): Promise<void>;
    getToolConfiguration(toolType: AIToolType): AIToolConfig | null;
    orchestrateTools(request: ToolOrchestrationRequest): Promise<OrchestrationResult>;
    createExecutionPlan(request: ToolOrchestrationRequest): Promise<ToolExecutionPlan>;
    executePlan(plan: ToolExecutionPlan): Promise<OrchestrationResult>;
    private analyzeRequiredTools;
    configureTDDPhases(configs: TDDPhaseConfig[]): Promise<void>;
    triggerTDDPhase(phase: TDDPhase, context: ToolExecutionContext): Promise<OrchestrationResult>;
    private getTDDPhaseTools;
    private inferTDDPhase;
    registerCoordinationProtocol(protocol: ToolCoordinationProtocol): Promise<void>;
    sendToolMessage(message: ToolCommunicationMessage): Promise<void>;
    resolveConflict(conflictType: string, participants: string[]): Promise<any>;
    getPerformanceMetrics(): Promise<PerformanceMetrics>;
    getQualityMetrics(): Promise<QualityMetrics>;
    getExecutionHistory(limit?: number): Promise<ToolExecutionHistory[]>;
    analyzeLessonsLearned(): Promise<LessonLearned[]>;
    optimizeStrategies(): Promise<void>;
    validateConfiguration(): Promise<ValidationResult[]>;
    getSystemStatus(): Promise<SystemStatus>;
    private initializeDefaultConfigurations;
    private initializeDefaultTDDConfigurations;
    private setupEventHandlers;
    private handleToolExecutionCompleted;
    private handleToolExecutionFailed;
    private handleConflictDetected;
    private executePhase;
    private executeToolExecution;
    private executeContext7Tool;
    private executeExaTool;
    private executeSequentialThinkingTool;
    private executeSerenaTool;
    private isComplexDocumentationRequest;
    private isComplexPatternAnalysis;
    private needsDocumentation;
    private needsResearch;
    private needsExternalValidation;
    private needsAPIReference;
    private isComplexCodeGeneration;
    private evaluateDocumentationQuality;
    private evaluateResearchQuality;
    private evaluateReasoningQuality;
    private evaluateAnalysisQuality;
    private initializePerformanceMetrics;
    private initializeQualityMetrics;
    private initializeResourceUsage;
    private validateToolConfig;
    private selectExecutionStrategy;
    private createExecutionPhases;
    private assessExecutionRisks;
    private calculateEstimatedDuration;
    private calculateResourceRequirements;
    private createFallbackPlans;
    private applyFallbackStrategy;
    private aggregateQualityMetrics;
    private aggregatePerformanceMetrics;
    private calculateUserSatisfaction;
    private generateRecommendations;
    private extractWarnings;
    private extractErrors;
    private updatePerformanceMetrics;
    private recordExecutionHistory;
    private extractLessonsLearned;
    private processMessageQueue;
    private calculateAverageMetric;
    private analyzePerformancePatterns;
    private updateToolConfigurationsFromLearning;
    private updateExecutionStrategies;
    private validateSingleToolConfig;
    private validateTDDConfigurations;
    private validateCoordinationProtocols;
    private getToolStatus;
    private determineOverallHealth;
    private getRecentErrors;
    private updateToolPerformanceMetrics;
    private handleToolFailure;
    private isCriticalFailure;
    private prepareToolInput;
    private calculateExecutionPerformanceMetrics;
    private evaluateToolOutputQuality;
    private measureResourceUsage;
    private pollDeepResearchResult;
    private getTDDCapabilityForTool;
    private prepareTDDInputData;
    private getTDDExpectedOutput;
    private getTDDConstraints;
}
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