@versatil/sdlc-framework
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🚀 AI-Native SDLC framework with 11-MCP ecosystem, RAG memory, OPERA orchestration, and 6 specialized agents achieving ZERO CONTEXT LOSS. Features complete CI/CD pipeline with 7 GitHub workflows (MCP testing, security scanning, performance benchmarking),
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TypeScript
/**
* UltraThink Breakthrough Intelligence System
* Advanced problem-solving for bottlenecks, struggle loops, and breakthrough solutions
*
* Features:
* - Bottleneck detection and elimination
* - Struggle loop pattern breaking
* - Creative solution generation
* - Cross-domain knowledge transfer
* - Emergency breakthrough protocols
* - Meta-level analysis and optimization
* - Constraint theory application
* - Breakthrough thinking patterns
*/
import { EventEmitter } from 'events';
export interface BottleneckAnalysis {
type: BottleneckType;
severity: 'low' | 'medium' | 'high' | 'critical';
location: string;
impact: BottleneckImpact;
rootCauses: RootCause[];
solutions: BreakthroughSolution[];
urgency: number;
estimatedResolutionTime: number;
conflictingConstraints: string[];
}
export declare enum BottleneckType {
PERFORMANCE = "performance",
DEVELOPMENT_VELOCITY = "development_velocity",
DECISION_PARALYSIS = "decision_paralysis",
RESOURCE_CONSTRAINT = "resource_constraint",
TECHNICAL_DEBT = "technical_debt",
KNOWLEDGE_GAP = "knowledge_gap",
COMMUNICATION = "communication",
PROCESS_INEFFICIENCY = "process_inefficiency",
COGNITIVE_OVERLOAD = "cognitive_overload",
INTEGRATION_COMPLEXITY = "integration_complexity"
}
export interface BottleneckImpact {
developmentSpeed: number;
teamMorale: number;
codeQuality: number;
deliveryTimeline: number;
resourceUtilization: number;
innovation: number;
costMultiplier: number;
}
export interface RootCause {
category: 'technical' | 'process' | 'human' | 'organizational' | 'external';
description: string;
confidence: number;
dependencies: string[];
historicalFrequency: number;
solutionComplexity: 'simple' | 'moderate' | 'complex' | 'systemic';
}
export interface StruggleLoop {
id: string;
pattern: StrugglePattern;
iterations: number;
duration: number;
energyDrain: number;
confidence: number;
breakthroughProbability: number;
alternativeApproaches: AlternativeApproach[];
exitStrategies: ExitStrategy[];
}
export declare enum StrugglePattern {
REPEATED_FAILED_ATTEMPTS = "repeated_failed_attempts",
ANALYSIS_PARALYSIS = "analysis_paralysis",
OVERCOMPLICATED_SOLUTION = "overcomplicated_solution",
MISSING_PERSPECTIVE = "missing_perspective",
WRONG_PROBLEM_DEFINITION = "wrong_problem_definition",
INSUFFICIENT_KNOWLEDGE = "insufficient_knowledge",
COGNITIVE_BIAS = "cognitive_bias",
RESOURCE_THRASHING = "resource_thrashing",
PERFECTIONISM_TRAP = "perfectionism_trap",
SCOPE_CREEP = "scope_creep"
}
export interface AlternativeApproach {
name: string;
description: string;
paradigmShift: string;
successProbability: number;
riskLevel: 'low' | 'medium' | 'high';
resourceRequirement: string;
timeToSolution: number;
innovationLevel: number;
examples: string[];
}
export interface ExitStrategy {
name: string;
description: string;
conditions: string[];
actions: string[];
recoverabilty: number;
learningValue: number;
}
export interface BreakthroughSolution {
id: string;
name: string;
type: SolutionType;
approach: SolutionApproach;
description: string;
implementation: ImplementationPlan;
constraints: Constraint[];
benefits: Benefit[];
risks: Risk[];
confidence: number;
novelty: number;
elegance: number;
sustainability: number;
scalability: number;
}
export declare enum SolutionType {
TECHNICAL_INNOVATION = "technical_innovation",
PROCESS_OPTIMIZATION = "process_optimization",
ARCHITECTURAL_CHANGE = "architectural_change",
TOOL_INTRODUCTION = "tool_introduction",
METHODOLOGY_SHIFT = "methodology_shift",
RESOURCE_REALLOCATION = "resource_reallocation",
CONSTRAINT_REMOVAL = "constraint_removal",
PARADIGM_CHANGE = "paradigm_change",
SIMPLIFICATION = "simplification",
AUTOMATION = "automation"
}
export declare enum SolutionApproach {
INCREMENTAL = "incremental",
REVOLUTIONARY = "revolutionary",
HYBRID = "hybrid",
EXPERIMENTAL = "experimental",
PROVEN = "proven",
EMERGENT = "emergent"
}
export interface ImplementationPlan {
phases: ImplementationPhase[];
prerequisites: string[];
milestones: Milestone[];
rollbackPlan: string[];
successMetrics: string[];
monitoringStrategy: string;
}
export interface ImplementationPhase {
name: string;
description: string;
duration: number;
resources: string[];
deliverables: string[];
risks: string[];
dependencies: string[];
}
export interface Milestone {
name: string;
description: string;
successCriteria: string[];
validationMethod: string;
timeframe: number;
}
export interface Constraint {
type: 'technical' | 'resource' | 'time' | 'regulatory' | 'organizational';
description: string;
severity: number;
flexibility: number;
workarounds: string[];
}
export interface Benefit {
category: 'performance' | 'quality' | 'productivity' | 'innovation' | 'maintainability';
description: string;
quantification: string;
timeline: 'immediate' | 'short_term' | 'medium_term' | 'long_term';
confidence: number;
}
export interface Risk {
description: string;
probability: number;
impact: number;
mitigation: string[];
contingency: string[];
}
export interface BreakthroughInsight {
type: InsightType;
description: string;
source: InsightSource;
confidence: number;
applicability: number;
novelty: number;
actionability: string[];
crossDomainAnalogy?: string;
contradictionResolution?: string;
}
export declare enum InsightType {
PATTERN_RECOGNITION = "pattern_recognition",
CONSTRAINT_IDENTIFICATION = "constraint_identification",
ASSUMPTION_CHALLENGE = "assumption_challenge",
CROSS_DOMAIN_TRANSFER = "cross_domain_transfer",
SIMPLIFICATION_OPPORTUNITY = "simplification_opportunity",
RESOURCE_OPTIMIZATION = "resource_optimization",
WORKFLOW_IMPROVEMENT = "workflow_improvement",
TECHNOLOGICAL_LEAP = "technological_leap",
PARADIGM_SHIFT = "paradigm_shift",
CONTRADICTION_RESOLUTION = "contradiction_resolution"
}
export declare enum InsightSource {
PATTERN_ANALYSIS = "pattern_analysis",
CROSS_PROJECT_LEARNING = "cross_project_learning",
COMMUNITY_WISDOM = "community_wisdom",
EXPERT_KNOWLEDGE = "expert_knowledge",
HISTORICAL_DATA = "historical_data",
SIMULATION = "simulation",
CONSTRAINT_THEORY = "constraint_theory",
CREATIVE_ALGORITHMS = "creative_algorithms",
BIOMIMICRY = "biomimicry",
ANALOGICAL_REASONING = "analogical_reasoning"
}
export interface MetaAnalysis {
teamDynamics: TeamDynamicsAnalysis;
processEfficiency: ProcessEfficiencyAnalysis;
toolEffectiveness: ToolEffectivenessAnalysis;
knowledgeGaps: KnowledgeGapAnalysis;
cognitiveLoad: CognitiveLoadAnalysis;
innovationIndex: InnovationIndexAnalysis;
collaborationQuality: CollaborationQualityAnalysis;
}
export interface TeamDynamicsAnalysis {
communicationPatterns: string[];
decisionMakingSpeed: number;
conflictResolutionEfficiency: number;
knowledgeSharing: number;
psychologicalSafety: number;
creativityLevel: number;
burnoutRisk: number;
skillComplementarity: number;
}
export interface ProcessEfficiencyAnalysis {
bottlenecks: string[];
redundancies: string[];
automationOpportunities: string[];
feedbackLoops: string[];
qualityGates: string[];
cycleTime: number;
throughput: number;
errorRate: number;
}
export interface ToolEffectivenessAnalysis {
utilizationRate: Record<string, number>;
learningCurve: Record<string, number>;
integrationQuality: Record<string, number>;
maintenanceOverhead: Record<string, number>;
alternatives: Record<string, string[]>;
recommendations: string[];
}
export interface KnowledgeGapAnalysis {
criticalGaps: string[];
learningPriorities: string[];
expertiseDistribution: Record<string, number>;
documentationQuality: number;
knowledgeTransferRate: number;
externalDependencies: string[];
}
export interface CognitiveLoadAnalysis {
complexityLevel: number;
contextSwitching: number;
informationOverload: number;
multitaskingPenalty: number;
focusFragmentation: number;
simplificationOpportunities: string[];
}
export interface InnovationIndexAnalysis {
experimentationRate: number;
riskTolerance: number;
ideaGeneration: number;
implementationSpeed: number;
learningVelocity: number;
adaptabilityScore: number;
}
export interface CollaborationQualityAnalysis {
syncVsAsync: number;
meetingEfficiency: number;
documentationSharing: number;
crossFunctionalAlignment: number;
feedbackQuality: number;
decisionTransparency: number;
}
export interface EmergencyProtocol {
name: string;
triggerConditions: string[];
urgencyLevel: 'high' | 'critical' | 'emergency';
responseTime: number;
actions: EmergencyAction[];
resources: string[];
escalationPath: string[];
successCriteria: string[];
}
export interface EmergencyAction {
priority: number;
description: string;
owner: string;
duration: number;
dependencies: string[];
rollbackOption: boolean;
}
export declare class UltraThinkBreakthroughSystem extends EventEmitter {
private bottlenecks;
private struggleLoops;
private solutions;
private insights;
private emergencyProtocols;
private metaAnalysisHistory;
private breakthroughPatterns;
constructor();
performUltraThinkAnalysis(projectPath: string): Promise<{
bottlenecks: BottleneckAnalysis[];
struggleLoops: StruggleLoop[];
breakthroughSolutions: BreakthroughSolution[];
insights: BreakthroughInsight[];
metaAnalysis: MetaAnalysis;
emergencyRecommendations: string[];
}>;
private detectAllBottlenecks;
private analyzeStruggleLoops;
private performMetaAnalysis;
private generateBreakthroughSolutions;
private synthesizeBreakthroughInsights;
private assessEmergencyNeeds;
private detectPerformanceBottlenecks;
private detectVelocityBottlenecks;
private detectDecisionParalysis;
private detectResourceConstraints;
private detectTechnicalDebtBottlenecks;
private detectKnowledgeGaps;
private detectCommunicationBottlenecks;
private detectProcessBottlenecks;
private detectRepeatedFailurePatterns;
private detectAnalysisParalysis;
private detectOvercomplication;
private detectMissingPerspectives;
private detectWrongProblemDefinition;
private detectKnowledgeLoops;
private detectCognitiveBiases;
private detectResourceThrashing;
private analyzeTeamDynamics;
private analyzeProcessEfficiency;
private analyzeToolEffectiveness;
private analyzeKnowledgeGaps;
private analyzeCognitiveLoad;
private analyzeInnovationIndex;
private analyzeCollaborationQuality;
private generateConstraintTheorySolutions;
private generateCrossdomainSolutions;
private generateSimplificationSolutions;
private generateAutomationSolutions;
private generateParadigmShiftSolutions;
private generateLoopBreakingSolutions;
private generateMetaLevelSolutions;
private rankAndRefineBreakthroughSolutions;
private generatePatternInsights;
private generateConstraintInsights;
private generateAssumptionChallenges;
private generateCrossDomainInsights;
private generateSimplificationInsights;
private generateContradictionInsights;
private initializeEmergencyProtocols;
private initializeBreakthroughPatterns;
activateEmergencyMode(protocol: string, context: any): Promise<boolean>;
private executeEmergencyAction;
}
export default UltraThinkBreakthroughSystem;