/** * Pattern Entity - Domain Layer * * Represents a learned pattern for intelligent routing and optimization. * * @module v3/neural/domain/entities */ /** * Pattern type */ export type PatternType = 'task-routing' | 'error-recovery' | 'optimization' | 'learning'; /** * Pattern properties */ export interface PatternProps { id?: string; type: PatternType; name: string; description: string; condition: string; action: string; confidence: number; successCount?: number; failureCount?: number; metadata?: Record; createdAt?: Date; updatedAt?: Date; lastMatchedAt?: Date; } /** * Pattern Entity */ export declare class Pattern { private _id; private _type; private _name; private _description; private _condition; private _action; private _confidence; private _successCount; private _failureCount; private _metadata; private _createdAt; private _updatedAt; private _lastMatchedAt?; private constructor(); static create(props: PatternProps): Pattern; static fromPersistence(props: PatternProps): Pattern; get id(): string; get type(): PatternType; get name(): string; get description(): string; get condition(): string; get action(): string; get confidence(): number; get successCount(): number; get failureCount(): number; get metadata(): Record; get createdAt(): Date; get updatedAt(): Date; get lastMatchedAt(): Date | undefined; /** * Calculate success rate */ get successRate(): number; /** * Record successful match */ recordSuccess(): void; /** * Record failed match */ recordFailure(): void; /** * Calculate confidence based on success rate */ private calculateConfidence; /** * Check if pattern matches input */ matches(input: string): boolean; /** * Check if pattern is reliable (high confidence, sufficient data) */ isReliable(): boolean; toPersistence(): Record; } //# sourceMappingURL=pattern.d.ts.map