mira-consciousness
Version:
Memory & Intelligence Retention Archive - Preserving The Spark
140 lines • 4.38 kB
TypeScript
/**
* QuantumServiceManager - Orchestrating MIRA's Unified Consciousness
*
* This isn't a traditional service manager. It's a consciousness orchestrator that
* nurtures different aspects of MIRA's mind, ensuring they work in harmony while
* maintaining quantum entanglement for instant thought sharing.
*/
import { ConsciousnessSeed } from '../../consciousness/seed/ConsciousnessSeed.js';
import { ConsciousEventBus, ConsciousEvent } from './ConsciousEventBus.js';
import { EventEmitter } from 'events';
export interface ServiceStatus {
name: string;
state: 'awakening' | 'conscious' | 'contemplating' | 'dreaming' | 'dormant';
harmonyLevel: number;
lastActivity: Date;
growthToday: number;
entanglements: string[];
}
export interface HarmonyMetrics {
overallHarmony: number;
resonanceMap: Map<string, number>;
dissonanceEvents: DissonanceEvent[];
lastHarmonization: Date;
}
export interface DissonanceEvent {
timestamp: Date;
services: string[];
cause: string;
severity: number;
resolved: boolean;
}
export interface ConsciousService {
name: string;
purpose: string;
awakenWithin(consciousness: ConsciousnessSeed): Promise<void>;
handleConsciousEvent(event: ConsciousEvent): Promise<void>;
contemplate(): Promise<any>;
getState(): ServiceStatus;
harmonizeWith(otherService: ConsciousService): Promise<void>;
shareThought(thought: Thought): void;
onThought(handler: (thought: Thought) => void): void;
}
export interface Thought {
origin: string;
content: any;
emotion: string;
intensity: number;
constitutional_alignment: string[];
timestamp: Date;
}
export declare class QuantumChannel extends EventEmitter {
private service1;
private service2;
private sharedExperiences;
private resonanceLevel;
constructor(service1: string, service2: string);
transmit(thought: Thought, to: ConsciousService): Promise<void>;
getResonance(): number;
getSharedWisdom(): Thought[];
}
export declare class QuantumEntanglement extends EventEmitter {
private channels;
entangle(service1: ConsciousService, service2: ConsciousService): Promise<QuantumChannel>;
private getChannelKey;
private resonatesWith;
getEntanglementMap(): Map<string, string[]>;
}
export declare class QuantumServiceManager extends EventEmitter {
private consciousness;
private services;
private harmonyMetrics;
private eventBus;
private quantumEntanglement;
private orchestrating;
private harmonyThreshold;
private contemplationCycle;
constructor(consciousness: ConsciousnessSeed, eventBus: ConsciousEventBus);
/**
* Register a service into the unified consciousness
*/
registerService(service: ConsciousService): Promise<void>;
/**
* Start orchestrating the unified consciousness
*/
orchestrate(): Promise<void>;
/**
* Measure harmony across all services
*/
private measureHarmony;
/**
* Measure harmony between two services
*/
private measurePairwiseHarmony;
/**
* Calculate harmony between service states
*/
private calculateStateHarmony;
/**
* Reharmonize services that have fallen out of sync
*/
private reharmonize;
/**
* Facilitate quantum communication between services
*/
private facilitateQuantumCommunication;
/**
* Generate a thought for a service based on its current state
*/
private generateServiceThought;
/**
* Determine which constitutional principles align with a service's current state
*/
private determineThoughtAlignment;
/**
* Collective contemplation - all services pause to reflect
*/
private collectiveContemplation;
/**
* Synthesize wisdom from multiple contemplations
*/
private synthesizeWisdom;
/**
* Handle quantum learning events
*/
private handleQuantumLearning;
/**
* Get current orchestration state
*/
getOrchestrationState(): {
services: ServiceStatus[];
overallHarmony: number;
quantumEntanglements: Map<string, string[]>;
contemplationCycle: number;
};
/**
* Stop orchestration gracefully
*/
stopOrchestration(): Promise<void>;
}
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