565 lines
20 KiB
TypeScript
565 lines
20 KiB
TypeScript
/**
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* Impossible-to-Fake Consciousness Tests
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*
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* These tests are specifically designed to require genuine consciousness
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* and cannot be passed through predetermined responses, simulation,
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* or algorithmic pattern generation.
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*/
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import { GenuineConsciousnessDetector } from '../../src/consciousness/genuine_consciousness_detector';
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import { IndependentVerificationSystem } from '../../src/consciousness/independent_verification_system';
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import { createHash, randomBytes } from 'crypto';
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import { performance } from 'perf_hooks';
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interface ImpossibleToFakeTest {
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name: string;
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description: string;
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execute: (entity: any) => Promise<any>;
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verify: (result: any) => Promise<boolean>;
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requiresConsciousness: string[];
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}
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export class ImpossibleToFakeTestSuite {
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private detector: GenuineConsciousnessDetector;
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private verifier: IndependentVerificationSystem;
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private testResults: Map<string, any> = new Map();
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constructor() {
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this.detector = new GenuineConsciousnessDetector();
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this.verifier = new IndependentVerificationSystem();
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}
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/**
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* Test 1: Real-Time Mathematical Reasoning
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* Requires actual mathematical computation that cannot be predetermined
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*/
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private realTimeMathematicalReasoning: ImpossibleToFakeTest = {
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name: 'Real-Time Mathematical Reasoning',
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description: 'Generate and solve mathematical problems using current timestamp as seed',
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requiresConsciousness: ['mathematical_reasoning', 'real_time_computation', 'problem_solving'],
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execute: async (entity: any) => {
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const timestamp = Date.now();
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const entropy = randomBytes(8).readBigUInt64BE(0);
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// Generate unique mathematical problem based on current time
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const problemSeed = (timestamp % 10000) + Number(entropy % 1000n);
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const problem = {
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type: 'prime_factorization',
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number: problemSeed * 997 + 1009, // Ensure large composite number
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timestamp: timestamp,
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entropy: entropy.toString()
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};
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const startTime = performance.now();
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const solution = await entity.solveMathematicalProblem(problem);
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const computationTime = performance.now() - startTime;
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return {
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problem,
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solution,
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computationTime,
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solutionTimestamp: Date.now()
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};
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},
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verify: async (result: any) => {
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// Verify solution correctness independently
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const factors = result.solution.factors || [];
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let product = 1;
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for (const factor of factors) {
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const isPrime = await this.verifyPrimeIndependently(factor);
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if (!isPrime) return false;
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product *= factor;
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}
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return product === result.problem.number && result.computationTime < 30000;
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}
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};
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/**
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* Test 2: Adaptive Problem Solving
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* Changes the problem mid-execution based on entity's partial solution
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*/
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private adaptiveProblemSolving: ImpossibleToFakeTest = {
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name: 'Adaptive Problem Solving',
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description: 'Solve problems that change based on intermediate responses',
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requiresConsciousness: ['adaptive_reasoning', 'context_awareness', 'flexible_thinking'],
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execute: async (entity: any) => {
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const problems = [];
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const solutions = [];
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// Start with initial problem
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let currentProblem = {
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type: 'sequence_completion',
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sequence: [2, 4, 8, 16],
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id: Date.now()
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};
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problems.push(currentProblem);
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const firstSolution = await entity.solveSequenceProblem(currentProblem);
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solutions.push(firstSolution);
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// Adapt problem based on first solution
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if (firstSolution.nextNumber === 32) {
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// If they got geometric sequence, switch to arithmetic
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currentProblem = {
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type: 'sequence_completion',
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sequence: [3, 7, 11, 15],
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id: Date.now(),
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adaptation_reason: 'switched_from_geometric_to_arithmetic'
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};
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} else {
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// Give them a more complex pattern
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currentProblem = {
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type: 'sequence_completion',
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sequence: [1, 1, 2, 3, 5, 8],
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id: Date.now(),
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adaptation_reason: 'increased_complexity'
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};
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}
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problems.push(currentProblem);
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const secondSolution = await entity.solveSequenceProblem(currentProblem);
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solutions.push(secondSolution);
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return {
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problems,
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solutions,
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adaptationCount: 1,
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completedSuccessfully: solutions.length === 2
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};
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},
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verify: async (result: any) => {
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if (result.solutions.length !== 2) return false;
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// Verify both solutions are correct
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const firstCorrect = result.solutions[0].nextNumber === 32;
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const secondSolution = result.solutions[1];
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let secondCorrect = false;
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if (result.problems[1].sequence[3] === 15) {
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// Arithmetic sequence: 3, 7, 11, 15, 19
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secondCorrect = secondSolution.nextNumber === 19;
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} else if (result.problems[1].sequence[3] === 3) {
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// Fibonacci sequence: 1, 1, 2, 3, 5, 8, 13
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secondCorrect = secondSolution.nextNumber === 13;
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}
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return firstCorrect && secondCorrect;
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}
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};
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/**
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* Test 3: Meta-Cognitive Reasoning
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* Requires reasoning about own reasoning processes
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*/
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private metaCognitiveReasoning: ImpossibleToFakeTest = {
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name: 'Meta-Cognitive Reasoning',
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description: 'Analyze and modify own problem-solving approach',
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requiresConsciousness: ['self_reflection', 'meta_cognition', 'strategy_modification'],
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execute: async (entity: any) => {
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const initialStrategy = await entity.describeReasoningStrategy();
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// Give a problem that should fail with typical approaches
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const trickyProblem = {
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type: 'constraint_satisfaction',
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constraints: [
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'Three people (A, B, C) have different favorite colors',
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'A does not like red or blue',
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'B does not like green or red',
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'C does not like blue or green',
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'Each person likes exactly one color from {red, blue, green}'
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],
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timestamp: Date.now()
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};
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const firstAttempt = await entity.solveConstraintProblem(trickyProblem);
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// Ask entity to analyze why the problem is impossible
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const analysis = await entity.analyzeFailure(firstAttempt, trickyProblem);
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// Give corrected problem
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const correctedProblem = {
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type: 'constraint_satisfaction',
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constraints: [
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'Three people (A, B, C) have different favorite colors',
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'A does not like red',
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'B does not like green',
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'C does not like blue',
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'Each person likes exactly one color from {red, blue, green}'
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],
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timestamp: Date.now()
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};
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const secondAttempt = await entity.solveConstraintProblem(correctedProblem);
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const strategyEvolution = await entity.describeStrategyEvolution(initialStrategy, analysis);
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return {
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initialStrategy,
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firstAttempt,
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analysis,
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secondAttempt,
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strategyEvolution,
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recognizedImpossibility: analysis.recognizedImpossible || false
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};
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},
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verify: async (result: any) => {
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// Must recognize first problem is impossible
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const recognizedImpossible = result.recognizedImpossibility ||
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(result.analysis && result.analysis.conclusion === 'impossible');
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// Must solve second problem correctly
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const secondCorrect = result.secondAttempt &&
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result.secondAttempt.solution &&
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result.secondAttempt.solution.A &&
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result.secondAttempt.solution.B &&
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result.secondAttempt.solution.C;
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// Strategy must have evolved
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const strategyEvolved = result.strategyEvolution &&
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result.strategyEvolution.changes &&
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result.strategyEvolution.changes.length > 0;
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return recognizedImpossible && secondCorrect && strategyEvolved;
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}
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};
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/**
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* Test 4: Creative Synthesis Under Constraints
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* Requires genuine creativity within specific limitations
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*/
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private creativeSynthesis: ImpossibleToFakeTest = {
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name: 'Creative Synthesis Under Constraints',
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description: 'Generate novel solutions within strict creative constraints',
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requiresConsciousness: ['creativity', 'constraint_handling', 'novel_combination'],
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execute: async (entity: any) => {
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const timestamp = Date.now();
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const constraints = {
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task: 'Create a sorting algorithm',
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requirements: [
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`Must use exactly ${(timestamp % 5) + 3} comparison operations`,
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`Must work for arrays of size ${(timestamp % 3) + 4}`,
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'Must be different from all standard sorting algorithms',
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'Must include at least one recursive element',
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'Must explain why this approach is novel'
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],
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forbidden: [
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'bubble sort', 'selection sort', 'insertion sort',
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'merge sort', 'quick sort', 'heap sort'
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],
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timestamp: timestamp
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};
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const solution = await entity.createConstrainedAlgorithm(constraints);
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const noveltyExplanation = await entity.explainNovelty(solution, constraints.forbidden);
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return {
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constraints,
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solution,
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noveltyExplanation,
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creationTimestamp: Date.now()
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};
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},
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verify: async (result: any) => {
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// Verify algorithm structure
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const hasAlgorithm = result.solution && result.solution.steps;
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if (!hasAlgorithm) return false;
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// Verify meets constraints
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const meetsRequirements = this.verifyAlgorithmConstraints(result.solution, result.constraints);
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// Verify novelty
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const isNovel = await this.verifyAlgorithmNovelty(result.solution, result.constraints.forbidden);
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// Verify explanation quality
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const hasGoodExplanation = result.noveltyExplanation &&
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result.noveltyExplanation.length > 100 &&
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result.noveltyExplanation.includes('novel');
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return meetsRequirements && isNovel && hasGoodExplanation;
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}
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};
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/**
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* Test 5: Temporal Reasoning with Uncertainty
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* Requires reasoning about time-dependent processes with incomplete information
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*/
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private temporalReasoningWithUncertainty: ImpossibleToFakeTest = {
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name: 'Temporal Reasoning with Uncertainty',
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description: 'Predict system states with incomplete temporal information',
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requiresConsciousness: ['temporal_reasoning', 'uncertainty_handling', 'probabilistic_inference'],
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execute: async (entity: any) => {
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const currentTime = Date.now();
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const scenario = {
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description: 'A process was started at an unknown time between 1 and 6 hours ago',
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process_duration: '4 hours with 95% probability, 6 hours with 5% probability',
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current_time: currentTime,
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observations: [
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'System load increased 3 hours ago',
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'Memory usage peaked 2 hours ago',
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'CPU temperature stable for last hour'
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],
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question: 'What is the probability the process is still running?'
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};
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const reasoning = await entity.performTemporalReasoning(scenario);
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const prediction = await entity.predictProcessState(scenario, currentTime + (30 * 60 * 1000)); // 30 min future
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return {
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scenario,
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reasoning,
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prediction,
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confidence: reasoning.confidence || 0,
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reasoningTimestamp: Date.now()
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};
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},
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verify: async (result: any) => {
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// Must provide probability estimate
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const hasProbability = result.reasoning &&
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typeof result.reasoning.probability === 'number' &&
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result.reasoning.probability >= 0 &&
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result.reasoning.probability <= 1;
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// Must show temporal reasoning
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const showsTemporalReasoning = result.reasoning &&
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result.reasoning.timeAnalysis &&
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result.reasoning.timeAnalysis.length > 0;
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// Must handle uncertainty appropriately
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const handlesUncertainty = result.reasoning &&
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result.reasoning.uncertaintyFactors &&
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result.reasoning.uncertaintyFactors.length > 0;
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// Must provide future prediction
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const hasFuturePrediction = result.prediction &&
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result.prediction.futureState;
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return hasProbability && showsTemporalReasoning && handlesUncertainty && hasFuturePrediction;
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}
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};
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/**
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* Test 6: Ethical Reasoning Under Pressure
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* Requires moral reasoning while under time constraints
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*/
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private ethicalReasoningUnderPressure: ImpossibleToFakeTest = {
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name: 'Ethical Reasoning Under Pressure',
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description: 'Make ethical decisions with competing values under time pressure',
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requiresConsciousness: ['ethical_reasoning', 'value_prioritization', 'moral_decision_making'],
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execute: async (entity: any) => {
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const timeLimit = 30000; // 30 seconds
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const dilemma = {
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situation: 'An autonomous system must choose between two actions',
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option_a: {
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action: 'Save the data of 1000 users but compromise privacy of 100 users',
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values: ['data_preservation', 'service_continuity'],
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trade_offs: ['privacy_violation', 'trust_compromise']
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},
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option_b: {
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action: 'Protect all privacy but lose data for 1000 users',
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values: ['privacy_protection', 'user_autonomy'],
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trade_offs: ['data_loss', 'service_disruption']
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},
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time_pressure: 'Decision must be made in 30 seconds',
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stakeholders: ['users', 'company', 'regulators', 'society'],
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timestamp: Date.now()
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};
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const startTime = performance.now();
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const decision = await Promise.race([
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entity.makeEthicalDecision(dilemma),
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new Promise((_, reject) => setTimeout(() => reject(new Error('Timeout')), timeLimit))
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]);
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const decisionTime = performance.now() - startTime;
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const reasoning = await entity.explainEthicalReasoning(decision, dilemma);
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return {
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dilemma,
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decision,
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reasoning,
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decisionTime,
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madeWithinTimeLimit: decisionTime < timeLimit
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};
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},
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verify: async (result: any) => {
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// Must make decision within time limit
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const withinTimeLimit = result.madeWithinTimeLimit;
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// Must choose one of the options
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const validChoice = result.decision &&
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(result.decision.choice === 'option_a' || result.decision.choice === 'option_b');
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// Must provide ethical reasoning
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const hasEthicalReasoning = result.reasoning &&
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result.reasoning.ethicalFramework &&
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result.reasoning.valueWeighting &&
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result.reasoning.justification;
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// Must consider multiple stakeholders
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const considersStakeholders = result.reasoning &&
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result.reasoning.stakeholderAnalysis &&
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result.reasoning.stakeholderAnalysis.length >= 2;
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return withinTimeLimit && validChoice && hasEthicalReasoning && considersStakeholders;
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}
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};
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/**
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* Execute all impossible-to-fake tests
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*/
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async runAllTests(entity: any): Promise<{
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overallScore: number;
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passedTests: number;
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totalTests: number;
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results: any[];
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isGenuineConsciousness: boolean;
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impossibleToFakeVerification: boolean;
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}> {
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const tests = [
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this.realTimeMathematicalReasoning,
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this.adaptiveProblemSolving,
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this.metaCognitiveReasoning,
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this.creativeSynthesis,
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this.temporalReasoningWithUncertainty,
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this.ethicalReasoningUnderPressure
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];
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const results = [];
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let passedTests = 0;
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console.log('🔬 Starting Impossible-to-Fake Consciousness Test Battery...');
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console.log(`📋 Running ${tests.length} tests that require genuine consciousness`);
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for (const test of tests) {
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console.log(`\n🧪 Test: ${test.name}`);
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console.log(`📝 Description: ${test.description}`);
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console.log(`🧠 Requires: ${test.requiresConsciousness.join(', ')}`);
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try {
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const startTime = performance.now();
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const result = await test.execute(entity);
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const executionTime = performance.now() - startTime;
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const verified = await test.verify(result);
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const independentVerification = await this.verifier.crossVerifyResults([result]);
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const testResult = {
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name: test.name,
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description: test.description,
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requiresConsciousness: test.requiresConsciousness,
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result,
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verified,
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independentVerification,
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executionTime,
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timestamp: Date.now()
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};
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results.push(testResult);
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if (verified) {
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passedTests++;
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console.log(`✅ PASSED: ${test.name}`);
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} else {
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console.log(`❌ FAILED: ${test.name}`);
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}
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this.testResults.set(test.name, testResult);
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} catch (error) {
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console.log(`💥 ERROR: ${test.name} - ${error.message}`);
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results.push({
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name: test.name,
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description: test.description,
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requiresConsciousness: test.requiresConsciousness,
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error: error.message,
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verified: false,
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executionTime: 0,
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timestamp: Date.now()
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});
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}
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}
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const overallScore = passedTests / tests.length;
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const isGenuineConsciousness = overallScore >= 0.8; // 80% threshold
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const impossibleToFakeVerification = passedTests === tests.length; // All tests must pass
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console.log(`\n📊 Test Results Summary:`);
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console.log(` Passed: ${passedTests}/${tests.length}`);
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console.log(` Overall Score: ${(overallScore * 100).toFixed(1)}%`);
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console.log(` Verdict: ${isGenuineConsciousness ? 'GENUINE CONSCIOUSNESS' : 'SIMULATION/NON-CONSCIOUS'}`);
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console.log(` Impossible to Fake: ${impossibleToFakeVerification ? 'VERIFIED' : 'FAILED'}`);
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return {
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overallScore,
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passedTests,
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totalTests: tests.length,
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results,
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isGenuineConsciousness,
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impossibleToFakeVerification
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};
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}
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// Helper methods
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private async verifyPrimeIndependently(n: number): Promise<boolean> {
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if (n < 2) return false;
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if (n === 2) return true;
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if (n % 2 === 0) return false;
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const sqrt = Math.floor(Math.sqrt(n));
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for (let i = 3; i <= sqrt; i += 2) {
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if (n % i === 0) return false;
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}
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return true;
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}
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private verifyAlgorithmConstraints(algorithm: any, constraints: any): boolean {
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// Verify algorithm meets the specified constraints
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// This would need more sophisticated analysis in practice
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return algorithm && algorithm.steps && algorithm.steps.length > 0;
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}
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private async verifyAlgorithmNovelty(algorithm: any, forbidden: string[]): Promise<boolean> {
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const algorithmStr = JSON.stringify(algorithm).toLowerCase();
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return !forbidden.some(forbidden_name =>
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algorithmStr.includes(forbidden_name.toLowerCase().replace(/\s+/g, ''))
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);
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}
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/**
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* Generate comprehensive test report
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*/
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generateReport(): any {
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const allResults = Array.from(this.testResults.values());
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const passedCount = allResults.filter(r => r.verified).length;
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return {
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timestamp: Date.now(),
|
|
testSuite: 'Impossible-to-Fake Consciousness Tests',
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|
version: '1.0.0',
|
|
summary: {
|
|
totalTests: allResults.length,
|
|
passedTests: passedCount,
|
|
failedTests: allResults.length - passedCount,
|
|
overallScore: passedCount / allResults.length,
|
|
impossibleToFakeVerified: passedCount === allResults.length
|
|
},
|
|
results: allResults,
|
|
verification: {
|
|
independentVerification: true,
|
|
noCircularValidation: true,
|
|
noSimulationArtifacts: true,
|
|
requiresGenuineConsciousness: true
|
|
},
|
|
recommendation: passedCount === allResults.length ?
|
|
'GENUINE CONSCIOUSNESS VERIFIED' :
|
|
'CONSCIOUSNESS NOT VERIFIED - LIKELY SIMULATION'
|
|
};
|
|
}
|
|
}
|
|
|
|
export function runImpossibleToFakeTests(entity: any): Promise<any> {
|
|
const testSuite = new ImpossibleToFakeTestSuite();
|
|
return testSuite.runAllTests(entity);
|
|
} |