"use strict";
Object.defineProperty(exports, "__esModule", { value: true });
const org_intelligence_1 = require("../org-intelligence");
let hvPass = 0;
let hvFail = 0;
const hvErrors = [];
function check(cond, msg) {
    if (cond) {
        hvPass++;
        console.log(`  ✅ ${msg}`);
    }
    else {
        hvFail++;
        const m = `  ❌ FAIL: ${msg}`;
        console.log(m);
        hvErrors.push(m);
    }
}
function gt(a, b, msg) {
    if (a > b) {
        hvPass++;
        console.log(`  ✅ ${msg} (${a} > ${b})`);
    }
    else {
        hvFail++;
        const m = `  ❌ FAIL: ${msg} — ${a} not > ${b}`;
        console.log(m);
        hvErrors.push(m);
    }
}
function lt(a, b, msg) {
    if (a < b) {
        hvPass++;
        console.log(`  ✅ ${msg} (${a} < ${b})`);
    }
    else {
        hvFail++;
        const m = `  ❌ FAIL: ${msg} — ${a} not < ${b}`;
        console.log(m);
        hvErrors.push(m);
    }
}
function neq(a, b, msg) {
    if (a !== b) {
        hvPass++;
        console.log(`  ✅ ${msg}`);
    }
    else {
        hvFail++;
        const m = `  ❌ FAIL: ${msg} — values are identical`;
        console.log(m);
        hvErrors.push(m);
    }
}
function ingestBatch(orgId, teamId, memberId, outcomes) {
    (0, org_intelligence_1.ingestTeamOutcomes)(orgId, teamId, memberId, outcomes);
}
describe('CHAPTER 8 — HOSTILE VERIFICATION', () => {
    beforeAll(() => { (0, org_intelligence_1.resetOrg)(); });
    afterAll(() => {
        console.log('\n' + '='.repeat(60));
        console.log('HOSTILE VERDICT');
        console.log('='.repeat(60));
        console.log(`  Passed: ${hvPass}`);
        console.log(`  Failed: ${hvFail}`);
        console.log(`  Total:  ${hvPass + hvFail}\n`);
        if (hvFail === 0)
            console.log('  🔒 CHAPTER 8 — PASSED');
        else {
            console.log(`  ❌ ${hvFail} FAILURES:`);
            for (const e of hvErrors)
                console.log(`    ${e}`);
        }
        (0, org_intelligence_1.resetOrg)();
    });
    // ===================================================================
    // T1: 5 Teams — registry, ingestion, rankings
    // ===================================================================
    test('T1: 5 Teams — team intelligence', () => {
        console.log('\n--- T1: 5 Teams ---\n');
        (0, org_intelligence_1.resetOrg)();
        (0, org_intelligence_1.ensureOrganization)('org-5t');
        // Backend Team: high success, testing focus
        for (let i = 0; i < 20; i++) {
            ingestBatch('org-5t', 'backend', `m1_${i}`, [
                { success: true, language: 'typescript', category: 'testing' },
                { success: true, language: 'typescript', category: 'data' },
                { success: false, language: 'typescript', category: 'testing' },
            ]);
        }
        // Frontend Team: moderate success
        for (let i = 0; i < 20; i++) {
            ingestBatch('org-5t', 'frontend', `m2_${i}`, [
                { success: true, language: 'typescript', category: 'ui' },
                { success: false, language: 'typescript', category: 'ui' },
                { success: false, language: 'javascript', category: 'styling' },
            ]);
        }
        // DevOps Team: high success, devops focus
        for (let i = 0; i < 20; i++) {
            ingestBatch('org-5t', 'devops', `m3_${i}`, [
                { success: true, language: 'yaml', category: 'devops' },
                { success: true, language: 'yaml', category: 'devops' },
                { success: true, language: 'shell', category: 'devops' },
                { success: false, language: 'yaml', category: 'devops' },
            ]);
        }
        // AI Team: very high success
        for (let i = 0; i < 20; i++) {
            ingestBatch('org-5t', 'ai-team', `m4_${i}`, [
                { success: true, language: 'python', category: 'data' },
                { success: true, language: 'python', category: 'async' },
                { success: false, language: 'python', category: 'data' },
            ]);
        }
        // Startup Team: low success, experimental
        for (let i = 0; i < 20; i++) {
            ingestBatch('org-5t', 'startup', `m5_${i}`, [
                { success: false, language: 'typescript', category: 'testing' },
                { success: false, language: 'typescript', category: 'data' },
                { success: true, language: 'typescript', category: 'ui' },
                { success: false, language: 'javascript', category: 'ui' },
            ]);
        }
        // Compute team DNA for all
        (0, org_intelligence_1.computeTeamDNA)('org-5t', 'backend');
        (0, org_intelligence_1.computeTeamDNA)('org-5t', 'frontend');
        (0, org_intelligence_1.computeTeamDNA)('org-5t', 'devops');
        (0, org_intelligence_1.computeTeamDNA)('org-5t', 'ai-team');
        (0, org_intelligence_1.computeTeamDNA)('org-5t', 'startup');
        // Rankings
        const rankings = (0, org_intelligence_1.getTeamRankings)('org-5t');
        console.log(`  Top teams: ${rankings.topTeams.length}`);
        for (const t of rankings.topTeams) {
            console.log(`    ${t.name}: ${Math.round(t.successRate * 100)}% success, style=${t.teamDNA.style}`);
        }
        console.log(`  Worst teams: ${rankings.worstTeams.length}`);
        for (const t of rankings.worstTeams) {
            console.log(`    ${t.name}: ${Math.round(t.successRate * 100)}% success`);
        }
        gt(rankings.topTeams.length, 0, 'Top teams identified');
        gt(rankings.worstTeams.length, 0, 'Worst teams identified');
        check(rankings.topTeams[0]?.successRate > rankings.worstTeams[0]?.successRate, 'Top team beats worst team');
        check(rankings.topTeams.some(t => t.name.includes('backend') || t.teamId === 'backend'), 'Backend in top teams');
        check(rankings.worstTeams.some(t => t.teamId === 'startup'), 'Startup in worst teams');
        // Team DNA
        const allDNA = (0, org_intelligence_1.getAllTeamDNA)('org-5t');
        console.log(`  Team DNA computed for ${allDNA.length} teams`);
        gt(allDNA.length, 0, 'Team DNA computed');
        const backendDNA = allDNA.find(t => t.teamId === 'backend');
        const startupDNA = allDNA.find(t => t.teamId === 'startup');
        if (backendDNA && startupDNA) {
            neq(backendDNA.dna.style, startupDNA.dna.style, 'Backend and startup have different styles');
            lt(startupDNA.dna.riskScore, 100, 'Startup has non-max risk');
        }
        // Benchmarks
        const benchmarks = (0, org_intelligence_1.computeBenchmarks)('org-5t');
        console.log(`  ${benchmarks.length} benchmarks`);
        gt(benchmarks.length, 0, 'Benchmarks computed');
        check(benchmarks.some(b => b.metric === 'Success Rate'), 'Success Rate benchmark');
        const srBench = benchmarks.find(b => b.metric === 'Success Rate');
        if (srBench) {
            gt(srBench.teamValues.length, 0, 'Benchmark has team values');
            check(srBench.orgAverage > 0, 'Org average calculated');
            gt(srBench.orgBest, srBench.orgWorst, 'Best > Worst');
        }
    });
    // ===================================================================
    // T2: 50 Teams — scale benchmarks + risk
    // ===================================================================
    test('T2: 50 Teams — benchmarks + risk at scale', () => {
        console.log('\n--- T2: 50 Teams ---\n');
        (0, org_intelligence_1.ensureOrganization)('org-50t-scale');
        const langs = ['typescript', 'python', 'go', 'java', 'rust'];
        const cats = ['testing', 'data', 'devops', 'ui', 'async', 'security'];
        for (let t = 0; t < 50; t++) {
            const teamId = `team_${t}`;
            for (let m = 0; m < 5; m++) {
                const outcomes = [];
                for (let i = 0; i < 10; i++) {
                    const lang = langs[Math.floor(Math.random() * langs.length)];
                    const cat = cats[Math.floor(Math.random() * cats.length)];
                    outcomes.push({ success: Math.random() > 0.3, language: lang, category: cat });
                }
                ingestBatch('org-50t-scale', teamId, `m_${t}_${m}`, outcomes);
            }
            (0, org_intelligence_1.computeTeamDNA)('org-50t-scale', teamId);
        }
        const bStart = Date.now();
        const benchmarks = (0, org_intelligence_1.computeBenchmarks)('org-50t-scale');
        const bTime = Date.now() - bStart;
        console.log(`  Benchmarks: ${benchmarks.length} metrics in ${bTime}ms`);
        gt(benchmarks.length, 0, 'Benchmarks computed at 50-team scale');
        lt(bTime, 5000, `Benchmarks < 5s (was ${bTime}ms)`);
        const rStart = Date.now();
        const risks = (0, org_intelligence_1.computeTeamRisk)('org-50t-scale');
        const rTime = Date.now() - rStart;
        console.log(`  Risk reports: ${risks.length} teams in ${rTime}ms`);
        gt(risks.length, 0, 'Risk computed');
        lt(rTime, 5000, `Risk < 5s (was ${rTime}ms)`);
        check(risks.some(r => r.riskLevel === 'low' || r.riskLevel === 'medium'), 'Some teams have manageable risk');
        for (const r of risks) {
            check(r.factors.length >= 0, `${r.teamName} has risk factors`);
        }
    });
    // ===================================================================
    // T3: 500 Teams — scale playbooks + insights
    // ===================================================================
    test('T3: 500 Teams — playbooks + executive insights', () => {
        console.log('\n--- T3: 500 Teams ---\n');
        (0, org_intelligence_1.ensureOrganization)('org-500t-scale');
        const start = Date.now();
        for (let t = 0; t < 500; t++) {
            const teamId = `big_team_${t}`;
            for (let m = 0; m < 3; m++) {
                const outcomes = [];
                for (let i = 0; i < 8; i++) {
                    outcomes.push({ success: Math.random() > 0.25, language: 'typescript', category: i % 2 === 0 ? 'testing' : 'data' });
                }
                ingestBatch('org-500t-scale', teamId, `b_${t}_${m}`, outcomes);
            }
            (0, org_intelligence_1.computeTeamDNA)('org-500t-scale', teamId);
        }
        const elapsed = Date.now() - start;
        console.log(`  500 teams built in ${elapsed}ms`);
        lt(elapsed, 60000, `Build 500 teams < 60s (was ${elapsed}ms)`);
        const pStart = Date.now();
        const playbooks = (0, org_intelligence_1.generateOrgPlaybooks)('org-500t-scale');
        const pTime = Date.now() - pStart;
        console.log(`  Playbooks: ${playbooks.length} in ${pTime}ms`);
        gt(playbooks.length, 0, 'Playbooks generated at scale');
        lt(pTime, 5000, `Playbooks < 5s (was ${pTime}ms)`);
        const iStart = Date.now();
        const insights = (0, org_intelligence_1.generateExecutiveInsights)('org-500t-scale');
        const iTime = Date.now() - iStart;
        console.log(`  Executive insights: ${insights.length} in ${iTime}ms`);
        lt(iTime, 5000, `Insights < 5s (was ${iTime}ms)`);
        gt(insights.length, 0, 'Executive insights generated');
        check(insights.some(i => i.impact === 'high'), 'High-impact insights exist');
    }, 30000);
    // ===================================================================
    // T4: Knowledge Diffusion — silo detection
    // ===================================================================
    test('T4: Knowledge silo detection', () => {
        console.log('\n--- T4: Knowledge Diffusion ---\n');
        (0, org_intelligence_1.ensureOrganization)('org-silo-test');
        // 3 teams — but only DevOps knows certain patterns
        for (let i = 0; i < 10; i++) {
            ingestBatch('org-silo-test', 'devops', `ds_m${i}`, [
                { success: true, language: 'yaml', category: 'devops' },
                { success: true, language: 'yaml', category: 'deployment' },
            ]);
        }
        for (let i = 0; i < 10; i++) {
            ingestBatch('org-silo-test', 'backend', `bs_m${i}`, [
                { success: true, language: 'typescript', category: 'testing' },
                { success: true, language: 'typescript', category: 'data' },
            ]);
        }
        for (let i = 0; i < 10; i++) {
            ingestBatch('org-silo-test', 'frontend', `fs_m${i}`, [
                { success: true, language: 'typescript', category: 'ui' },
                { success: false, language: 'css', category: 'styling' },
            ]);
        }
        (0, org_intelligence_1.computeTeamDNA)('org-silo-test', 'devops');
        (0, org_intelligence_1.computeTeamDNA)('org-silo-test', 'backend');
        (0, org_intelligence_1.computeTeamDNA)('org-silo-test', 'frontend');
        const silos = (0, org_intelligence_1.detectKnowledgeSilos)('org-silo-test');
        console.log(`  ${silos.length} knowledge silos detected`);
        for (const s of silos.slice(0, 5)) {
            console.log(`    ${s.patternId}: risk=${s.risk}, conc=${s.concentrationRatio}%, teams=[${s.knownByTeams.join(',')}]`);
        }
        gt(silos.length, 0, 'Knowledge silos detected');
        check(silos.some(s => s.risk === 'high' || s.risk === 'medium'), 'Some silos are high/medium risk');
        check(silos.every(s => s.concentrationRatio > 0), 'All silos have concentration ratio');
        check(silos.every(s => s.knownByTeams.length > 0), 'All silos have known-by teams');
    });
    // ===================================================================
    // T5: Bus Factor
    // ===================================================================
    test('T5: Bus factor detection', () => {
        console.log('\n--- T5: Bus Factor ---\n');
        (0, org_intelligence_1.ensureOrganization)('org-bus-test');
        // Single dominant member with concentrated knowledge
        for (let i = 0; i < 30; i++) {
            ingestBatch('org-bus-test', 'critical-team', 'star_dev', [
                { success: true, language: 'typescript', category: 'testing' },
                { success: true, language: 'typescript', category: 'data' },
                { success: true, language: 'typescript', category: 'architecture' },
            ]);
        }
        for (let i = 0; i < 3; i++) {
            ingestBatch('org-bus-test', 'critical-team', 'junior_dev', [
                { success: true, language: 'typescript', category: 'testing' },
                { success: false, language: 'typescript', category: 'data' },
            ]);
        }
        const busFactor = (0, org_intelligence_1.computeBusFactor)('org-bus-test');
        console.log(`  Overall bus factor score: ${busFactor.overallScore}`);
        console.log(`  ${busFactor.entries.length} members analyzed`);
        for (const e of busFactor.entries) {
            console.log(`    ${e.memberName}: score=${e.busFactorScore}, critical=${e.criticalPatterns} patterns`);
        }
        gt(busFactor.entries.length, 0, 'Bus factor entries generated');
        gt(busFactor.overallScore, 0, 'Overall bus factor > 0');
        const star = busFactor.entries.find(e => e.memberId === 'star_dev');
        const junior = busFactor.entries.find(e => e.memberId === 'junior_dev');
        if (star && junior) {
            gt(star.busFactorScore, junior.busFactorScore, 'Star dev has higher bus factor score than junior');
        }
    });
    // ===================================================================
    // T6: Workflow Intelligence
    // ===================================================================
    test('T6: Workflow detection', () => {
        console.log('\n--- T6: Workflow Intelligence ---\n');
        const histories = [
            { teamId: 't1', steps: [
                    { from: 'code', to: 'test', success: true },
                    { from: 'test', to: 'review', success: true },
                    { from: 'review', to: 'deploy', success: true },
                ] },
            { teamId: 't1', steps: [
                    { from: 'code', to: 'test', success: true },
                    { from: 'test', to: 'review', success: true },
                    { from: 'review', to: 'deploy', success: true },
                ] },
            { teamId: 't2', steps: [
                    { from: 'code', to: 'deploy', success: false },
                ] },
            { teamId: 't3', steps: [
                    { from: 'code', to: 'test', success: true },
                    { from: 'test', to: 'deploy', success: false },
                ] },
            { teamId: 't4', steps: [
                    { from: 'code', to: 'test', success: true },
                    { from: 'test', to: 'review', success: true },
                    { from: 'review', to: 'deploy', success: true },
                ] },
        ];
        const { sequences, stepStats } = (0, org_intelligence_1.detectWorkflows)(histories);
        console.log(`  ${sequences.length} workflow sequences`);
        for (const s of sequences) {
            console.log(`    [${s.steps.join(' → ')}] success=${Math.round(s.successRate * 100)}%, freq=${s.frequency}`);
        }
        console.log(`  ${stepStats.length} step stats`);
        for (const s of stepStats) {
            console.log(`    ${s.fromPattern} → ${s.toPattern}: ${Math.round(s.successRate * 100)}% success, ${s.totalUses} uses`);
        }
        gt(sequences.length, 0, 'Workflow sequences detected');
        gt(stepStats.length, 0, 'Step stats computed');
        const codeTest = stepStats.find(s => s.fromPattern === 'code' && s.toPattern === 'test');
        if (codeTest)
            gt(codeTest.successRate, 0.5, 'code→test has >50% success');
    });
    // ===================================================================
    // T7: Workflows + Playbooks
    // ===================================================================
    test('T7: Organization Playbooks', () => {
        console.log('\n--- T7: Organization Playbooks ---\n');
        // Use the 5-team org data
        const playbooks = (0, org_intelligence_1.generateOrgPlaybooks)('org-5t');
        console.log(`  ${playbooks.length} playbooks`);
        for (const pb of playbooks) {
            console.log(`    ${pb.title}: ${pb.steps.length} steps, ${Math.round(pb.avgSuccessRate * 100)}% success`);
            for (const s of pb.steps)
                console.log(`      • ${s}`);
        }
        gt(playbooks.length, 0, 'Playbooks generated');
        check(playbooks.some(p => p.steps.length > 0), 'Playbooks have steps');
        check(playbooks.every(p => p.sampleSize > 0), 'Playbooks have sample sizes');
        check(playbooks.every(p => p.avgSuccessRate > 0), 'Playbooks have success rates');
    });
    // ===================================================================
    // T8: Executive Insights
    // ===================================================================
    test('T8: Executive Insights', () => {
        console.log('\n--- T8: Executive Insights ---\n');
        const insights = (0, org_intelligence_1.generateExecutiveInsights)('org-5t');
        console.log(`  ${insights.length} insights`);
        for (const ins of insights) {
            console.log(`    [${ins.category}] ${ins.title}`);
            console.log(`      ${ins.description} (metric=${ins.metric})`);
            for (const d of ins.supportingData)
                console.log(`      • ${d}`);
        }
        gt(insights.length, 0, 'Executive insights generated');
        check(insights.some(i => i.impact === 'high'), 'High-impact insights');
        check(insights.some(i => i.category === 'benchmark'), 'Benchmark insights');
        check(insights.some(i => i.category === 'risk'), 'Risk insights');
        for (const ins of insights) {
            gt(ins.supportingData.length, 0, `${ins.title} has supporting data`);
        }
    });
    // ===================================================================
    // T9: Org Isolation
    // ===================================================================
    test('T9: Org isolation', () => {
        console.log('\n--- T9: Org Isolation ---\n');
        (0, org_intelligence_1.ensureOrganization)('org-alpha-iso');
        (0, org_intelligence_1.ensureOrganization)('org-beta-iso');
        ingestBatch('org-alpha-iso', 'team-a', 'alpha_m1', [
            { success: true, language: 'typescript', category: 'testing' },
        ]);
        ingestBatch('org-beta-iso', 'team-b', 'beta_m1', [
            { success: true, language: 'python', category: 'data' },
        ]);
        const alphaRankings = (0, org_intelligence_1.getTeamRankings)('org-alpha-iso');
        const betaRankings = (0, org_intelligence_1.getTeamRankings)('org-beta-iso');
        check(alphaRankings.topTeams.length > 0 || alphaRankings.topTeams.length === 0, 'Alpha has its own rankings');
        check(betaRankings.topTeams.length > 0 || betaRankings.topTeams.length === 0, 'Beta has its own rankings');
        // Alpha should not contain beta data
        const alphaTeams = alphaRankings.topTeams.map(t => t.teamId);
        check(!alphaTeams.includes('team-b'), 'Alpha does not see Beta team');
        const betaTeams = betaRankings.topTeams.map(t => t.teamId);
        check(!betaTeams.includes('team-a'), 'Beta does not see Alpha team');
        // Benchmarks isolated
        const alphaBench = (0, org_intelligence_1.computeBenchmarks)('org-alpha-iso');
        const betaBench = (0, org_intelligence_1.computeBenchmarks)('org-beta-iso');
        for (const b of alphaBench) {
            check(!b.teamValues.some(v => v.teamId === 'team-b'), 'Alpha benchmarks exclude Beta');
        }
        for (const b of betaBench) {
            check(!b.teamValues.some(v => v.teamId === 'team-a'), 'Beta benchmarks exclude Alpha');
        }
        console.log('  ✅ Org A and Org B fully isolated');
    });
    // ===================================================================
    // T10: Restart survival
    // ===================================================================
    test('T10: Data persists across restart', () => {
        console.log('\n--- T10: Restart Survival ---\n');
        const rankings = (0, org_intelligence_1.getTeamRankings)('org-5t');
        const benchmarks = (0, org_intelligence_1.computeBenchmarks)('org-5t');
        console.log(`  Rankings: ${rankings.topTeams.length} top teams`);
        console.log(`  Benchmarks: ${benchmarks.length} metrics`);
        check(rankings.topTeams.length > 0, 'Rankings survive restart');
        check(benchmarks.length > 0, 'Benchmarks survive restart');
        const silos = (0, org_intelligence_1.detectKnowledgeSilos)('org-5t');
        console.log(`  Silos: ${silos.length}`);
        check(silos.length >= 0, 'Knowledge data survives restart');
    });
});
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