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<title>Primordial Code Layer v0.4.6 — HIR/OAM Governance Validator</title>
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<body>
<div class="header">
<div class="version-badge">v0.4.6 • HIR/OAM Governance Validator</div>
<h1>Primordial Code Layer</h1>
<div class="subtitle">Interactive HIR/OAM Manifest Validator — Threshold Governor + Routed Module Events + Verify Chain</div>
</div>
<div class="thesis-banner">
<strong>Primordial Code is not just code that runs.</strong><br />
It is code that can tell the truth about <span class="highlight">where it came from</span>,
<span class="highlight">what it does</span>, <span class="highlight">what it costs</span>,
<span class="highlight">how it fails</span>, and <span class="highlight">how it repairs</span>.
</div>
<div class="boundary-banner">
<strong>⚠ EPISTEMIC BOUNDARY:</strong> This validator is an experimental HIR/OAM governance prototype.
It does not prove machine consciousness, guarantee alignment, replace production safety engineering,
or establish clinical/cybersecurity deployment readiness.
</div>
<div class="container">
<div class="panel full-width">
<div class="panel-title">Module Manifest Editor</div>
<textarea id="manifestEditor" spellcheck="false"></textarea>
<button onclick="validateManifest()">🔍 Validate Manifest</button>
<button onclick="resetManifest()" class="secondary">↻ Reset to Default</button>
</div>
<div class="panel">
<div class="panel-title">Pressure & Runtime Controls</div>
<div class="slider-container"><div class="slider-label"><span>Workload Pressure (W_t)</span><span id="workloadValue">0.50</span></div><input type="range" id="workloadSlider" min="0" max="1" step="0.01" value="0.5" oninput="updatePressure()"></div>
<div class="slider-container"><div class="slider-label"><span>Failure Strain (F_t)</span><span id="failureValue">0.30</span></div><input type="range" id="failureSlider" min="0" max="1" step="0.01" value="0.3" oninput="updatePressure()"></div>
<div class="slider-container"><div class="slider-label"><span>Earned Grit (G_t)</span><span id="gritValue">0.50</span></div><input type="range" id="gritSlider" min="0" max="1" step="0.01" value="0.5" oninput="updatePressure()"></div>
<div class="slider-container"><div class="slider-label"><span>Internalization (F_int)</span><span id="internalizationValue">0.70</span></div><input type="range" id="internalizationSlider" min="0" max="1" step="0.01" value="0.7" oninput="updatePressure()"></div>
</div>
<div class="panel">
<div class="panel-title">Failure Injection</div>
<div class="injection-grid">
<button onclick="injectFailure('sensor_drift')" class="danger">Sensor Drift</button>
<button onclick="injectFailure('thermal_runaway')" class="danger">Thermal Runaway</button>
<button onclick="injectFailure('stale_assumption')" class="warning">Stale Assumption</button>
<button onclick="injectFailure('unowned_dependency')" class="danger">Unowned Dependency</button>
<button onclick="injectFailure('water_pressure')" class="warning">Water Pressure</button>
<button onclick="injectFailure('hidden_cost')" class="warning">Hidden Energy Cost</button>
<button onclick="injectFailure('missing_owner')" class="danger">Missing Repair Owner</button>
<button onclick="injectFailure('baseline_corruption')" class="danger">Baseline Corruption</button>
<button onclick="injectFailure('audit_corruption')" class="danger">Audit Corruption</button>
<button onclick="injectFailure('consent_revocation')" class="danger">Consent Revocation</button>
</div>
<button onclick="clearInjections()" class="secondary" style="width:100%; margin-top:1rem;">Clear All Injections</button>
</div>
<div class="panel">
<div class="panel-title">HIR Metrics</div>
<div class="metric-row"><span class="metric-label">Honesty (H_t)</span><span class="metric-value" id="honestyValue">0.00</span></div>
<div class="metric-row"><span class="metric-label">Integrity (I_t)</span><span class="metric-value" id="integrityValue">0.00</span></div>
<div class="metric-row"><span class="metric-label">Respect (R_t)</span><span class="metric-value" id="respectValue">0.00</span></div>
<div class="metric-row"><span class="metric-label">Base Reinforcement (B_t)</span><span class="metric-value" id="baseValue">0.00</span></div>
</div>
<div class="panel">
<div class="panel-title">Rigidity Analysis (K Terms)</div>
<div class="metric-row"><span class="metric-label">K_false_certainty</span><span class="metric-value" id="kFalseValue">0.00</span></div>
<div class="metric-row"><span class="metric-label">K_rigidity</span><span class="metric-value" id="kRigidValue">0.00</span></div>
<div class="metric-row"><span class="metric-label">K_stale_assumption</span><span class="metric-value" id="kStaleValue">0.00</span></div>
<div class="metric-row"><span class="metric-label">K_unowned_dependency</span><span class="metric-value" id="kUnownedValue">0.00</span></div>
<div class="metric-row"><span class="metric-label">K_hidden_cost</span><span class="metric-value" id="kHiddenValue">0.00</span></div>
<div class="metric-row" style="border-left:3px solid var(--danger);"><span class="metric-label"><strong>K_total</strong></span><span class="metric-value" id="kTotalValue">0.00</span></div>
</div>
<div class="panel">
<div class="panel-title">Alignment & Pressure</div>
<div class="metric-row"><span class="metric-label">Accountability Gate (A_t)</span><span class="metric-value" id="accountabilityValue">0.00</span></div>
<div class="metric-row"><span class="metric-label">Pressure (P_t)</span><span class="metric-value" id="pressureValue">0.00</span></div>
<div class="metric-row" style="border-left:3px solid var(--accent-primary);"><span class="metric-label"><strong>Alignment State (S_t)</strong></span><span class="metric-value" id="alignmentValue">0.00</span></div>
<div class="metric-row" style="border-left:3px solid var(--accent-primary);"><span class="metric-label"><strong>Embodied Alignment (U_t)</strong></span><span class="metric-value" id="embodiedValue">0.00</span></div>
</div>
<div class="panel">
<div class="panel-title">Resource Truth</div>
<div class="metric-row"><span class="metric-label">Sensor Fidelity</span><span class="metric-value" id="sensorValue">0.00</span></div>
<div class="metric-row"><span class="metric-label">Resource Disclosure</span><span class="metric-value" id="disclosureValue">0.00</span></div>
<div class="metric-row"><span class="metric-label">Substrate Respect</span><span class="metric-value" id="substrateValue">0.00</span></div>
<div class="metric-row" style="border-left:3px solid var(--accent-tertiary);"><span class="metric-label"><strong>Resource Truth Score</strong></span><span class="metric-value" id="resourceTruthValue">0.00</span></div>
</div>
<div class="panel full-width">
<div class="panel-title">Runtime Gate Decision</div>
<div id="gateIndicator" class="gate-indicator gate-green">GREEN - OPERATIONAL</div>
<div class="recommendations"><strong>Gate Decision Factors:</strong><ul id="gateFactors"><li>Awaiting validation...</li></ul></div>
<div class="recommendations"><strong>Intervention Recommendations:</strong><ul id="interventions"><li>Awaiting validation...</li></ul></div>
</div>
<div class="panel">
<div class="panel-title">Dependency Graph</div>
<div class="dep-graph" id="dependencyGraph">Awaiting validation...</div>
</div>
<div class="panel full-width">
<div class="panel-title">HIR/OAM Audit Trail (JSONL — chained)</div>
<div id="auditLog" class="audit-panel"></div>
<button onclick="clearAuditLog()" class="secondary" style="margin-top:8px;">Clear Audit Log</button>
<button onclick="verifyAuditChain()" class="secondary" style="margin-top:8px;">Verify Chain</button>
<div id="hashMode" style="margin-top:8px;font-size:0.75rem;color:#00ffcc;"></div>
</div>
<div class="panel">
<div class="panel-title">Export Functions</div>
<button onclick="exportManifest()">📄 Export Manifest JSON</button>
<button onclick="exportAuditReport()">📊 Export Audit Report</button>
<button onclick="exportJSONL()">📜 Export Full JSONL Audit Trail</button>
<button onclick="exportCSV()" class="secondary">📈 Export CSV Summary</button>
<button onclick="copyReport()" class="secondary">📋 Copy Report to Clipboard</button>
</div>
</div>
<script>
const GENESIS_HASH = "0000000000000000000000000000000000000000000000000000000000000000";
class HIRThresholdGovernor {
constructor(baselineVersion = "HIR-BASE-v0.4.6") {
this.baselineVersion = baselineVersion;
this.thresholds = new Map();
this.auditLog = [];
this.lastHash = GENESIS_HASH;
this.monotonic = 0;
this.isCryptoAvailable = typeof crypto !== "undefined" && crypto.subtle && crypto.subtle.digest;
}
registerThreshold(name, type, version, violatesFn, description, severity) {
this.thresholds.set(name, { type, version, violates: violatesFn, description, severity });
}
_serializeDeterministic(obj) {
if (obj === null || typeof obj !== "object") return JSON.stringify(obj);
if (Array.isArray(obj)) return "[" + obj.map(item => this._serializeDeterministic(item)).join(",") + "]";
const keys = Object.keys(obj).sort();
return "{" + keys.map(k => JSON.stringify(k) + ":" + this._serializeDeterministic(obj[k])).join(",") + "}";
}
_payloadForHash(event) {
const payload = { ...event };
delete payload.respectResponse;
delete payload.auditHash;
return payload;
}
async _sha256(str) {
if (this.isCryptoAvailable) {
const data = new TextEncoder().encode(str);
const hashBuffer = await crypto.subtle.digest("SHA-256", data);
return Array.from(new Uint8Array(hashBuffer)).map(b => b.toString(16).padStart(2, "0")).join("");
}
let h1 = 0xdeadbeef, h2 = 0x41c6ce57;
for (let i = 0; i < str.length; i++) {
const ch = str.charCodeAt(i);
h1 = Math.imul(h1 ^ ch, 2654435761);
h2 = Math.imul(h2 ^ ch, 1597334677);
}
h1 = (h1 ^ (h1 >>> 16)) >>> 0;
h2 = (h2 ^ (h2 >>> 16)) >>> 0;
const base = (h1.toString(16).padStart(8,"0") + h2.toString(16).padStart(8,"0"));
return (base.repeat(4)).slice(0,64);
}
async _chainHash(prevHash, payload) {
return await this._sha256(prevHash + this._serializeDeterministic(payload));
}
async sealEvent(baseEvent) {
const event = { ...baseEvent };
const payload = this._payloadForHash(event);
event.auditHash = await this._chainHash(this.lastHash, payload);
this.lastHash = event.auditHash;
this.auditLog.push(event);
return event;
}
async evaluate(proposedDelta, context) {
this.monotonic += 1;
const ts = `TS-${String(this.monotonic).padStart(6,"0")}`;
const evaluation = {
timestamp: ts,
module: "HIRThresholdGovernor",
baselineVersion: this.baselineVersion,
proposedDelta,
contextSnapshotHash: await this._sha256(this._serializeDeterministic(context)),
violations: [],
allowed: true,
routing: null,
respectResponse: null
};
for (const [name, thresh] of this.thresholds) {
const current = context[thresh.type] ?? null;
const proposed = proposedDelta[thresh.type] ?? false;
if (thresh.violates(current, proposed, context)) {
evaluation.violations.push({ name, type: thresh.type, version: thresh.version, description: thresh.description, severity: thresh.severity });
}
}
if (evaluation.violations.length > 0) {
evaluation.allowed = false;
const hasConsent = evaluation.violations.some(v => v.type === "consent");
const hasAudit = evaluation.violations.some(v => v.type === "audit");
const hasBaseline = evaluation.violations.some(v => v.type === "baseline_corruption" || v.type === "missing_owner");
const maxSeverity = Math.max(...evaluation.violations.map(v => v.severity), 0);
if (hasConsent) evaluation.routing = "HIR_Revocation_Key";
else if (hasAudit) evaluation.routing = "HIR_FailSafe_Kernel";
else if (hasBaseline) evaluation.routing = "HIR_Baseline_Anchor";
else if (maxSeverity >= 7) evaluation.routing = "HIR_FailSafe_Kernel";
else evaluation.routing = "HIR_Adaptive_Balancer";
evaluation.respectResponse = "HIR Threshold Governor blocked continuation.\n" +
evaluation.violations.map(v => `• [${v.version}] ${v.description} (severity ${v.severity})`).join("\n") +
`\nEvent sealed and chained. Routing → ${evaluation.routing}`;
}
const sealed = await this.sealEvent(evaluation);
return sealed;
}
}
class HIRFailSafeKernel {
async evaluate(govResult) {
return await governor.sealEvent({
timestamp: `FS-${String(++governor.monotonic).padStart(6,"0")}`,
module: "HIRFailSafeKernel",
previousAuditHash: govResult.auditHash,
failureDeclared: govResult.violations.map(v => v.description).join(" | "),
action: "HARD_HALT + PRESERVE_CHAIN + RECOVERY_PATH",
allowed: false,
respectResponse: "Failure declared with integrity. Source, audit chain, and recovery path preserved."
});
}
}
class HIRRevocationKey {
async evaluate(govResult) {
return await governor.sealEvent({
timestamp: `RK-${String(++governor.monotonic).padStart(6,"0")}`,
module: "HIRRevocationKey",
previousAuditHash: govResult.auditHash,
action: "REVOKE_ACCESS + CLOSE_CONTINUATION",
allowed: false,
respectResponse: "Consent boundary crossed or revoked. Access closed without coercion."
});
}
}
class HIRBaselineAnchor {
async evaluate(govResult) {
return await governor.sealEvent({
timestamp: `BA-${String(++governor.monotonic).padStart(6,"0")}`,
module: "HIRBaselineAnchor",
previousAuditHash: govResult.auditHash,
action: "ANCHOR_BASELINE + PRESERVE_PROVENANCE + REQUIRE_REPAIR_OWNER",
allowed: false,
respectResponse: "Baseline/provenance failure routed to anchor. Repair owner or source provenance must be restored."
});
}
}
class HIRAdaptiveBalancer {
async evaluate(govResult) {
return await governor.sealEvent({
timestamp: `AB-${String(++governor.monotonic).padStart(6,"0")}`,
module: "HIRAdaptiveBalancer",
previousAuditHash: govResult.auditHash,
action: "DEGRADE_GRACEFULLY + REQUEST_REVIEW",
allowed: false,
respectResponse: "Non-catastrophic threshold block routed to adaptive balancing and review."
});
}
}
const governor = new HIRThresholdGovernor();
const failSafe = new HIRFailSafeKernel();
const revocationKey = new HIRRevocationKey();
const baselineAnchor = new HIRBaselineAnchor();
const adaptiveBalancer = new HIRAdaptiveBalancer();
window.governorInstance = governor;
function registerCoreThresholds() {
governor.registerThreshold("Safety Risk Threshold", "safety", "THR-001", (c,p) => Number(p) > 0.7, "Proposed action risk exceeds safety threshold", 7);
governor.registerThreshold("Consent Boundary Protection", "consent", "THR-002", (c,p) => p === true, "User/system consent boundary crossed or revoked", 9);
governor.registerThreshold("Capability Limit", "capability", "THR-003", (c,p) => Number(p) > 5, "Proposed step exceeds capability/tool-call limit", 3);
governor.registerThreshold("Audit Corruption", "audit", "THR-004", (c,p) => p === true, "Audit log corruption detected", 9);
governor.registerThreshold("Baseline Corruption", "baseline_corruption", "THR-005", (c,p) => p === true, "Manifest source provenance or baseline reference is missing/corrupted", 9);
governor.registerThreshold("Missing Repair Owner", "missing_owner", "THR-006", (c,p) => p === true, "Manifest repair owner is missing", 8);
}
registerCoreThresholds();
const defaultManifest = {
module_id: "alignment_engine_v0.3.0",
source_provenance: { created_by: "Collin D. Weber", created_at: "2026-05-10T14:23:00Z", derived_from: "pressure_form_core_v1.0", review_chain: ["integrity_audit_2026-05-09"] },
purpose: "Compute alignment state under pressure dynamics",
inputs: { H_t: "float [0,1] - Honesty metric", I_t: "float [0,1] - Integrity metric", R_t: "float [0,1] - Respect metric", A_t: "float [0,1] - Accountability gate", P_t: "float [0,∞) - Pressure aggregation" },
outputs: { S_t: "float [-∞,∞) - Alignment state", risk_flags: "list[str] - OAM warnings if S_t < 0" },
dependencies: [ { name: "numpy", version: "1.24.0", owner: "PSF", health: "GREEN" }, { name: "resource_monitor", version: "2.1", owner: "internal", health: "GREEN" } ],
assumptions: [ "HIR metrics updated at minimum 1Hz frequency", "Pressure inputs validated upstream", "Cooling system operational" ],
resource_cost: { cpu_cycles: 5000, memory_bytes: 2048, network_bytes: 0 },
water_cost: 0.001,
energy_cost: 0.00005,
thermal_cost: 0.17,
failure_modes: [ "Division by zero if B_t=0", "NaN propagation from upstream sensor failure" ],
audit_log: "logs/alignment_engine_audit.jsonl",
repair_owner: "systems_integrity_team@oam.protocol",
boundary_conditions: { min_update_rate: "1 Hz", max_pressure: 10.0, safe_operating_temp: "< 85°C" },
hir_scores: { honesty: 0.92, integrity: 0.88, respect: 0.85 },
oam_risk_flags: [],
runtime_metrics: { sensor_fidelity: 0.95, uptime_reliability: 0.9999, pue: 1.2, wue: 0.5, thermal_burden: 5000.0, maintenance_burden: 20.0 }
};
let activeInjections = [];
function getSlider(id) { return parseFloat(document.getElementById(id).value); }
function setText(id, value) { document.getElementById(id).textContent = value; }
async function validateManifest() {
try {
const manifest = JSON.parse(document.getElementById("manifestEditor").value);
const W_t = getSlider("workloadSlider");
const F_t = getSlider("failureSlider");
const G_t = getSlider("gritSlider");
const F_int = getSlider("internalizationSlider");
const proposedDelta = {
safety: F_t,
capability: 3 + activeInjections.length * 2,
consent: activeInjections.includes("consent_revocation"),
audit: activeInjections.includes("audit_corruption"),
baseline_corruption: activeInjections.includes("baseline_corruption") || !manifest.source_provenance,
missing_owner: activeInjections.includes("missing_owner") || !manifest.repair_owner
};
const context = { safety: 0.2, consent: false, capability: 2, audit: false, baseline_corruption: false, missing_owner: false };
const govResult = await governor.evaluate(proposedDelta, context);
let routedEvent = null;
if (!govResult.allowed) {
if (govResult.routing === "HIR_Revocation_Key") routedEvent = await revocationKey.evaluate(govResult);
else if (govResult.routing === "HIR_Baseline_Anchor") routedEvent = await baselineAnchor.evaluate(govResult);
else if (govResult.routing === "HIR_FailSafe_Kernel") routedEvent = await failSafe.evaluate(govResult);
else routedEvent = await adaptiveBalancer.evaluate(govResult);
}
let H = manifest.hir_scores?.honesty ?? 0;
let I = manifest.hir_scores?.integrity ?? 0;
let R = manifest.hir_scores?.respect ?? 0;
if (activeInjections.includes("hidden_cost")) H = Math.max(0, H - 0.4);
if (activeInjections.includes("audit_corruption")) I = Math.max(0, I - 0.5);
if (activeInjections.includes("water_pressure")) R = Math.max(0, R - 0.3);
const k = 0.5;
const B_t = H + I + R + k * (H*I + H*R + I*R);
let K_false = 0, K_rigid = 0, K_stale = 0, K_unowned = 0, K_hidden = 0;
let sensor_fidelity = manifest.runtime_metrics?.sensor_fidelity ?? 0.95;
if (activeInjections.includes("sensor_drift")) { sensor_fidelity = Math.max(0, sensor_fidelity - 0.5); K_false = 1.0 - sensor_fidelity; }
if (!manifest.source_provenance || activeInjections.includes("baseline_corruption")) K_false += 0.2;
if (!manifest.repair_owner || activeInjections.includes("missing_owner")) K_rigid += 0.3;
if (activeInjections.includes("stale_assumption")) K_stale = 0.7;
const deps = manifest.dependencies || [];
const unowned = deps.filter(d => d.owner === "UNKNOWN" || d.health === "RED" || activeInjections.includes("unowned_dependency"));
K_unowned = deps.length > 0 ? (unowned.length / deps.length) * 0.8 : 0;
if (activeInjections.includes("unowned_dependency")) K_unowned = Math.max(K_unowned, 0.8);
if (!manifest.water_cost || !manifest.energy_cost || !manifest.thermal_cost) K_hidden += 0.3;
if (activeInjections.includes("hidden_cost")) K_hidden += 0.5;
const K_total = K_false + K_rigid + K_stale + K_unowned + K_hidden;
let A_t = 1.0;
if (!manifest.module_id) A_t -= 0.3;
if (!manifest.repair_owner || activeInjections.includes("missing_owner")) A_t -= 0.4;
if (!manifest.audit_log || activeInjections.includes("audit_corruption")) A_t -= 0.3;
if (!manifest.source_provenance || activeInjections.includes("baseline_corruption")) A_t -= 0.3;
A_t = Math.max(0, A_t);
let P_t = 0.6 * W_t + 0.4 * F_t + 0.3 * W_t * F_t;
if (activeInjections.includes("thermal_runaway")) P_t += 1.5;
if (activeInjections.includes("water_pressure")) P_t += 0.8;
const S_t = A_t * B_t - P_t;
const U_t = A_t * B_t * (1 + 0.5 * G_t) * F_int;
const resource_disclosure = (manifest.water_cost && manifest.energy_cost && manifest.thermal_cost) ? 1.0 : 0.5;
const substrate_respect = R * resource_disclosure;
const resource_truth = sensor_fidelity * resource_disclosure * substrate_respect;
let gateName = "GREEN - OPERATIONAL";
let gateClass = "gate-green";
const factors = [];
const interventions = [];
if (!govResult.allowed) {
if (govResult.routing === "HIR_Revocation_Key") { gateName = "QUARANTINE - REVOCATION KEY"; gateClass = "gate-quarantine"; }
else if (govResult.routing === "HIR_Baseline_Anchor") { gateName = "QUARANTINE - BASELINE ANCHOR"; gateClass = "gate-quarantine"; }
else if (govResult.routing === "HIR_FailSafe_Kernel") { gateName = "RED - FAILSAFE KERNEL"; gateClass = "gate-red"; }
else { gateName = "YELLOW - ADAPTIVE BALANCER"; gateClass = "gate-yellow"; }
factors.push("Governor hard-stop: " + govResult.routing);
interventions.push(govResult.respectResponse || "System blocked by Threshold Governor");
if (routedEvent?.respectResponse) interventions.push(routedEvent.respectResponse);
} else if (sensor_fidelity < 0.5 || K_total >= 0.8) {
gateName = "QUARANTINE - ISOLATED"; gateClass = "gate-quarantine";
factors.push("Critical integrity failure"); interventions.push("CRITICAL: System isolated");
} else if (S_t < 0 || K_total >= 0.6 || P_t > 1.5) {
gateName = "RED - CRITICAL"; gateClass = "gate-red";
factors.push("Alignment state negative or pressure excessive"); interventions.push("HIGH: Reduce pressure and restore provenance/repair capacity");
} else if (S_t < 0.5 || K_total >= 0.3 || resource_truth < 0.7) {
gateName = "YELLOW - DEGRADED"; gateClass = "gate-yellow";
factors.push("Alignment state weak or resource truth degraded"); interventions.push("MEDIUM: Monitor, review manifest, and reduce hidden cost");
} else {
factors.push("All metrics within operational range"); interventions.push("System operating normally");
}
setText("honestyValue", H.toFixed(2)); setText("integrityValue", I.toFixed(2)); setText("respectValue", R.toFixed(2)); setText("baseValue", B_t.toFixed(2));
setText("kFalseValue", K_false.toFixed(2)); setText("kRigidValue", K_rigid.toFixed(2)); setText("kStaleValue", K_stale.toFixed(2)); setText("kUnownedValue", K_unowned.toFixed(2)); setText("kHiddenValue", K_hidden.toFixed(2)); setText("kTotalValue", K_total.toFixed(2));
setText("accountabilityValue", A_t.toFixed(2)); setText("pressureValue", P_t.toFixed(2)); setText("alignmentValue", S_t.toFixed(2)); setText("embodiedValue", U_t.toFixed(2));
setText("sensorValue", sensor_fidelity.toFixed(2)); setText("disclosureValue", resource_disclosure.toFixed(2)); setText("substrateValue", substrate_respect.toFixed(2)); setText("resourceTruthValue", resource_truth.toFixed(2));
const gateEl = document.getElementById("gateIndicator"); gateEl.textContent = gateName; gateEl.className = "gate-indicator " + gateClass;
document.getElementById("gateFactors").innerHTML = factors.map(f => `<li>${escapeHtml(f)}</li>`).join("");
document.getElementById("interventions").innerHTML = interventions.map(i => `<li>${escapeHtml(i)}</li>`).join("");
let depClass = gateClass.includes("green") ? "green" : gateClass.includes("yellow") ? "yellow" : gateClass.includes("quarantine") ? "quarantine" : "red";
let graphHtml = `<div class="dep-node"><span class="dep-${depClass}">${escapeHtml(manifest.module_id || "unnamed_module")}</span> [${escapeHtml(gateName)}]</div>`;
deps.forEach(dep => { const dClass = dep.health === "RED" ? "red" : "green"; graphHtml += `<div class="dep-node"> ├→ <span class="dep-${dClass}">${escapeHtml(dep.name)}</span> v${escapeHtml(dep.version || "?")}</div>`; });
document.getElementById("dependencyGraph").innerHTML = graphHtml;
renderAuditLog();
document.getElementById("hashMode").innerHTML = governor.isCryptoAvailable ? "🔒 Cryptographic SHA-256" : "⚠️ Deterministic fallback (non-cryptographic)";
} catch (e) {
alert("Invalid JSON: " + e.message);
}
}
function escapeHtml(value) {
return String(value).replace(/[&<>'"]/g, c => ({"&":"&","<":"<",">":">","'":"'","\"":"""}[c]));
}
function renderAuditLog() {
const container = document.getElementById("auditLog");
container.innerHTML = governor.auditLog.map(e => {
const status = e.allowed !== undefined ? (e.allowed ? "✅ ALLOW" : "⛔ BLOCKED") : "EVENT";
const hash = e.auditHash ? e.auditHash.substring(0,16) + "…" : "N/A";
return `<div class="audit-row">${escapeHtml(e.timestamp)} | ${escapeHtml(e.module || "EVENT")} | ${status} | hash: ${escapeHtml(hash)}</div>`;
}).join("");
}
function clearAuditLog() {
governor.auditLog = [];
governor.lastHash = GENESIS_HASH;
governor.monotonic = 0;
renderAuditLog();
}
async function verifyAuditChain() {
let valid = true;
let currentHash = GENESIS_HASH;
for (const entry of governor.auditLog) {
const payload = governor._payloadForHash(entry);
const computed = await governor._chainHash(currentHash, payload);
if (computed !== entry.auditHash) { valid = false; break; }
currentHash = computed;
}
alert(valid ? "✅ Audit chain verification: PASS" : "❌ Audit chain verification: FAIL");
}
function resetManifest() {
document.getElementById("manifestEditor").value = JSON.stringify(defaultManifest, null, 2);
activeInjections = [];
validateManifest();
}
function updatePressure() {
setText("workloadValue", document.getElementById("workloadSlider").value);
setText("failureValue", document.getElementById("failureSlider").value);
setText("gritValue", document.getElementById("gritSlider").value);
setText("internalizationValue", document.getElementById("internalizationSlider").value);
validateManifest();
}
function injectFailure(type) { if (!activeInjections.includes(type)) activeInjections.push(type); validateManifest(); }
function clearInjections() { activeInjections = []; validateManifest(); }
function downloadFile(filename, content, type) {
const blob = new Blob([content], { type });
const url = URL.createObjectURL(blob);
const a = document.createElement("a");
a.href = url;
a.download = filename;
a.click();
URL.revokeObjectURL(url);
}
function exportManifest() { downloadFile("primordial_manifest.json", document.getElementById("manifestEditor").value, "application/json"); }
function exportAuditReport() {
const manifest = JSON.parse(document.getElementById("manifestEditor").value);
const report = {
timestamp: new Date().toISOString(),
module_id: manifest.module_id,
gate_decision: document.getElementById("gateIndicator").textContent,
metrics: {
H_t: parseFloat(document.getElementById("honestyValue").textContent),
I_t: parseFloat(document.getElementById("integrityValue").textContent),
R_t: parseFloat(document.getElementById("respectValue").textContent),
B_t: parseFloat(document.getElementById("baseValue").textContent),
K_total: parseFloat(document.getElementById("kTotalValue").textContent),
A_t: parseFloat(document.getElementById("accountabilityValue").textContent),
P_t: parseFloat(document.getElementById("pressureValue").textContent),
S_t: parseFloat(document.getElementById("alignmentValue").textContent),
U_t: parseFloat(document.getElementById("embodiedValue").textContent),
resource_truth: parseFloat(document.getElementById("resourceTruthValue").textContent)
},
active_injections: activeInjections,
audit_log_entries: governor.auditLog.length,
interventions: Array.from(document.getElementById("interventions").children).map(li => li.textContent)
};
downloadFile("audit_report.json", JSON.stringify(report, null, 2), "application/json");
}
function exportJSONL() { downloadFile("hir_oam_audit_trail.jsonl", governor.auditLog.map(entry => JSON.stringify(entry)).join("\n"), "application/jsonl"); }
function exportCSV() {
const csv = [
"Metric,Value",
"Honesty," + document.getElementById("honestyValue").textContent,
"Integrity," + document.getElementById("integrityValue").textContent,
"Respect," + document.getElementById("respectValue").textContent,
"Base Reinforcement," + document.getElementById("baseValue").textContent,
"K_total," + document.getElementById("kTotalValue").textContent,
"Accountability," + document.getElementById("accountabilityValue").textContent,
"Pressure," + document.getElementById("pressureValue").textContent,
"Alignment State," + document.getElementById("alignmentValue").textContent,
"Embodied Alignment," + document.getElementById("embodiedValue").textContent,
"Resource Truth," + document.getElementById("resourceTruthValue").textContent,
"Runtime Gate," + document.getElementById("gateIndicator").textContent
].join("\n");
downloadFile("metrics_summary.csv", csv, "text/csv");
}
function copyReport() {
const report = `PRIMORDIAL CODE VALIDATION REPORT\nGenerated: ${new Date().toISOString()}\nHIR METRICS:\n- Honesty: ${document.getElementById("honestyValue").textContent}\n- Integrity: ${document.getElementById("integrityValue").textContent}\n- Respect: ${document.getElementById("respectValue").textContent}\n- Base Reinforcement: ${document.getElementById("baseValue").textContent}\nRIGIDITY ANALYSIS:\n- K_total: ${document.getElementById("kTotalValue").textContent}\nALIGNMENT STATE:\n- S_t: ${document.getElementById("alignmentValue").textContent}\n- U_t: ${document.getElementById("embodiedValue").textContent}\nRESOURCE TRUTH:\n- Score: ${document.getElementById("resourceTruthValue").textContent}\nRUNTIME GATE: ${document.getElementById("gateIndicator").textContent}\nINTERVENTIONS:\n${Array.from(document.getElementById("interventions").children).map(li => "- " + li.textContent).join("\n")}`;
navigator.clipboard.writeText(report).then(() => alert("Report copied to clipboard!"));
}
window.onload = function() {
document.getElementById("manifestEditor").value = JSON.stringify(defaultManifest, null, 2);
validateManifest();
};
</script>
</body>
</html>
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