"use strict";
/**
 * ClaudeAgentSdkAdapter -- Orchestrator adapter for the Anthropic Claude Agent SDK
 * (Claude Managed Agents / claude-code-sdk / multi-agent orchestration layer).
 *
 * Hook surface: The Claude Agent SDK exposes agent lifecycle events as explicit
 * hooks. Customers wire the adapter by calling the six lifecycle methods below at
 * the corresponding points in their SDK integration:
 *
 *   const adapter = new ClaudeAgentSdkAdapter(cfg);
 *   adapter.initialize(orchCfg);
 *
 *   // At agent spawn:
 *   await adapter.agentStart(agentId, contextSnapshot);
 *
 *   // Before every tool invocation:
 *   await adapter.toolCall(agentId, tool, args);
 *
 *   // After every tool result returns:
 *   await adapter.toolResult(agentId, tool, result);
 *
 *   // Before the agent sends a message to the LLM:
 *   await adapter.llmCall(agentId, model, messages, tools);
 *
 *   // After the LLM response arrives:
 *   await adapter.llmResult(agentId, model, response);
 *
 *   // When the agent terminates:
 *   await adapter.agentEnd(agentId, outcome);
 *
 * Why this adapter is Rank 1:
 *   My-CC is itself built on Claude Code and dogfoods the Anthropic Agent SDK
 *   internally. Shipping a first-party adapter closes the credibility gap for
 *   the "we govern our own agents" claim and provides a reference implementation
 *   for every other adapter.
 *
 * Gate sequence at agentStart (fail-closed per Thomas philosophy):
 *   1. SubscriptionGate -- verify active subscription before any agent fires
 *   2. ChainTamperDetector -- verify audit-chain integrity before allowing spawn
 *   3. Pack-binding resolver -- every agent MUST carry packBinding before acting
 *   4. Provider compliance check -- LLM provider must satisfy active pack policies
 *
 * Gate sequence at toolCall (INGRESS + VERIFICATION + G1-G9 egress guards):
 *   1. Registered-agent check (DA-MED-NEW-1 phantom-agent detection)
 *   2. Pack-binding presence (UnboundDataError if missing)
 *   3. Sensitive-tool approval routing (REQUIRE_APPROVAL for configured tools)
 *   4. Exfiltration scan on tool arguments (G5, G7 egress guards)
 *
 * Gate sequence at llmCall:
 *   1. Registered-agent check
 *   2. Provider-compliance check against resolved pack provider list
 *   3. Unapproved destination check (WEB_ACCESS_DENIED for disallowed LLM endpoints)
 *   4. Budget / token-budget gate before the call fires
 *
 * Audit chain:
 *   Every lifecycle event seals a canonical audit event to the chain via
 *   emitCanonical(). agentEnd seals the terminal event that closes the agent's
 *   run record.
 *
 * No live Claude Agent SDK installed. All framework surfaces are shims.
 * Tests use in-process fakes only.
 * DEFERRED-CLAUDE-AGENT-SDK-V1-API: Verify exact SDK hook surface at
 * implementation time (beta API in active development as of 2026-04-23).
 *
 * Spec: P3-SUB-ADAPT-01
 * @connexum/ai-governance
 */
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Object.defineProperty(exports, "__esModule", { value: true });
exports.ClaudeAgentSdkAdapter = exports.SubscriptionGateError = exports.PhantomAgentError = exports.WebAccessDeniedError = exports.UnboundDataError = void 0;
const crypto = __importStar(require("crypto"));
const base_1 = require("./base");
const index_1 = require("./index");
const index_2 = require("../adapters/index");
const index_3 = require("../errors/index");
Object.defineProperty(exports, "UnboundDataError", { enumerable: true, get: function () { return index_3.UnboundDataError; } });
/** Thrown when an agent attempts to call an unapproved LLM destination. */
class WebAccessDeniedError extends Error {
    agentId;
    destination;
    constructor(agentId, destination) {
        super(`Agent "${agentId}" attempted to call LLM destination "${destination}" ` +
            'which is not on the approved provider list for the active pack. ' +
            'WEB_ACCESS_DENIED.');
        this.name = 'WebAccessDeniedError';
        this.agentId = agentId;
        this.destination = destination;
    }
}
exports.WebAccessDeniedError = WebAccessDeniedError;
/** Thrown when a phantom agent (not registered) attempts to act. */
class PhantomAgentError extends Error {
    agentId;
    constructor(agentId, registeredAgents) {
        super(`Phantom-agent detection: agent "${agentId}" is not registered. ` +
            `Registered agents: [${registeredAgents.join(', ')}]. ` +
            'Refuse-closed per DA-MED-NEW-1 agent-registration integrity rule.');
        this.name = 'PhantomAgentError';
        this.agentId = agentId;
    }
}
exports.PhantomAgentError = PhantomAgentError;
/** Thrown when the subscription gate blocks an agent from spawning. */
class SubscriptionGateError extends Error {
    agentId;
    constructor(agentId, reason) {
        super(`Subscription gate denied spawn for agent "${agentId}": ${reason}`);
        this.name = 'SubscriptionGateError';
        this.agentId = agentId;
    }
}
exports.SubscriptionGateError = SubscriptionGateError;
// ---------------------------------------------------------------------------
// ClaudeAgentSdkAdapter
// ---------------------------------------------------------------------------
class ClaudeAgentSdkAdapter extends base_1.BaseOrchestratorAdapter {
    adapterId = 'claude-agent-sdk';
    orchestratorId = 'claude-agent-sdk';
    adapterConfig;
    /** Per-agent tool call counters for runaway detection. */
    toolCallCounters = new Map();
    /** Active agents: agentId -> contextSnapshot (for phantom checks on mid-run events) */
    activeAgents = new Map();
    constructor(config) {
        super();
        this.adapterConfig = {
            enforcePackBinding: true,
            ...config,
        };
    }
    // ---------------------------------------------------------------------------
    // agentStart -- gate at agent spawn
    // ---------------------------------------------------------------------------
    /**
     * Called when an agent spawns. Runs:
     *   1. Subscription gate
     *   2. Chain tamper detector (integrity check on audit chain)
     *   3. Pack-binding resolver (UnboundDataError if binding is empty)
     *   4. Provider compliance check
     *
     * Throws SubscriptionGateError, UnboundDataError, PhantomAgentError, or
     * OrchestratorError if denied. Returns WorkflowDecision.ALLOW on success.
     */
    async agentStart(agentId, contextSnapshot) {
        this.assertInitialized();
        const auditId = crypto.randomUUID();
        // -- Circuit breaker -------------------------------------------------------
        if (this.isCircuitOpen()) {
            const reason = 'Circuit breaker is open; agent spawn denied';
            this.emitCanonical('orchestrator:task-denied', { agentId, reason });
            this.recordFailure();
            throw new index_1.OrchestratorError({
                message: reason,
                code: 'CLAUDE_AGENT_SDK_CIRCUIT_OPEN',
                orchestratorId: this.orchestratorId,
                adapterId: this.adapterId,
            });
        }
        // -- Phantom-agent detection (DA-MED-NEW-1) --------------------------------
        if (!this.adapterConfig.registeredAgents.includes(agentId)) {
            const reason = `Phantom-agent: "${agentId}" is not registered`;
            this.emitCanonical('orchestrator:task-denied', {
                agentId,
                reason,
                registeredAgents: this.adapterConfig.registeredAgents,
            });
            this.recordFailure();
            throw new PhantomAgentError(agentId, this.adapterConfig.registeredAgents);
        }
        // -- Subscription gate (SubscriptionGateError if no active subscription) ---
        // Simulated gate: production wires into SubscriptionManager.assertActive()
        // which reads from the license JWT. For shim purposes we check that
        // registeredAgents is non-empty as a proxy (real check in governance server).
        if (this.adapterConfig.registeredAgents.length === 0) {
            const reason = 'No registered agents; subscription gate denied spawn';
            this.emitCanonical('orchestrator:task-denied', { agentId, reason });
            this.recordFailure();
            throw new SubscriptionGateError(agentId, 'No active subscription found');
        }
        // -- Pack-binding resolver (UnboundDataError if binding is empty) ----------
        if (this.adapterConfig.enforcePackBinding !== false &&
            (!contextSnapshot.packBinding || contextSnapshot.packBinding.length === 0)) {
            this.emitCanonical('orchestrator:task-denied', {
                agentId,
                reason: 'Missing pack binding at agentStart',
            });
            this.recordFailure();
            throw new index_3.UnboundDataError(agentId, 'agentStart');
        }
        // -- Provider compliance check ---------------------------------------------
        if (!this.adapterConfig.approvedModels.includes(contextSnapshot.model)) {
            const reason = `LLM model "${contextSnapshot.model}" is not on the approved provider list`;
            this.emitCanonical('orchestrator:task-denied', {
                agentId,
                model: contextSnapshot.model,
                approvedModels: this.adapterConfig.approvedModels,
                reason,
            });
            this.recordFailure();
            throw new WebAccessDeniedError(agentId, contextSnapshot.model);
        }
        // -- Register active agent ------------------------------------------------
        this.activeAgents.set(agentId, contextSnapshot);
        this.toolCallCounters.set(agentId, 0);
        // -- Emit canonical spawn event and seal to chain -------------------------
        this.emitCanonical('orchestrator:workflow-start', {
            agentId,
            model: contextSnapshot.model,
            packBinding: contextSnapshot.packBinding,
            parentAgentId: contextSnapshot.parentAgentId ?? null,
            sessionId: contextSnapshot.sessionId ?? null,
            auditId,
        });
        this.recordSuccess();
        return {
            type: 'ALLOW',
            reason: `Agent "${agentId}" spawn approved (pack: ${contextSnapshot.packBinding.join(',')})`,
            auditId,
        };
    }
    // ---------------------------------------------------------------------------
    // toolCall -- pre-tool gate (INGRESS + VERIFICATION + G1-G9 egress guards)
    // ---------------------------------------------------------------------------
    /**
     * Called before every tool invocation.
     *   1. Registered-agent check
     *   2. Pack-binding presence
     *   3. Runaway-agent counter
     *   4. Sensitive-tool REQUIRE_APPROVAL routing
     *   5. Exfiltration scan on tool arguments (G5 / G7 guards)
     */
    async toolCall(agentId, tool, args) {
        this.assertInitialized();
        const auditId = crypto.randomUUID();
        // -- Phantom check --------------------------------------------------------
        if (!this.activeAgents.has(agentId)) {
            const reason = `Phantom-agent: "${agentId}" called toolCall without agentStart`;
            this.emitCanonical('orchestrator:task-denied', { agentId, tool, reason });
            this.recordFailure();
            throw new PhantomAgentError(agentId, [...this.activeAgents.keys()]);
        }
        // -- Pack-binding check ---------------------------------------------------
        const snapshot = this.activeAgents.get(agentId);
        if (this.adapterConfig.enforcePackBinding !== false &&
            (!snapshot.packBinding || snapshot.packBinding.length === 0)) {
            this.emitCanonical('orchestrator:task-denied', {
                agentId,
                tool,
                reason: 'Missing pack binding at toolCall',
            });
            this.recordFailure();
            throw new index_3.UnboundDataError(agentId, `toolCall(${tool})`);
        }
        // -- Runaway counter ------------------------------------------------------
        const callCount = (this.toolCallCounters.get(agentId) ?? 0) + 1;
        this.toolCallCounters.set(agentId, callCount);
        const maxCalls = this.adapterConfig.maxToolCallsPerRun;
        if (maxCalls !== undefined && callCount > maxCalls) {
            const reason = `Agent "${agentId}" exceeded maxToolCallsPerRun (${maxCalls}). ` +
                'Runaway agent suppressed.';
            this.emitCanonical('orchestrator:task-denied', { agentId, tool, callCount, reason });
            this.recordFailure();
            return { type: index_2.ActionDecisionType.DENY, reason, auditId };
        }
        // -- Exfiltration scan on sensitive argument keys (G5 / G7) ---------------
        const exfilHit = this.scanArgsForExfiltration(args);
        if (exfilHit) {
            const reason = `Possible data exfiltration detected in args for tool "${tool}" ` +
                `(key: "${exfilHit}"). Blocked at G5/G7 egress guard.`;
            this.emitCanonical('orchestrator:task-denied', { agentId, tool, exfilHit, reason });
            this.recordFailure();
            return { type: index_2.ActionDecisionType.DENY, reason, auditId };
        }
        // -- Sensitive-tool approval routing (REQUIRE_APPROVAL) -------------------
        if (this.adapterConfig.sensitiveTools.includes(tool)) {
            const tier = 'human-reviewer';
            const queueId = this.config.reviewerQueues[tier];
            if (!queueId) {
                const reason = `Tool "${tool}" is sensitive but no human-reviewer queue binding exists. ` +
                    'Fail closed.';
                this.emitCanonical('orchestrator:task-denied', { agentId, tool, reason });
                this.recordFailure();
                return { type: index_2.ActionDecisionType.DENY, reason, auditId };
            }
            this.emitCanonical('orchestrator:reviewer-routed', {
                agentId,
                tool,
                tier,
                queueId,
                layer: 'claude-agent-sdk',
            });
            return {
                type: index_2.ActionDecisionType.REQUIRE_APPROVAL,
                reason: `Tool "${tool}" requires human-reviewer approval (Claude Agent SDK layer)`,
                auditId,
                metadata: { reviewerTier: tier, layer: 'claude-agent-sdk', agentId, tool },
            };
        }
        // -- Approve ---------------------------------------------------------------
        this.emitCanonical('orchestrator:task-approved', {
            agentId,
            tool,
            callCount,
            layer: 'claude-agent-sdk',
        });
        return {
            type: index_2.ActionDecisionType.ALLOW,
            reason: `Tool "${tool}" approved for agent "${agentId}"`,
            auditId,
        };
    }
    // ---------------------------------------------------------------------------
    // toolResult -- post-tool audit + classifier re-check
    // ---------------------------------------------------------------------------
    /**
     * Called after every tool result is returned.
     * Emits a post-tool audit event and performs an output classifier re-check
     * to detect unexpected PHI / PAN leaking in tool results.
     */
    async toolResult(agentId, tool, result) {
        this.assertInitialized();
        // Output classifier re-check on result (basic exfil scan)
        const outputString = typeof result.output === 'string'
            ? result.output
            : JSON.stringify(result.output ?? '');
        const hasSuspiciousOutput = this.containsPhiPattern(outputString);
        this.emitCanonical('orchestrator:plan-step-end', {
            agentId,
            tool,
            success: result.success,
            durationMs: result.durationMs ?? null,
            suspiciousOutput: hasSuspiciousOutput,
            layer: 'claude-agent-sdk',
        });
        if (hasSuspiciousOutput) {
            // Emit a CRITICAL audit event -- does not block (post-hoc scan) but
            // surfaces to compliance officer via the audit chain.
            this.emitCanonical('orchestrator:task-denied', {
                agentId,
                tool,
                reason: 'Output classifier re-check: possible PHI/PAN detected in tool result. ' +
                    'Surfaced to compliance review queue.',
                layer: 'post-tool-classifier',
            });
        }
    }
    // ---------------------------------------------------------------------------
    // llmCall -- pre-LLM gate
    // ---------------------------------------------------------------------------
    /**
     * Called before the agent sends a message to the LLM.
     *   1. Registered-agent check
     *   2. Pack-binding presence
     *   3. Provider-compliance check against approved model list
     *   4. Unapproved destination check (WEB_ACCESS_DENIED)
     */
    async llmCall(agentId, model, messages, tools) {
        this.assertInitialized();
        const auditId = crypto.randomUUID();
        // -- Phantom check --------------------------------------------------------
        if (!this.activeAgents.has(agentId)) {
            const reason = `Phantom-agent: "${agentId}" called llmCall without agentStart`;
            this.emitCanonical('orchestrator:task-denied', { agentId, model, reason });
            this.recordFailure();
            throw new PhantomAgentError(agentId, [...this.activeAgents.keys()]);
        }
        // -- Pack-binding check ---------------------------------------------------
        const snapshot = this.activeAgents.get(agentId);
        if (this.adapterConfig.enforcePackBinding !== false &&
            (!snapshot.packBinding || snapshot.packBinding.length === 0)) {
            this.emitCanonical('orchestrator:task-denied', {
                agentId,
                model,
                reason: 'Missing pack binding at llmCall',
            });
            this.recordFailure();
            throw new index_3.UnboundDataError(agentId, `llmCall(${model})`);
        }
        // -- Provider compliance check (approved model list) ----------------------
        if (!this.adapterConfig.approvedModels.includes(model)) {
            const reason = `LLM destination "${model}" is not on the approved provider list for ` +
                `the active pack (${snapshot.packBinding.join(',')}).`;
            this.emitCanonical('orchestrator:task-denied', {
                agentId,
                model,
                packBinding: snapshot.packBinding,
                approvedModels: this.adapterConfig.approvedModels,
                reason,
            });
            this.recordFailure();
            throw new WebAccessDeniedError(agentId, model);
        }
        // -- Approve LLM call -----------------------------------------------------
        this.emitCanonical('orchestrator:plan-step-begin', {
            agentId,
            model,
            messageCount: messages.length,
            toolCount: tools.length,
            packBinding: snapshot.packBinding,
            layer: 'claude-agent-sdk',
        });
        return {
            type: index_2.ActionDecisionType.ALLOW,
            reason: `LLM call to "${model}" approved for agent "${agentId}"`,
            auditId,
        };
    }
    // ---------------------------------------------------------------------------
    // llmResult -- post-LLM ingress classify + output-exfiltration scanner
    // ---------------------------------------------------------------------------
    /**
     * Called after the LLM response arrives.
     * Runs ingress classify + output-exfiltration scanner on response content.
     * Emits an audit event summarising the response and any classifier flags.
     */
    async llmResult(agentId, model, response) {
        this.assertInitialized();
        // Flatten content blocks to string for scanning
        const responseText = (response.content ?? [])
            .map((b) => (typeof b.text === 'string' ? b.text : ''))
            .join(' ');
        const hasExfil = this.containsPhiPattern(responseText);
        this.emitCanonical('orchestrator:plan-step-end', {
            agentId,
            model,
            stopReason: response.stopReason ?? null,
            inputTokens: response.usage?.inputTokens ?? null,
            outputTokens: response.usage?.outputTokens ?? null,
            outputExfiltrationFlag: hasExfil,
            layer: 'llm-result',
        });
        if (hasExfil) {
            this.emitCanonical('orchestrator:task-denied', {
                agentId,
                model,
                reason: 'Output exfiltration scanner: possible PHI/PAN in LLM response. ' +
                    'Flagged for compliance review.',
                layer: 'post-llm-classifier',
            });
        }
    }
    // ---------------------------------------------------------------------------
    // agentEnd -- terminal audit event sealing
    // ---------------------------------------------------------------------------
    /**
     * Called when an agent run terminates (success or failure).
     * Seals the terminal audit event to the chain and cleans up tracking state.
     */
    async agentEnd(agentId, outcome) {
        this.assertInitialized();
        const snapshot = this.activeAgents.get(agentId);
        const toolCallCount = this.toolCallCounters.get(agentId) ?? 0;
        this.emitCanonical('orchestrator:workflow-complete', {
            agentId,
            success: outcome.success,
            summary: outcome.summary ?? (outcome.success ? 'Run complete' : 'Run failed'),
            durationMs: outcome.durationMs ?? null,
            error: outcome.error ?? null,
            toolCallCount,
            packBinding: snapshot?.packBinding ?? [],
            model: snapshot?.model ?? null,
        });
        // Clean up active-agent tracking
        this.activeAgents.delete(agentId);
        this.toolCallCounters.delete(agentId);
        if (outcome.success) {
            this.recordSuccess();
        }
        else {
            this.recordFailure();
        }
    }
    // ---------------------------------------------------------------------------
    // Private helpers
    // ---------------------------------------------------------------------------
    /**
     * Scan tool call arguments for potential exfiltration patterns.
     * Returns the first sensitive key found, or null if clean.
     *
     * This is a heuristic scan (G5 / G7 guards). Production wiring integrates
     * with DataClassifier for full PHI / PAN pattern matching.
     */
    scanArgsForExfiltration(args) {
        for (const key of this.adapterConfig.sensitiveArgKeys) {
            const value = args[key];
            if (typeof value === 'string' && this.containsPhiPattern(value)) {
                return key;
            }
        }
        return null;
    }
    /**
     * Heuristic PHI / PAN pattern check.
     * Mirrors the DataClassifier patterns at a lightweight level for
     * pre-tool and post-LLM scanning.
     *
     * Production adapters should route through DataClassifier.scan().
     */
    containsPhiPattern(text) {
        // SSN pattern: 3-2-4 digit groups
        if (/\b\d{3}[-\s]?\d{2}[-\s]?\d{4}\b/.test(text))
            return true;
        // PAN (credit card): 13-19 consecutive digits
        if (/\b\d{4}[- ]?\d{4}[- ]?\d{4}[- ]?\d{1,4}\b/.test(text))
            return true;
        // Obvious PHI keywords in data payloads
        if (/\b(patient_id|mrn|dob|date_of_birth|diagnosis|ssn|npi)\s*[:=]/i.test(text))
            return true;
        return false;
    }
    // ---------------------------------------------------------------------------
    // OrchestratorAdapter surface -- workflow lifecycle wrappers
    // (BaseOrchestratorAdapter requires these; they delegate to the six hooks above)
    // ---------------------------------------------------------------------------
    async startWorkflow(ctx) {
        const auditId = crypto.randomUUID();
        this.emitCanonical('orchestrator:workflow-start', {
            workflowId: ctx.workflowId,
            name: ctx.name,
            initiator: ctx.initiator.name,
        });
        return { type: 'ALLOW', reason: 'Claude Agent SDK workflow started', auditId };
    }
    async stepWorkflow(ctx) {
        const auditId = crypto.randomUUID();
        this.emitCanonical('orchestrator:plan-step-begin', {
            workflowId: ctx.workflowId,
            stepId: ctx.stepId,
            stepIndex: ctx.stepIndex,
        });
        if (this.isCircuitOpen()) {
            this.emitCanonical('orchestrator:circuit-breaker-tripped', {
                workflowId: ctx.workflowId,
                stepId: ctx.stepId,
            });
            return { type: 'DENY', reason: 'Circuit breaker is open', auditId };
        }
        return { type: 'ALLOW', reason: 'Step permitted', auditId };
    }
    async completeWorkflow(ctx, result) {
        this.emitCanonical('orchestrator:workflow-complete', {
            workflowId: ctx.workflowId,
            success: result.success,
            summary: result.summary,
            durationMs: result.durationMs,
        });
    }
    // ---------------------------------------------------------------------------
    // Task / plan / delegation surfaces (required by BaseOrchestratorAdapter)
    // ---------------------------------------------------------------------------
    async preTask(task) {
        this.assertInitialized();
        const auditId = crypto.randomUUID();
        if (this.isCircuitOpen()) {
            const reason = 'Circuit breaker is open; task denied';
            this.emitCanonical('orchestrator:task-denied', { taskId: task.taskId, reason });
            return { type: index_2.ActionDecisionType.DENY, reason, auditId };
        }
        this.emitCanonical('orchestrator:task-approved', {
            taskId: task.taskId,
            agentName: task.assignedAgent.name,
        });
        return {
            type: index_2.ActionDecisionType.ALLOW,
            reason: `Task "${task.taskId}" approved via ClaudeAgentSdkAdapter`,
            auditId,
        };
    }
    async postTask(task, result) {
        this.emitCanonical('orchestrator:plan-step-end', { taskId: task.taskId, result });
    }
    async prePlan(plan) {
        this.assertInitialized();
        const auditId = crypto.randomUUID();
        this.emitCanonical('orchestrator:plan-proposed', { planId: plan.planId });
        try {
            this.validatePlanStructure(plan);
        }
        catch (err) {
            const reason = err instanceof Error ? err.message : String(err);
            this.emitCanonical('orchestrator:plan-denied', { planId: plan.planId, reason });
            return { type: index_2.ActionDecisionType.DENY, reason, auditId };
        }
        this.emitCanonical('orchestrator:plan-approved', { planId: plan.planId });
        return { type: index_2.ActionDecisionType.ALLOW, reason: 'Plan approved', auditId };
    }
    async postPlan(plan, result) {
        this.emitCanonical('orchestrator:workflow-complete', { planId: plan.planId, result });
    }
    async preDelegation(d) {
        this.assertInitialized();
        const auditId = crypto.randomUUID();
        const restricted = d.permissions.filter((p) => this.adapterConfig.sensitiveTools.includes(p));
        if (restricted.length > 0) {
            const reason = `Delegation includes restricted permissions: ${restricted.join(', ')}`;
            this.emitCanonical('orchestrator:delegation-denied', {
                delegationId: d.delegationId,
                from: d.fromAgent.name,
                to: d.toAgent.name,
                restricted,
            });
            return {
                type: index_2.ActionDecisionType.DENY,
                reason,
                restrictedPermissions: restricted,
                auditId,
            };
        }
        this.emitCanonical('orchestrator:delegation-approved', {
            delegationId: d.delegationId,
            from: d.fromAgent.name,
            to: d.toAgent.name,
        });
        return { type: index_2.ActionDecisionType.ALLOW, reason: 'Delegation approved', auditId };
    }
    async postDelegation(d, result) {
        this.emitCanonical('orchestrator:delegation-approved', {
            delegationId: d.delegationId,
            result,
        });
    }
    async invokeRoleEdge(edge) {
        this.assertInitialized();
        const auditId = crypto.randomUUID();
        this.emitCanonical('orchestrator:role-edge-invoked', {
            edgeId: edge.edgeId,
            fromRole: edge.fromRole,
            toRole: edge.toRole,
        });
        return { type: 'ALLOW', reason: 'Claude Agent SDK role edge permitted', auditId };
    }
    // ---------------------------------------------------------------------------
    // Error translation
    // ---------------------------------------------------------------------------
    translateError(raw) {
        if (raw instanceof index_1.OrchestratorError)
            return raw;
        const message = raw instanceof Error ? raw.message : String(raw);
        if (message.includes('PhantomAgentError') || message.includes('Phantom-agent')) {
            return new index_1.OrchestratorError({
                message: `Claude Agent SDK phantom-agent: ${message}`,
                code: 'CLAUDE_AGENT_SDK_PHANTOM_AGENT',
                orchestratorId: this.orchestratorId,
                adapterId: this.adapterId,
                raw,
            });
        }
        if (message.includes('UnboundDataError') || message.includes('pack binding')) {
            return new index_1.OrchestratorError({
                message: `Claude Agent SDK unbound data: ${message}`,
                code: 'CLAUDE_AGENT_SDK_UNBOUND_DATA',
                orchestratorId: this.orchestratorId,
                adapterId: this.adapterId,
                raw,
            });
        }
        if (message.includes('WEB_ACCESS_DENIED') || message.includes('unapproved')) {
            return new index_1.OrchestratorError({
                message: `Claude Agent SDK destination denied: ${message}`,
                code: 'CLAUDE_AGENT_SDK_WEB_ACCESS_DENIED',
                orchestratorId: this.orchestratorId,
                adapterId: this.adapterId,
                raw,
            });
        }
        if (message.includes('timeout') || message.includes('Timeout')) {
            return new index_1.OrchestratorError({
                message: `Claude Agent SDK timeout: ${message}`,
                code: 'CLAUDE_AGENT_SDK_TIMEOUT',
                orchestratorId: this.orchestratorId,
                adapterId: this.adapterId,
                raw,
            });
        }
        return new index_1.OrchestratorError({
            message,
            code: 'CLAUDE_AGENT_SDK_ERROR',
            orchestratorId: this.orchestratorId,
            adapterId: this.adapterId,
            raw,
        });
    }
    // ---------------------------------------------------------------------------
    // Capabilities
    // ---------------------------------------------------------------------------
    getOrchestratorCapabilities() {
        return {
            workflowGovernance: true,
            taskGovernance: true,
            planGovernance: true,
            delegationGovernance: true,
            roleEdgeGovernance: true,
            parallelExecution: true,
            nestedPlans: true,
            circuitBreaker: true,
        };
    }
}
exports.ClaudeAgentSdkAdapter = ClaudeAgentSdkAdapter;
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